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010000<br />

0101<br />

0102<br />

0103<br />

0104<br />

0105<br />

010000<br />

020000<br />

0201<br />

0202<br />

0203<br />

0204<br />

0205<br />

0206<br />

0299<br />

020000<br />

030000<br />

0301<br />

0302<br />

0303<br />

0304<br />

0305<br />

0306<br />

0307<br />

0399<br />

030000<br />

040000<br />

0401<br />

0402<br />

0403<br />

0404<br />

0405<br />

0406<br />

040000<br />

Number of Successful Proposals for Discovery - Projects to Commence in 2011 by<br />

FoR Division<br />

Mathematical Sciences<br />

PURE MATHEMATICS<br />

APPLIED MATHEMATICS<br />

NUMERICAL AND COMPUTATIONAL MATHEMATICS<br />

STATISTICS<br />

MATHEMATICAL PHYSICS<br />

Mathematical Sciences 58<br />

Physical Sciences<br />

ASTRONOMICAL AND SPACE SCIENCES<br />

ATOMIC, MOLECULAR, NUCLEAR, PARTICLE AND PLASMA PHYSICS<br />

CLASSICAL PHYSICS<br />

CONDENSED MATTER PHYSICS<br />

OPTICAL PHYSICS<br />

QUANTUM PHYSICS<br />

OTHER PHYSICAL SCIENCES<br />

Physical Sciences 54<br />

Chemical Sciences<br />

ANALYTICAL CHEMISTRY<br />

INORGANIC CHEMISTRY<br />

MACROMOLECULAR AND MATERIALS CHEMISTRY<br />

MEDICINAL AND BIOMOLECULAR CHEMISTRY<br />

ORGANIC CHEMISTRY<br />

PHYSICAL CHEMISTRY (INCL. STRUCTURAL)<br />

THEORETICAL AND COMPUTATIONAL CHEMISTRY<br />

OTHER CHEMICAL SCIENCES<br />

Chemical Sciences 69<br />

Earth Sciences<br />

ATMOSPHERIC SCIENCES<br />

GEOCHEMISTRY<br />

GEOLOGY<br />

GEOPHYSICS<br />

OCEANOGRAPHY<br />

PHYSICAL GEOGRAPHY AND ENVIRONMENTAL GEOSCIENCE<br />

Earth Sciences 41<br />

21<br />

13<br />

4<br />

12<br />

8<br />

14<br />

9<br />

3<br />

10<br />

12<br />

1<br />

5<br />

5<br />

11<br />

11<br />

9<br />

5<br />

18<br />

8<br />

2<br />

6<br />

6<br />

10<br />

8<br />

4<br />

7


050000<br />

0501<br />

0502<br />

0503<br />

0599<br />

050000<br />

060000<br />

0601<br />

0602<br />

0603<br />

0604<br />

0605<br />

0606<br />

0607<br />

0608<br />

0699<br />

060000<br />

070000<br />

0704<br />

0707<br />

070000<br />

080000<br />

0801<br />

0802<br />

0803<br />

0804<br />

0805<br />

0806<br />

0899<br />

080000<br />

Number of Successful Proposals for Discovery - Projects to Commence in 2011 by<br />

FoR Division<br />

Environmental Sciences<br />

ECOLOGICAL APPLICATIONS<br />

ENVIRONMENTAL SCIENCE AND MANAGEMENT<br />

SOIL SCIENCES<br />

OTHER ENVIRONMENTAL SCIENCES<br />

Environmental Sciences 19<br />

Biological Sciences<br />

BIOCHEMISTRY AND CELL BIOLOGY<br />

ECOLOGY<br />

EVOLUTIONARY BIOLOGY<br />

GENETICS<br />

MICROBIOLOGY<br />

PHYSIOLOGY<br />

PLANT BIOLOGY<br />

ZOOLOGY<br />

OTHER BIOLOGICAL SCIENCES<br />

Biological Sciences 152<br />

Agricultural and Veterinary Sciences<br />

FISHERIES SCIENCES<br />

VETERINARY SCIENCES<br />

Agricultural and Veterinary Sciences 2<br />

Information and Computing Sciences<br />

ARTIFICIAL INTELLIGENCE AND IMAGE PROCESSING<br />

COMPUTATION THEORY AND MATHEMATICS<br />

COMPUTER SOFTWARE<br />

DATA FORMAT<br />

DISTRIBUTED COMPUTING<br />

INFORMATION SYSTEMS<br />

OTHER INFORMATION AND COMPUTING SCIENCES<br />

Information and Computing Sciences 55<br />

8<br />

9<br />

1<br />

1<br />

46<br />

18<br />

15<br />

30<br />

9<br />

4<br />

22<br />

7<br />

1<br />

1<br />

1<br />

21<br />

9<br />

4<br />

4<br />

2<br />

14<br />

1


090000<br />

0902<br />

0903<br />

0904<br />

0905<br />

0906<br />

0909<br />

0910<br />

0911<br />

0912<br />

0913<br />

0914<br />

0915<br />

090000<br />

100000<br />

1004<br />

1005<br />

1007<br />

100000<br />

110000<br />

1102<br />

1107<br />

1108<br />

1109<br />

1112<br />

1113<br />

1114<br />

1117<br />

110000<br />

120000<br />

1201<br />

1203<br />

1205<br />

120000<br />

Number of Successful Proposals for Discovery - Projects to Commence in 2011 by<br />

FoR Division<br />

Engineering<br />

AUTOMOTIVE ENGINEERING<br />

BIOMEDICAL ENGINEERING<br />

CHEMICAL ENGINEERING<br />

CIVIL ENGINEERING<br />

ELECTRICAL AND ELECTRONIC ENGINEERING<br />

GEOMATIC ENGINEERING<br />

MANUFACTURING ENGINEERING<br />

MARITIME ENGINEERING<br />

MATERIALS ENGINEERING<br />

MECHANICAL ENGINEERING<br />

RESOURCES ENGINEERING AND EXTRACTIVE METALLURGY<br />

INTERDISCIPLINARY ENGINEERING<br />

Engineering 114<br />

Technology<br />

MEDICAL BIOTECHNOLOGY<br />

COMMUNICATIONS TECHNOLOGIES<br />

NANOTECHNOLOGY<br />

Technology 28<br />

Medical and Health Sciences<br />

CARDIOVASCULAR MEDICINE AND HAEMATOLOGY<br />

IMMUNOLOGY<br />

MEDICAL MICROBIOLOGY<br />

NEUROSCIENCES<br />

ONCOLOGY AND CARCINOGENESIS<br />

OPTOMETRY AND OPHTHALMOLOGY<br />

PAEDIATRICS AND REPRODUCTIVE MEDICINE<br />

PUBLIC HEALTH AND HEALTH SERVICES<br />

Medical and Health Sciences 50<br />

Built Environment and Design<br />

ARCHITECTURE<br />

DESIGN PRACTICE AND MANAGEMENT<br />

URBAN AND REGIONAL PLANNING<br />

Built Environment and Design 9<br />

1<br />

9<br />

13<br />

16<br />

21<br />

1<br />

6<br />

1<br />

26<br />

5<br />

5<br />

10<br />

3<br />

8<br />

17<br />

3<br />

5<br />

3<br />

16<br />

1<br />

2<br />

1<br />

19<br />

4<br />

1<br />

4


130000<br />

1301<br />

1302<br />

1303<br />

130000<br />

140000<br />

1401<br />

1402<br />

1403<br />

140000<br />

150000<br />

1501<br />

1502<br />

1503<br />

1505<br />

1507<br />

150000<br />

160000<br />

1601<br />

1602<br />

1603<br />

1604<br />

1605<br />

1606<br />

1608<br />

1699<br />

160000<br />

170000<br />

1701<br />

1702<br />

1799<br />

170000<br />

Number of Successful Proposals for Discovery - Projects to Commence in 2011 by<br />

FoR Division<br />

Education<br />

EDUCATION SYSTEMS<br />

CURRICULUM AND PEDAGOGY<br />

SPECIALIST STUDIES IN EDUCATION<br />

Education 19<br />

Economics<br />

ECONOMIC THEORY<br />

APPLIED ECONOMICS<br />

ECONOMETRICS<br />

Economics 17<br />

Commerce, Management, Tourism and Services<br />

ACCOUNTING, AUDITING AND ACCOUNTABILITY<br />

BANKING, FINANCE AND INVESTMENT<br />

BUSINESS AND MANAGEMENT<br />

MARKETING<br />

TRANSPORTATION AND FREIGHT SERVICES<br />

Commerce, Management, Tourism and Services 22<br />

Studies in Human Society<br />

ANTHROPOLOGY<br />

CRIMINOLOGY<br />

DEMOGRAPHY<br />

HUMAN GEOGRAPHY<br />

POLICY AND ADMINISTRATION<br />

POLITICAL SCIENCE<br />

SOCIOLOGY<br />

OTHER STUDIES IN HUMAN SOCIETY<br />

Studies in Human Society 49<br />

Psychology and Cognitive Sciences<br />

PSYCHOLOGY<br />

COGNITIVE SCIENCE<br />

OTHER PSYCHOLOGY AND COGNITIVE SCIENCES<br />

Psychology and Cognitive Sciences 46<br />

3<br />

8<br />

8<br />

2<br />

11<br />

4<br />

4<br />

4<br />

8<br />

5<br />

1<br />

3<br />

2<br />

7<br />

4<br />

6<br />

8<br />

17<br />

2<br />

36<br />

9<br />

1


180000<br />

1801<br />

1899<br />

180000<br />

190000<br />

1901<br />

1902<br />

1904<br />

1905<br />

1999<br />

190000<br />

200000<br />

2001<br />

2002<br />

2003<br />

2004<br />

2005<br />

2099<br />

200000<br />

210000<br />

2101<br />

2102<br />

2103<br />

210000<br />

220000<br />

2201<br />

2202<br />

2203<br />

2204<br />

220000<br />

Number of Successful Proposals for Discovery - Projects to Commence in 2011 by<br />

FoR Division<br />

Law and Legal Studies<br />

LAW<br />

OTHER LAW AND LEGAL STUDIES<br />

Law and Legal Studies 19<br />

Studies in Creative Arts and Writing<br />

ART THEORY AND CRITICISM<br />

FILM, TELEVISION AND DIGITAL MEDIA<br />

PERFORMING ARTS AND CREATIVE WRITING<br />

VISUAL ARTS AND CRAFTS<br />

OTHER STUDIES IN CREATIVE ARTS AND WRITING<br />

Studies in Creative Arts and Writing 9<br />

Language, Communication and Culture<br />

COMMUNICATION AND MEDIA STUDIES<br />

CULTURAL STUDIES<br />

LANGUAGE STUDIES<br />

LINGUISTICS<br />

LITERARY STUDIES<br />

OTHER LANGUAGE, COMMUNICATION AND CULTURE<br />

Language, Communication and Culture 43<br />

History and Archaeology<br />

ARCHAEOLOGY<br />

CURATORIAL AND RELATED STUDIES<br />

HISTORICAL STUDIES<br />

History and Archaeology 39<br />

Philosophy and Religious Studies<br />

APPLIED ETHICS<br />

HISTORY AND PHILOSOPHY OF SPECIFIC FIELDS<br />

PHILOSOPHY<br />

RELIGION AND RELIGIOUS TRADITIONS<br />

Philosophy and Religious Studies 17<br />

Total Number of Grants 931<br />

17<br />

2<br />

4<br />

1<br />

2<br />

1<br />

1<br />

2<br />

9<br />

1<br />

8<br />

22<br />

1<br />

11<br />

1<br />

27<br />

3<br />

5<br />

8<br />

1


0101<br />

Macquarie University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PURE MATHEMATICS<br />

DP110102488 Prof Xuan Thinh Duong, Prof Michael G Cowling, Prof Alan G McIntosh, Dr Adam Sikora<br />

Approved<br />

Project Title<br />

Harmonic analysis and spectral analysis of differential operators.<br />

2011 $180,000.00<br />

2012 $170,000.00<br />

2013 $170,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Harmonic analysis has had a profound influence in many areas of mathematics, including partial differential<br />

equations. This project is at the frontier of research, closely related to theoretical work of applied technology such<br />

as signal processing, financial modelling and it ensures that Australia maintains a high research profile in this field.<br />

DP110102360 Dr Richard Garner<br />

Approved<br />

Project Title<br />

Generalised topological spaces<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

2014 $110,000.00<br />

2015 $110,000.00<br />

ARF Dr Richard Garner<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Pure mathematics creates abstractions of real-world entities; one such is the idea of a 'topological space', which<br />

abstracts from geometric forms like cubes and toruses. But topological spaces fail to capture geometric structures<br />

arising in areas like quantum physics; and this project seeks to rectify this, by developing a new more general<br />

notion.<br />

Monash University<br />

DP110100957 A/Prof Graham E Farr, Dr Daniel Delbourgo, Mrs Kerri J Morgan, Prof Peter J Cameron, Prof Bill<br />

Jackson<br />

Approved An algebraic renaissance for the chromatic polynomial<br />

Project Title<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

APD Mrs Kerri J Morgan<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Graph colouring started out as a recreational problem in 1852, but now has many applications including the use in<br />

timetabling, scheduling, computer science and statistical physics. This project is about counting colourings, and will<br />

develop the algebraic theory of how this is done.<br />

Page 1


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110103745 Mr David P Baraglia<br />

Approved<br />

Project Title<br />

Applications of generalised geometry to duality in quantum theory<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

APD Mr David P Baraglia<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will undertake research into mathematics at the forefront of modern physics. The aim of the project is<br />

to develop a mathematical theory of T-duality, a phenomenon in quantum physics, using generalised geometry.<br />

DP110100416 Prof Michael G Eastwood<br />

Approved<br />

Project Title<br />

Symmetry and geometric structures<br />

2011 $235,000.00<br />

2012 $200,000.00<br />

2013 $215,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This is a fundamental research project in mathematics, especially concerned with the interaction between<br />

symmetry, differential equations, and geometry. Based on many classical and recently discovered instances, the<br />

aim of the project is to use symmetries to build and understand curved geometric structures from their flat<br />

counterparts.<br />

DP110100037 A/Prof Alexander V Isaev<br />

Approved<br />

Project Title<br />

Nilpotent associative algebras and spherical hypersurfaces<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project concerns pure basic research in mathematics and is based on an important recently discovered<br />

relationship between certain geometric and algebraic objects. In the project, this relationship will be applied in a<br />

novel way to solve several significant long-standing problems in the research area of complex geometry.<br />

Page 2


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100072 Prof Mathai Varghese, Prof Peter Bouwknegt<br />

Approved<br />

Project Title<br />

Supersymmetric quantum field theory, topology and duality<br />

2011 $125,000.00<br />

2012 $125,000.00<br />

2013 $125,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Supersymmetry is universally considered as one of the most fundamental concepts in physics, playing an<br />

increasingly central role in recent studies of quantum field theory and string theory. There is a corresponding<br />

development of supersymmetry in mathematics and this project will make advances both in 'superphysics' and<br />

'supermathematics'.<br />

The University of New South Wales<br />

DP110102186 Prof Wolfgang K Schief<br />

Approved<br />

Project Title<br />

Discrete differential geometry: theory and applications<br />

2011 $20,000.00<br />

2012 $20,000.00<br />

2013 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Sophisticated freeform structures made of glass and metal panels are omnipresent and their architectural design<br />

has been shown to be intimately related to a new area of mathematics, namely discrete differential geometry. This<br />

project is concerned with the theoretical basis of discrete differential geometry and its real world applications.<br />

DP110100064 Prof Fedor Sukochev, Prof Alan L Carey<br />

Approved<br />

Project Title<br />

Noncommutative analysis and geometry in interaction with quantum physics<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Quantum theory has produced many advances in our understanding of the physical world for the last hundred years<br />

while mathematical breakthroughs have been made through exploiting innovative ideas from quantum physics. This<br />

project continues in this highly successful framework and will lead to advances in geometry both classical and<br />

noncommutative.<br />

Page 3


The University of Newcastle<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104419 A/Prof Wadim Zudilin<br />

Approved<br />

Project Title<br />

Arithmetic hypergeometric series<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Arithmetic, known nowadays as number theory, is the heart and one of the oldest parts of mathematics. The project<br />

is aimed at solving three difficult mathematical problems of contemporary mathematics by arithmetic means.<br />

The University of Queensland<br />

DP110101234 Prof S. Ole Warnaar<br />

Approved<br />

Project Title<br />

The Mukhin-Varchenko and Rogers-Ramanujan conjectures<br />

2011 $181,000.00<br />

2012 $181,000.00<br />

2013 $181,000.00<br />

2014 $86,000.00<br />

2015 $86,000.00<br />

APF Prof S. Ole Warnaar<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project is aimed at proving two deep conjectures in pure mathematics. The conjectures are linked to many<br />

areas of mathematics, and success in proving either conjecture will signify a fundamental breakthrough in the fields<br />

of algebra, combinatorics and number theory.<br />

Page 4


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101100 Prof Edward N Dancer<br />

Approved<br />

Project Title<br />

Stable and Finite Morse index solutions and peak solutions of nonlinear elliptic equations<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project aims to produce new results of mathematical interest which are also useful in the applications of<br />

mathematics. These should be of use in the study of industrial processes and in the study of the environment.<br />

DP110102001 A/Prof Holger R Dullin, Prof Nalini Joshi<br />

Approved<br />

Project Title<br />

Geometry and analysis of discrete integrable systems<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Whether we are looking at waves at a beach or the movement of herds of animals in a landscape, their movements<br />

and fluctuations turn out to rely on rules expressed by non-linear systems of mathematical equations. The aim of<br />

this project is to create a new mathematical theory to describe and predict the solutions of such systems.<br />

DP110103451 Prof Gustav I Lehrer<br />

Approved<br />

Project Title<br />

Flag varieties and configuration spaces in algebra<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

School students learn that curves may be described by means of equations, which may therefore be solved<br />

geometrically; this is an example of the interaction of algebra and geometry. In this project geometric ideas such as<br />

simplicial geometry and cohomological representation theory will be developed, which address deep questions in<br />

modern algebra.<br />

Page 5


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100050 A/Prof Andrew Mathas, Prof Jonathan Brundan<br />

Approved<br />

Project Title<br />

Graded representations of Hecke algebras<br />

2011 $149,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project makes fundamental contributions to the representation theory of Hecke algebras with applications to<br />

quantum groups, knot theory, Lie groups and topological quantum field theory. Building on exciting developments<br />

we will produce new gradings and then use them to tackle difficult questions in the representation theory of these<br />

algebras.<br />

DP110103205 Dr James Parkinson, Asst Prof Joel Kamnitzer<br />

Approved<br />

Project Title<br />

The geometry and combinatorics of loop groups<br />

2011 $56,200.00<br />

2012 $44,000.00<br />

2013 $43,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project deals with an exciting area at the very forefront of modern mathematics: the theory of MV-cycles. The<br />

project will provide new insights into the MV-cycles, and will strengthen Australia's position in this booming area.<br />

DP110100440 Dr Anne C Thomas, Dr Inna A Capdeboscq<br />

Approved<br />

Project Title<br />

Lattices in locally compact groups<br />

2011 $73,185.00<br />

2012 $67,885.00<br />

2013 $74,285.00<br />

2014 $61,385.00<br />

APD Dr Anne C Thomas<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project will investigate fundamental questions about lattices in a variety of locally compact groups, leading to a<br />

deeper understanding of basic properties, in both new settings and old. The project will develop new tools, provide<br />

new applications, link diverse areas of mathematics and strengthen international connections.<br />

Page 6


DP110102654 Mr Zhou Zhang<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Topological and analytic aspects of the Kaehler-Ricci flow<br />

2011 $22,560.00<br />

2012 $22,560.00<br />

2013 $22,560.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project will make use of the Kaehler-Ricci flow in an original way to study algebraic geometry objects. It<br />

involves techniques from geometric analysis, algebraic geometry and several complex variables and is a powerful<br />

method to construct and analyse canonical singular metric, which is then applied for further understanding of the<br />

algebraic variety.<br />

The University of Western Australia<br />

DP110101153 Prof Cheryl E Praeger, Prof Akos Seress, Prof Alice C Niemeyer<br />

Approved<br />

Project Title<br />

Symmetry and computation<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The overall objective of the project is to explore connections between symmetry and computation, especially the<br />

theory and algorithms that facilitate the use of groups in computational science. The main outcome will be<br />

theoretically fast algorithms and implementations to drive applications in the sciences and for secure<br />

communication.<br />

DP110101596 Prof Gordon F Royle, Dr Dillon Mayhew, Prof Geoffrey P Whittle<br />

Approved<br />

Project Title<br />

Exact structure in graphs and matroids<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

One of the main goals of mathematics is to understand and describe the structure of the mathematical world. This<br />

project will contribute to this goal, and deepen our understanding of the fundamental mathematical structures called<br />

graphs and matroids, by providing exact structural descriptions of a number of important minor-closed classes.<br />

Page 7


University of Wollongong<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102484 Dr David A Pask<br />

Approved<br />

Project Title<br />

Higher dimensional methods for algebras and dynamical systems<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

<strong>Australian</strong> researchers have pioneered recent research in combinatorial C*-algebras. We are now uniquely placed<br />

to capitalise on this situation to make significant connections with research in dynamical systems. This project will<br />

thus position <strong>Australian</strong> mathematics at the nexus of two important research areas.<br />

Page 8


0102<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

APPLIED MATHEMATICS<br />

DP110100509 Prof Paul S Cally<br />

Approved<br />

Project Title<br />

Seismology of solar and stellar magnetic activity<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Seismic techniques for looking inside stars using observations of surface oscillations can be confused by the very<br />

surface magnetic fields that produce flares and other activity and that we wish to probe. This project will develop a<br />

new ray-based code, SunRay, which will be able to explore active regions taking full account of magnetic effects.<br />

The <strong>Australian</strong> National University<br />

DP110102322 Prof Matthew R James, Prof Ian R Petersen, A/Prof Valeri Ougrinovski, Prof John E Gough<br />

Approved<br />

Project Title<br />

Stabilisation of nonlinear quantum feedback control systems<br />

2011 $257,000.00<br />

2012 $180,000.00<br />

2013 $215,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

One of the most exciting technological developments of this century promises to be the development of quantum<br />

technology. Quantum feedback systems will play a key part of this technology and this project will develop the<br />

underlying fundamental theory which will be crucial to the systematic design of quantum feedback control systems.<br />

Page 9


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105250 Prof John G Clement, Dr Peter D Claes, Mr Christopher D Thomas, Prof Dr Dirk Vandermeulen<br />

Approved<br />

Project Title<br />

An <strong>Australian</strong> Face-Space for enhancing human identification in forensics and security<br />

2011 $120,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Peter D Claes<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Safeguarding Australia from terrorism and crime requires accurate identification of suspects and offenders. Current<br />

methods rely heavily on photographs and video images. A new 3D imaging system for comparing faces has been<br />

developed but the information about <strong>Australian</strong> faces needs to be added to provide robust evidence to <strong>Australian</strong><br />

courts.<br />

DP110103292 Dr Leigh A Johnston, Prof Iven M Mareels, A/Prof Peter M Farrell, Prof Zang-Hee Cho, Dr<br />

Zhaolin Chen<br />

Approved System identification of microstructure in the brain using magnetic resonance<br />

Project Title<br />

2011 $214,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Magnetic Resonance Imaging technologies will be exploited to probe the microstructure of the brain, using powerful<br />

Bayesian optimisation techniques and innovative uses of magnetic resonance. The project will in particular develop<br />

non-invasive imaging methods to quantify iron content in the brain, important for research on dementia and<br />

Alzheimer's disease.<br />

DP110100795 Prof Kerry A Landman, A/Prof Barry D Hughes, Asst Prof Muhammad H Zaman<br />

Approved<br />

Project Title<br />

From single cell to collective cell migration in multicellular systems: mathematical and<br />

computational modelling of real biological systems<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Cell motion is a complex process, fundamental to physiological processes. This project provides the necessary<br />

quantitative framework to understand the full range of cell migration patterns observed in vivo, thereby contributing<br />

tools for cancer treatment and tissue engineering, as well as enhancing Australia's reputation in mathematical<br />

biology.<br />

Page 10


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102401 A/Prof Girish N Nair, Prof Fritz Colonius, Prof Robin J Evans<br />

Approved<br />

Project Title<br />

Feedback entropy in dynamical systems<br />

2011 $135,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project aims to use the fundamental concept of entropy to help evaluate the decision-making effort in a variety<br />

of feedback control systems in science and engineering. This understanding will help develop smarter technologies<br />

and algorithms in areas such as manufacturing, vehicular technology and automated irrigation.<br />

Page 11


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110100068 A/Prof Gary A Froyland, Prof Dr Michael Dellnitz, Prof Anthony Quas<br />

Approved<br />

Project Title<br />

Innovative mathematics using transfer operators to reveal hidden ordered structures in<br />

geophysical flows<br />

2011 $113,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Complicated fluid flow is at the heart of physical oceanography and atmospheric science. This research will develop<br />

new mathematical technologies to reveal hidden ordered structures around which complicated fluid flow is<br />

organised. This new analytical approach will lead to more accurate circulation predictions from ocean and<br />

atmosphere models.<br />

DP110105066 A/Prof Tuan D Hoang, Prof Andrey V Savkin<br />

Approved<br />

Project Title<br />

Exploring new tools in nonlinear filtering and control<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The conceptual advances with new design rules to be developed in the area of nonlinear filtering and control. Major<br />

benefits of this project will be its direct applications to state estimation and control problems in automobile,<br />

manufacturing, military hardware and medical device industries, and its increased capacity of contact research.<br />

DP110100465 Dr Mark M Tanaka, A/Prof Peter A White, Dr Katharina V Koelle, Dr Roland R Regoes<br />

Approved<br />

Project Title<br />

Understanding mutation and genetic reassortment in viruses: new mathematical models<br />

of viral dynamics and evolution.<br />

2011 $131,500.00<br />

2012 $126,500.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project aims to understand how evolutionary processes and ecological conditions combine to ignite and<br />

sustain viral epidemics. Using novel mathematical models and statistical methods we will study the manner in which<br />

viral genes mutate and are recombined, as well as the rates of these important forces.<br />

Page 12


The University of Newcastle<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102704 Dr Julio H Braslavsky, Dr Hernan Haimovich<br />

Approved<br />

Project Title<br />

Algebraic and geometric methods in switched control system analysis and design<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

The theory of switched control systems underpins complex network technologies that enable cleaner, more efficient<br />

and sustainable energy, transport and industry. The research aims to extend the fundamental knowledge base in<br />

systems and control, contributing to maintain the solid world-class reputation of Australia in the field.<br />

DP110103074 Dr Daniel E Quevedo, Prof Graham C Goodwin, Dr Tobias Geyer, Dr Pablo Lezana, Prof Jose<br />

Rodriguez, Dr Patricio Cortes<br />

Approved Robust control of power electronics and drives: a synthesis of traditional and model<br />

Project Title predictive control approaches<br />

2011 $128,000.00<br />

2012 $106,500.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project aims to generate high-performance strategies for the control of power converters. Through the<br />

combination of traditional and modern approaches, the project will develop methods which are more reliable and<br />

give better energy efficiency than current state of the art techniques.<br />

Page 13


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100698 Prof Edward J Anderson<br />

Approved<br />

Project Title<br />

Competitive supplier bidding in supply chains<br />

2011 $54,236.00<br />

2012 $59,981.00<br />

2013 $58,291.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will use mathematical modelling to contribute to better management practice in dealing with<br />

procurement. With the increasing use of auctions and sophisticated bidding procedures it is essential to improve<br />

our understanding of this important area.<br />

DP110102775 Dr Martin Wechselberger, Prof Graeme J Pettet, Prof Christopher K Jones<br />

Approved<br />

Project Title<br />

A geometric theory for travelling waves in advection-reaction-diffusion models<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Cell migration patterns often develop distinct sharp interfaces between identifiably different cell populations within a<br />

tissue. This research will develop new geometric methods for the mathematical analysis of cell migration models,<br />

and will design diagnostic tools to identify key parameters that cause and control these patterns and interfaces.<br />

Page 14


0103<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

NUMERICAL AND COMPUTATIONAL MATHEMATICS<br />

Curtin University of Technology<br />

DP110102855 Prof Louis Caccetta, Dr Guanglu Zhou<br />

Approved<br />

Project Title<br />

Effective computational methods for nonlinear cone optimisation with industrial<br />

applications<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This project brings together a number of national and international researchers whose combined expertise will<br />

focus on solving optimisation problems arising in a range of industries. The work will result in new cutting edge<br />

optimisation technology that can benefit industry and the community.<br />

DP110100083 Prof Kok Lay Teo, A/Prof Volker Rehbock, Dr Ryan Loxton<br />

Approved<br />

Project Title<br />

Optimal control of nonlinear delay systems: theory, algorithms, and applications<br />

2011 $80,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

2014 $85,000.00<br />

APD Dr Ryan Loxton<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

Time delays are present in many engineering systems, including robots, irrigation canals, and chemical reactors.<br />

This project aims to develop state-of-the-art techniques for controlling systems with time delays in an optimal<br />

manner.<br />

The University of New South Wales<br />

DP110100442 Prof Ian H Sloan, Dr Frances Y Kuo, Prof Dr Michael Griebel, Prof Henryk Wozniakowski<br />

Approved<br />

Project Title<br />

Very high dimensional computation - the new frontier in numerical analysis<br />

2011 $160,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

High-dimensional problems, involving hundreds or thousands of variables, arise in applications from finance, health<br />

statistics and oil reservoir modelling to physics and chemistry. This project aims to develop the science of<br />

high-dimensional computation, as driven by important applications such as the flow of groundwater through a<br />

porous material.<br />

Page 15


University of Ballarat<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102011 Dr Alexander Kruger, Prof Dr Marco A Lopez Cerda, Prof Michel A Théra, Prof Jiri V Outrata<br />

Approved<br />

Project Title<br />

Stationarity and regularity in variational analysis with applications to optimization<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Ballarat<br />

This project will significantly develop the theoretical basis of variational analysis and optimization. Improving the<br />

understanding of regularity and stationarity issues in optimization theory will lead to major national benefits in<br />

increasing efficiencies and reducing costs in many fields of human endeavour on a national and international level.<br />

Page 16


0104<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

STATISTICS<br />

Macquarie University<br />

DP110101254 Prof Ian C Marschner, Prof Val J Gebski<br />

Approved<br />

Project Title<br />

Binary regression with additive predictors: new statistical theory with healthcare<br />

applications<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project will develop new statistical analysis techniques for predicting whether someone is at risk of adverse<br />

health outcomes. The project will then apply the new techniques to a large database on heart attacks, leading to<br />

new insights into how patient characteristics and treatments affect the chance of dying from a heart attack.<br />

Queensland University of Technology<br />

DP110100159 Prof Anthony N Pettitt<br />

Approved<br />

Project Title<br />

Novel methodology advancing applied Bayesian statistics and applications<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $100,000.00<br />

2014 $100,000.00<br />

2015 $100,000.00<br />

APF Prof Anthony N Pettitt<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

Bayesian statistical inference has become the dominant statistical method in significant areas of application. The<br />

project aims to develop and apply novel Bayesian computational algorithms. Outcomes will advance scientific<br />

understanding in significant multi-disciplinary areas such as infectious diseases, neurological disease and human<br />

behaviour.<br />

The <strong>Australian</strong> National University<br />

DP110101998 Prof Alan H Welsh, Dr Samuel Mueller<br />

Approved<br />

Project Title<br />

Building models for complex data<br />

2011 $130,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The purpose of this project is to better understand the process of building statistical models and construct new<br />

methods for building models for particular kinds of complex data. The expected outcomes include a new way of<br />

thinking about model building and practical tools which together enable us to get more value out of analysing<br />

complex data.<br />

Page 17


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101929 Prof Nigel G Bean, Dr Joshua V Ross, Prof Philip K Pollett, Prof Peter G Taylor<br />

Approved<br />

Project Title<br />

New methods for improving active adaptive management in biological systems<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Understanding population dynamics is critical in many areas of national importance to Australia, such as protection<br />

of biodiversity, management of invasive species and prediction of the possible effects of climate change. This<br />

project will develop a collection of state-of-the-art methods enabling optimal ecological management.<br />

DP110102893 Dr Joshua V Ross<br />

Approved<br />

Project Title<br />

New methods for integrating population structure and stochasticity into models of<br />

disease dynamics<br />

2011 $108,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Epidemics, such as the 2007 equine 'flu outbreak and 2009 swine 'flu pandemic, highlight the need to make<br />

informed decisive responses. This project will develop new methods that incorporate two important aspects of<br />

disease dynamics---host structure and chance---into mathematical models, and determine their impact in terms of<br />

controlling infections.<br />

DP110102028 Prof Patricia J Solomon, A/Prof John L Moran<br />

Approved<br />

Project Title<br />

Statistical methods for the analysis of critical care data, with application to the <strong>Australian</strong><br />

and New Zealand Intensive Care Database<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

The recent inquiry into Queensland's Bundaberg Base Hospital highlights the need to monitor hospital performance.<br />

This project develops new statistical methods to account for uncertainty in the assessment of provider performance<br />

and its outcomes will provide government with institutional comparisons for policy and planning.<br />

Page 18


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100670 Dr Aurore M Delaigle<br />

Approved<br />

Project Title<br />

Statistical problems involving measurement errors and sparsity<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project tackles research in complex problems where the information contained in the data is sparse and<br />

corrupted by measurement errors. With the aid of modern computing methods, the project will develop new,<br />

sophisticated techniques that have applications in areas such as genomics, national security, environmental<br />

pollution, public health and nutrition.<br />

DP110102041 Prof John L Hopper, A/Prof Mark A Jenkins, Dr Enes Makalic, Dr Daniel F Schmidt<br />

Approved<br />

Project Title<br />

Information theoretic approaches to optimise genome wide association studies with<br />

application to continuous and discrete traits<br />

2011 $85,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project aims to develop new mathematical methods to find genetic associations from new genome-wide<br />

studies of colorectal cancer and breast cancer risk factors. If successful, this will result in improved use of<br />

expensive genetic data to better predict and understand diseases, conditions and other characteristics for humans,<br />

animals and plants.<br />

DP110101663 Prof Peter G Taylor, Prof Nigel G Bean, Dr Sophie M Hautphenne, Dr Mark W Fackrell, Dr<br />

Malgorzata M O'Reilly, Prof Guy G Latouche<br />

Approved Advanced matrix-analytic methods with applications<br />

Project Title<br />

2011 $200,000.00<br />

2012 $190,000.00<br />

2013 $210,000.00<br />

APD Dr Sophie M Hautphenne<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Over the last twenty-five years, matrix-analytic methods have proved to be very successful in formulating and<br />

analysing certain classes of stochastic models. Motivated by applications, this project will investigate more<br />

advanced matrix-analytic methods than have hitherto been studied.<br />

Page 19


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110103834 Prof Geoffrey J McLachlan, Dr Shu K Ng<br />

Approved<br />

Project Title<br />

A new approach to fast matrix factorization for the statistical analysis of high-dimensional<br />

data<br />

2011 $110,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Some form of dimension reduction is essential in order to extract meaningful information from huge data sets. For<br />

this purpose we provide a novel and very fast approach to the factorization of the data matrix. It has wide<br />

applicability for improving the quality and validity of research in science and medicine and in most industries in<br />

Australia.<br />

University of Wollongong<br />

DP110104650 Prof Raymond L Chambers<br />

Approved<br />

Project Title<br />

A likelihood-based approach to combined surveys inference<br />

2011 $90,000.00<br />

2012 $85,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project focuses on the development of statistical theory for efficient integration of information across multiple<br />

complex sample surveys. It will develop theory and methodology that will answer complex questions about<br />

relationships between important social, economic and health related variables that are presently measured in<br />

separate surveys.<br />

DP110100061 Prof Matt P Wand, Dr John T Ormerod, Prof Yongmei Michelle Wang<br />

Approved<br />

Project Title<br />

Fast approximate inference methods for flexible regression<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project will gear up statisticians to meet challenges brought about by rapid technological change in the 2010s<br />

and beyond. It will produce new methodology and theory for fast and flexible analysis of large and complex data<br />

sets.<br />

Page 20


0105<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MATHEMATICAL PHYSICS<br />

DP110100761 Prof Debra J Bernhardt, Prof Denis J Evans<br />

Approved<br />

Project Title<br />

Dissipation and relaxation in statistical mechanics<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

This project studies the mathematical conditions for relaxation either to equilibrium or to steady states, which is<br />

important in predicting behaviour in diverse fields including climate modelling, materials science, nanotechnology<br />

and biology. Early career researchers will be involved in the project, gaining valuable skills in theory and simulation.<br />

La Trobe University<br />

DP110100077 Prof Reinout Quispel, A/Prof John A Roberts, Dr Pieter H van der Kamp, Dr Christopher M<br />

Ormerod, Em/Prof Johannes J Duistermaat, Prof Frank W Nijhoff, Miss Sarah B Lobb<br />

Approved Discrete integrable systems<br />

Project Title<br />

2011 $260,000.00<br />

2012 $260,000.00<br />

2013 $260,000.00<br />

APD Dr Christopher M Ormerod, Miss Sarah B Lobb<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

Discrete integrable systems are a fundamental generalisation of traditional integrable systems. This project,<br />

combining 5 world experts from 3 countries and 2 early career researchers, will expand and systematise this new<br />

interdisciplinary field, and will place Australia at the forefront of this intensive international activity.<br />

Page 21


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102317 Prof Peter J Forrester<br />

Approved<br />

Project Title<br />

Characteristic polynomials in random matrix theory<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Random matrix theory is the subject of an active international research effort, due to its broad range of applications<br />

including the statistical analysis of high-dimensional data sets, wireless communication, and the celebrated<br />

Riemann zeros in prime number theory. Characteristic polynomials will be used to focus an attack on these<br />

problems.<br />

DP110101141 Dr Timothy M Garoni, Prof Alan D Sokal, Prof Dr Youjin Deng<br />

Approved<br />

Project Title<br />

Design, analysis and application of Monte Carlo algorithms in statistical mechanics<br />

2011 $104,000.00<br />

2012 $140,000.00<br />

2013 $135,000.00<br />

2014 $130,000.00<br />

2015 $105,000.00<br />

ARF Dr Timothy M Garoni<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Monte Carlo methods provide a powerful computational tool with an enormous range of applications. However<br />

when applied in statistical mechanics they typically suffer from severe critical slowing-down, so that their<br />

computational efficiency tends rapidly to zero as a critical point is approached. We will develop novel, more efficient<br />

Monte Carlo algorithms, to simulate a range of models in statistical mechanics and back this up with rigorous<br />

mathematical analysis proving that their results can be trusted.<br />

Page 22


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110101414 Dr Jon R Links<br />

Approved<br />

Project Title<br />

Topological properties of exactly-solvable, two-dimensional quantum systems<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Two-dimensional quantum systems have unique properties which are driving developments in the emerging<br />

generation of quantum-based technologies. This project will facilitate progress by elucidating the mathematics<br />

underlying these systems. The results will impact on downstream research and development in the area of superior<br />

information processing.<br />

DP110103434 A/Prof Yao-Zhong Zhang, Prof Mark D Gould<br />

Approved<br />

Project Title<br />

Mathematical models for disordered critical point theories<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project sets up a team to develop innovative techniques for fundamental advances in critical behaviour of<br />

disordered systems including the Nobel Prize winning integer quantum Hall effect. It will yield new mathematical<br />

models for disordered critical point theories, essential for the theoretical analysis of associated emerging<br />

technologies.<br />

Page 23


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104151 Dr James Atkinson<br />

Approved<br />

Project Title<br />

Algebraic interpretations of discrete integrable equations<br />

2011 $82,000.00<br />

2012 $82,000.00<br />

2013 $82,000.00<br />

APD Dr James Atkinson<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The important mathematical disciplines of discrete geometry on one hand, and structure in discrete non-linear<br />

dynamics known as integrability on the other, have an emerging and fruitful interrelation. This project will construct<br />

a new algebraic framework in order to better understand and exploit this point of intersection.<br />

DP110100396 A/Prof Alexander I Molev<br />

Approved<br />

Project Title<br />

Vertex algebras and representations of quantum groups<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project will tackle mathematical problems involving algebraic structures that have fascinated scientists for<br />

several decades, and which are of fundamental importance to theoretical physics. The research will attract talented<br />

PhD students and visiting researchers, and will enhance Australia's scientific reputation.<br />

Page 24


0201<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ASTRONOMICAL AND SPACE SCIENCES<br />

DP110102174 Dr Michael J Brown, Prof Jeremy R Mould<br />

Approved<br />

Project Title<br />

What triggers active galactic nuclei?<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Active galactic nuclei are powerful celestial objects powered by the in-fall of matter towards black holes. While all<br />

large galaxies harbour black holes, only some host powerful active galactic nuclei. The project team, including<br />

<strong>Australian</strong> PhD students, will use large astronomical surveys to determine what triggers active galactic nuclei.<br />

DP110102191 Mr Christoph Federrath<br />

Approved<br />

Project Title<br />

Modelling star formation and feedback in the interstellar medium<br />

2011 $90,506.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Mr Christoph Federrath<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Star formation is such a highly complex process in which turbulence, gravity, chemical evolution, magnetic fields<br />

and stellar feedback are coupled together that numerical models are needed to study star formation in detail. This<br />

project aims to combine them in a self-consistent model, enabling the most detailed comparison with observations<br />

possible to date.<br />

Page 25


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Swinburne University of Technology<br />

DP110103509 A/Prof Alister W Graham, A/Prof Jarrod R Hurley<br />

Approved<br />

Project Title<br />

Massive black holes in dense star clusters<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

This project will be investigating the metamorphosis of dense star clusters containing millions of stars into massive<br />

black holes at the centres of galaxies. The research will be undertaken using the world's largest optical telescopes<br />

and one of the nation's fastest supercomputers.<br />

DP110100866 Dr Michael T Murphy, Prof Paolo Molaro, Dr Tamara M Davis, Dr Julian C Berengut<br />

Approved<br />

Project Title<br />

Fundamental physics in distant galaxies<br />

2011 $100,000.00<br />

2012 $120,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

The fundamental constants of Nature are assumed to characterise physics in our entire Universe, but are they<br />

really the same everywhere and throughout its entire 14 billion year history? This project will answer this question<br />

with the first large-scale, purpose-built observational programme on one of the world's biggest and best telescopes.<br />

The University of Melbourne<br />

DP110103347 Dr Andrew Melatos, A/Prof Benjamin J Owen<br />

Approved<br />

Project Title<br />

Gravitational wave astrophysics with Laser Interferometer Gravitational-Wave<br />

Observatory (LIGO)<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The prediction that space and time vibrate is one of Einstein's greatest legacies, implying the existence of a new<br />

form of radiation with which to study the Universe. This project puts Australia in the vanguard of the billion-dollar<br />

effort worldwide to detect and harness this radiation for the first time.<br />

Page 26


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110103167 A/Prof Jeremy A Bailey<br />

Approved<br />

Project Title<br />

Understanding other worlds: the composition, structure and evolution of exoplanet<br />

atmospheres<br />

2011 $60,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will advance our understanding of the rapidly growing number of planets being found around other<br />

stars. The project will develop new techniques to determine what their atmospheres are made of, how the planets<br />

form and evolve, and whether they have the potential to host life.<br />

DP110104526 Prof Christopher G Tinney, Dr Jade C Bond, Dr Robert A Wittenmyer, Dr David P O'Brien<br />

Approved<br />

Project Title<br />

Extrasolar terrestrial planets - How Earth-like can they be?<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This research will answer the key question for current exoplanetary studies and searches - 'Are there other Earths<br />

in the Universe?' - by studying not only the processes via which terrestrial planets form, but also by modelling the<br />

elemental composition of extrasolar terrestrial planets so that we can understand just how 'Earth-like' they can be.<br />

DP110101007 Dr Robert A Wittenmyer, Prof John B Hearnshaw, Dr Michael Endl<br />

Approved<br />

Project Title<br />

Do Earth-like planets orbit Alpha Centauri?<br />

2011 $45,000.00<br />

2012 $45,000.00<br />

2013 $45,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will be an intensive search for Earth-like planets orbiting the two nearest Sun-like stars, Alpha Centauri<br />

A and B. Our results will give a valuable first look at the abundance of Earth-like planets in the solar neighbourhood.<br />

Page 27


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110102608 Prof Michael J Drinkwater, Dr Holger Baumgardt, Prof Peter A Thomas<br />

Approved<br />

Project Title<br />

Dark matter in the smallest galaxies<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The gravity from invisible dark matter controls the formation of large objects like galaxies in the Universe, but we<br />

don't know how smaller objects form. This project will make an advanced computer simulation of the formation of<br />

the smallest galaxies and compare it with new observations of these objects to determine how they form.<br />

Page 28


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101587 Prof Iver H Cairns, Prof Peter A Robinson<br />

Approved<br />

Project Title<br />

Integrated data-tested theory and modelling of type three solar radio emissions<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Type three solar radio emissions, the Sun's most powerful and common, are the archetypal collective radio<br />

phenomenon in space physics and astrophysics. The project will integrate new theoretical work and simulations into<br />

a first integrated data-tested theory that can explain type three bursts, resolve long standing issues, and constrain<br />

solar physics.<br />

DP110102889 Dr Sean A Farrell<br />

Approved<br />

Project Title<br />

Hyper-luminous X-ray sources as the missing link in black hole evolution<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

APD Dr Sean A Farrell<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Black holes are so dense that not even light can escape their pull, with lightweight black holes forming when stars<br />

collapse and heavyweight black holes found in the centres of galaxies. This project aims to find a new class of<br />

middleweight black holes that may be the missing link between these two divisions.<br />

DP110100678 Prof Geraint F Lewis, Prof Michael J Irwin, Dr Alan W McConnachie<br />

Approved<br />

Project Title<br />

Caught in the act: an unparalleled view of galaxy evolution<br />

2011 $100,000.00<br />

2012 $80,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

How do galaxies, like our own Milky Way, form? Using a new survey of the nearby cosmos, this project will search<br />

for the signatures of galactic cannibalism, the disrupted bodies of smaller galaxies, and use this archaeology to<br />

piece together the formation history. This project will also reveal the presence of local dark matter, whose action<br />

has shaped our own formation.<br />

Page 29


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102034 Dr Tara Murphy, Prof Bryan M Gaensler<br />

Approved<br />

Project Title<br />

Extreme events: mining the radio sky for gamma-ray bursts with intelligent algorithms<br />

2011 $130,000.00<br />

2012 $100,000.00<br />

2013 $120,000.00<br />

2014 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Gamma-ray bursts and supernova explosions are some of the most extreme events in the Universe, and working<br />

out what causes them, and other transient phenomena, will give us new physical insights. The project will search,<br />

using next generation telescopes and intelligent algorithms, to find these 'needles in a haystack'.<br />

University of Tasmania<br />

DP110104101 Prof John M Dickey, Dr Naomi M McClure-Griffiths<br />

Approved<br />

Project Title<br />

A survey of the interstellar medium in the Milky Way and Magellanic Clouds using the<br />

<strong>Australian</strong> Square Kilometre Array Pathfinder<br />

2011 $80,000.00<br />

2012 $70,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

Between the stars in the Milky Way there are clouds of gas and dust; old stars eject heavy elements into this<br />

interstellar medium, and new stars form when interstellar clouds collapse under their own gravity. This survey is<br />

making maps of the interstellar gas using spectral lines at radio wavelengths to trace the cycle of star formation.<br />

Page 30


0202<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ATOMIC, MOLECULAR, NUCLEAR, PARTICLE AND PLASMA PHYSICS<br />

DP110101894 A/Prof Igor Litvinyuk, A/Prof Robert T Sang, Prof Klaus R Bartschat, Prof Francois Legare<br />

Approved<br />

Project Title<br />

Ultrafast molecular imaging with intense few-cycle laser pulses<br />

2011 $90,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

The goal of this project is to record a series of frame-by-frame images of molecules undergoing transformations on<br />

ultra-fast (femtosecond) time-scale making a molecular movie. This project will employ intense, ultra-short laser<br />

pulses to illuminate the evolving molecules, while detecting resulting photons, electrons and ions to reconstruct the<br />

changing molecular structure.<br />

James Cook University<br />

DP110103506 A/Prof Ronald D White, Prof Dr Zoran L Petrovic<br />

Approved<br />

Project Title<br />

Low-energy electron transport in soft-condensed biological matter<br />

2011 $85,000.00<br />

2012 $88,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

To obtain optimal accuracy and selectivity of ionising radiation based technologies requires an understanding and<br />

quantification of the underpinning fundamental physical processes. This project will focus on developing accurate<br />

theoretical models of low-energy electron transport in biological matter which account for new physical<br />

mechanisms.<br />

Page 31


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110101002 Prof Kenneth G Baldwin, Prof Brian J Orr, Dr Richard B Warrington, Prof Edward E Eyler<br />

Approved<br />

Project Title<br />

Using high-resolution lasers to test quantum electrodynamics<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

High-precision laser-based measurements of atomic and molecular structure are benchmarks for our fundamental<br />

understanding of matter. This project will undertake state-of-the-art experiments on atomic helium, to test and<br />

challenge current theoretical predictions of fundamental quantum-electrodynamic properties for helium and for<br />

more complex atoms.<br />

DP110102879 Prof Mahananda Dasgupta, Dr Kouichi Hagino, Prof Jeffrey A Tostevin<br />

Approved<br />

Project Title<br />

From coherent to dissipative dynamics in complex quantum systems: opening a new<br />

window through nuclear fusion<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The new ideas and precision measurement technologies in the project will enhance the reputation of <strong>Australian</strong><br />

research in the fundamental subjects of quantum tunnelling and nuclear fusion. The cutting-edge work, and its<br />

international linkages, provides outstanding training in quantum and nuclear science of national and international<br />

significance.<br />

DP110102858 Prof David J Hinde, Dr Junjien F Liang, Dr Karl-Heinz Schmidt<br />

Approved<br />

Project Title<br />

Reaching the superheavy elements: a quantitative understanding through integrating new<br />

reaction time measurements with theoretical models<br />

2011 $170,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The project will develop new experimental methods to give unique insights into the interplay of quantum effects in<br />

nuclear fusion reactions forming heavy elements. The results will guide theoretical model developments to enhance<br />

understanding, and predict optimal opportunities to form new elements and isotopes with future rare isotope<br />

accelerators.<br />

Page 32


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102881 Dr Matthew J Hole, Prof Robert L Dewar, Prof Richard O Dendy, Dr Stuart R Hudson, A/Prof<br />

Boyd D Blackwell, Dr Dominique F Escande<br />

Approved Emergence and control of self-organisation in fusion plasmas: through the International<br />

Project Title Thermonuclear Experimental Reactor (ITER) and beyond<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Fusion is a carbon free technology, which promises millions of years of base-load power. The promise has led to<br />

massive support for the proof-of-principle experiment, ITER. A challenge facing ITER is minimising edge<br />

instabilities, which can destroy the plasma facing wall. The project will explore if a new model can describe and<br />

control these instabilities.<br />

The University of Adelaide<br />

DP110101265 Dr Ross D Young, Prof Derek B Leinweber<br />

Approved<br />

Project Title<br />

Excitation spectra of quantum chromodynamics<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Just as quantum electrodynamics describes the quantum mechanical excitation spectra of atomic systems,<br />

quantum chromodynamics (QCD) describes the excitation spectra of quark and gluon systems, such as the proton.<br />

This project will resolve the interactions underpinning the excitations of QCD, as being investigated at international<br />

facilities.<br />

The University of New South Wales<br />

DP110101940 A/Prof Michael Kuchiev, Prof Victor Flambaum<br />

Approved<br />

Project Title<br />

From dark matter to atomic physics<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Very little is known about dark matter except that it is present in our Universe in abundance. The project aims to<br />

guide the search for dark matter particles (and study related phenomena, for example, baryogenesis). The guiding<br />

idea is that these particles interact, albeit weakly, with atoms and hence are able to ionise them, which is a<br />

detectable process.<br />

Page 33


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104762 Prof Serguei V Vladimirov, Dr Roman Kompaneets<br />

Approved<br />

Project Title<br />

Nonlinear surface waves and processes in quantum plasma as future technique for<br />

nanoelectronics<br />

2011 $80,000.00<br />

2012 $70,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

An exciting perspective for future nano-devices is related to the development of sources of coherent surface<br />

plasmons - spasers. This would pave the way to a new type of nano-circuitry based on surface plasma waves. This<br />

project is to develop a theory of nonlinear quantum surface plasmons relevant, in particular, for such<br />

nano-electronic devices.<br />

Page 34


0203<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CLASSICAL PHYSICS<br />

DP110100434 Prof Kerry Hourigan, Dr Karen K Siu, Dr Jaye P Chin-Dusting, Prof Anthony M Dart, Dr Thomas<br />

Leweke<br />

Approved Measurement and Prediction of Vulnerable Plaque <strong>Format</strong>ion and Rupture<br />

Project Title<br />

2011 $160,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The major health problem of atherosclerosis, leading to large numbers of deaths from heart attacks and strokes<br />

worldwide, will be studied by a multidisciplinary team. Better understanding of how the disease evolves and its<br />

earlier detection will arise from this project, which will use synchrotron imaging and supercomputer prediction.<br />

DP110102141 Dr Justin S Leontini, Prof Mark C Thompson, Dr Thomas Leweke<br />

Approved<br />

Project Title<br />

Renewable energy generation from flow-induced vibration<br />

2011 $110,000.00<br />

2012 $90,000.00<br />

2013 $85,000.00<br />

APD Dr Justin S Leontini<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Much engineering effort has been expended to eliminate vibration of marine structures. This project seeks to<br />

provide the basis for the development of tidal energy harnessing, by deliberately amplifying and harnessing<br />

vibration. This technology offers the promise of capturing clean, zero-emissions energy, while presenting no risk to<br />

marine life.<br />

The University of New South Wales<br />

DP110100986 Prof Joe A Wolfe, A/Prof John R Smith, Em/Prof Neville H Fletcher AM<br />

Approved<br />

Project Title<br />

The acoustics of a wide-range autonomous oscillator: how do brass players do it?<br />

2011 $70,000.00<br />

2012 $50,000.00<br />

2013 $55,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

While brass instruments are well understood, the complexities of the interaction with the player are not. This study<br />

will analyse how the player's lips and vocal tract interact with the instrument, leading to an understanding not only of<br />

the interesting physics involved, but to insight that will benefit players, teachers and students.<br />

Page 35


0204<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CONDENSED MATTER PHYSICS<br />

DP110104734 Dr Christian Dwyer, A/Prof Joanne Etheridge, Prof Gianluigi A Botton<br />

Approved<br />

Project Title<br />

Chemical mapping of materials at the atomic scale<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will develop a method for measuring the chemical composition of technologically important<br />

nanomaterials. This capability will provide <strong>Australian</strong> scientists with an advanced method for the characterisation of<br />

materials and will help them to develop new and better materials for future applications.<br />

DP110101570 Dr Scott D Findlay, Asst Prof Naoya Shibata<br />

Approved<br />

Project Title<br />

Imaging light elements, dopants and vacancies<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

2014 $130,000.00<br />

2015 $125,000.00<br />

QEII Dr Scott D Findlay<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will pioneer techniques for seeing light atoms, such as oxygen in superconductors and lithium in lithium<br />

battery materials. Coming to understand the function of light elements in advanced materials is vital as such<br />

materials play a pivotal role in meeting the pressing challenges that beset us in energy management.<br />

DP110102957 Prof Dr Federico Rosei<br />

Approved<br />

Project Title<br />

Two dimensional conjugated polymers: a new class of functional nanomaterials<br />

2011 $300,000.00<br />

2012 $300,000.00<br />

2013 $300,000.00<br />

2014 $200,000.00<br />

2015 $200,000.00<br />

APF Prof Dr Federico Rosei<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

New technologies depend on the design and development of novel materials. This project will synthesise a new<br />

class of materials, namely two dimensional conjugated polymers, which have enormous potential for creating new<br />

technologies, for example in electronics and sensing.<br />

Page 36


RMIT University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101362 Prof Ian K Snook, Dr Amanda S Barnard<br />

Approved<br />

Project Title<br />

A theoretical hierachy to investigate the electronic behaviour of graphene nanostructures<br />

under realistic conditions<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

One of the most exciting new nano-materials is graphene which promises to be the basis of a new industry<br />

producing nano-electronics and nano-devices such as chemical sensors. This project aims to provide sound<br />

scientific knowledge on the effects of environmental conditions on the properties of graphene which are vital for its<br />

industrial use.<br />

The <strong>Australian</strong> National University<br />

DP110104885 Prof Stephen T Hyde, Prof Kell Mortensen<br />

Approved<br />

Project Title<br />

Theory and synthesis of self-assembled polyfunctional supramolecular fibres and<br />

associated soft materials<br />

2011 $185,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Liquid crystals (LCs) and molecular fibres are essential structural and functional components of living systems. A<br />

new class of hybrid materials, combining LC and fibrous aspects, will be developed, based on self-assembly of<br />

'linactants', invented by the CI and colleagues.<br />

DP110101026 Prof James S Williams, Dr Simon Ruffell, Prof Marvin L Cohen, Prof Steven G Louie, Prof Alex K<br />

Zettl<br />

Approved Narrow band gap silicon: understanding and exploiting this new silicon phase<br />

Project Title<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project aims to study for the first time exciting new forms of conducting and insulating silicon that can be<br />

formed by simply pressing down on silicon with an indenter tip. As well as producing new science, the technological<br />

outcomes involve new devices and processes of significance to electronics and solar industries.<br />

Page 37


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102228 Prof Leslie J Allen<br />

Approved<br />

Project Title<br />

Novel advances in sub-nanometer imaging<br />

2011 $180,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

2014 $190,000.00<br />

2015 $100,000.00<br />

APF Prof Leslie J Allen<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

After two decades of research the first wave of applications in nanotechnology and nanobiology is breaking.<br />

Immediately key to further progress in both areas is the ability to characterise the structure of such systems and<br />

also their evolution on very short time scales. This research project places Australia at the forefront in this<br />

endeavour.<br />

Page 38


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110102386 Em/Prof Stewart J Campbell, Dr Jianli Wang, Dr Wayne D Hutchison, Prof John M Cadogan<br />

Approved<br />

Project Title<br />

Designed magnetocaloric materials - cooling for the future<br />

2011 $50,000.00<br />

2012 $40,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Magnetic refrigerators have many advantages over conventional gas based systems. Australia relies heavily on<br />

cooling and refrigeration for the home, office and transport. This project will design materials that exhibit a large<br />

magnetic cooling effect; this will aid progress towards development of practical applications of magnetic<br />

refrigeration.<br />

DP110102123 Prof Oleg P Sushkov<br />

Approved<br />

Project Title<br />

Strong electron correlations in quantum materials<br />

2011 $160,000.00<br />

2012 $150,000.00<br />

2013 $160,000.00<br />

2014 $160,000.00<br />

2015 $90,000.00<br />

APF Prof Oleg P Sushkov<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The project will fundamentally advance the knowledge base towards the development of novel quantum materials.<br />

The project will reveal mechanisms of strong electron correlations and develop methods to use these correlations<br />

to enhance desirable properties of materials.<br />

DP110105346 A/Prof Clemens Ulrich, Dr Annemieke M Mulders<br />

Approved<br />

Project Title<br />

Novel multiferroic materials for the next generation of microelectronics: the effect of<br />

isotope substitution on magnetism<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Materials which are either magnetic or ferroelectric are essential in modern information technologies. In multiferroic<br />

materials both properties coexist. They have large potential for industrial applications like the increase of data<br />

storage capacity. This project will investigate the nature of multiferroics and help develop these novel materials.<br />

Page 39


0205<br />

Macquarie University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OPTICAL PHYSICS<br />

DP110103697 Dr Gabriel Molina Terriza, A/Prof Judith M Dawes, Prof David L Andrews, Prof Dr Dmitri Petrov,<br />

A/Prof Romain Quidant<br />

Approved Targeted light - optical mode control at the nanoscale<br />

Project Title<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Nanophotonics provides a path for controlling the interaction of light and matter at the nanoscale. Using spatially<br />

tailored laser beams to address nano-particles, this project aims to create new approaches for specifically targeting<br />

light with nano-scale precision, which has valuable potential applications in biosensing and communications.<br />

DP110102754 Dr David J Spence, A/Prof David W Coutts, Dr Alexander Fuerbach, Prof Mauro Tonelli<br />

Approved<br />

Project Title<br />

Unlocking the ultraviolet<br />

2011 $150,000.00<br />

2012 $130,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project will develop a new class of ultra-short-pulse and broadly tunable laser with performance in the<br />

ultraviolet that is unobtainable from current infrared-based laser technologies. Our invention will unlock the elusive<br />

ultraviolet part of the spectrum to allow new discoveries in fundamental science and to drive twenty-first-century<br />

technologies.<br />

Swinburne University of Technology<br />

DP110101422 Prof Min Gu, Dr Xiangping Li, Prof Tony Wilson<br />

Approved<br />

Project Title<br />

Nanoparticle-enabled photorefractive digital holography: toward the next generation<br />

ultrafast and multi-colour three dimensional display technology<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

APD Dr Xiangping Li<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

The cutting-edge knowledge in nanoparticle-enabled photorefractive polymers will provide an innovative material for<br />

green-photonics industry. The new generation ultrafast and multi-colour digital holographic three dimensional<br />

display technology will be potentially beneficial to entertainment sectors, remote education and medical diagnosis<br />

and photovoltaics.<br />

Page 40


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110102068 Dr Adrian Ankiewicz, Prof Majid Taki, Prof Dr Nail N Akhmediev<br />

Approved<br />

Project Title<br />

Rogue waves in oceans and optical fibres<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Rogue waves can sink large ships in the ocean. They appear more commonly than previously thought. Optical<br />

rogue waves, the laboratory counterparts of extreme ocean waves, will allow the project to study the main features<br />

of the phenomenon, provide the theoretical explanation for their existence and potentially help to eliminate these<br />

catastrophic events.<br />

DP110102349 Dr Yana V Izdebskaya<br />

Approved<br />

Project Title<br />

All-optical reconfigurable interconnects in nematic liquid crystals<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $115,000.00<br />

APD Dr Yana V Izdebskaya<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project aims to explore the unique features of nematic liquid crystals with giant non-local nonlinearity for<br />

shaping, routing, and guiding light for all-optical photonic devices, aiming to uncover and realise the potential of long<br />

range interaction between laser light and liquid crystals for all-optical computing.<br />

DP110103472 Mr John Miller, Dr Daniel A Shaddock, Asst Prof Rana - Adhikari, Dr Stefan Hild<br />

Approved<br />

Project Title<br />

Enhancing the science reach of second generation interferometric gravitational wave<br />

detectors through innovative mirror design and control<br />

2011 $115,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

APD Mr John Miller<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Predicted by Einstein, gravitational waves promise to unlock the secrets of the universe just as seismic<br />

measurements unlocked the secrets of the Earth's interior. Scientists are on the brink of detecting these waves.<br />

This research aids that effort by developing <strong>Australian</strong> technologies which allow specific gravitational wave sources<br />

to be targeted.<br />

Page 41


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100087 Dr David A Powell, Dr Dragomir N Neshev, Dr Ilya Shadrivov, Prof Nader Engheta<br />

Approved<br />

Project Title<br />

Functional metamaterials based on chiral structures<br />

2011 $165,000.00<br />

2012 $165,000.00<br />

2013 $145,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The project will develop a new class of metamaterials - artificial materials that twist light and synchronise multiple<br />

light sources. These structures will show intriguing physical properties with reduced absorption and external<br />

tunability, thus paving the way for novel optical technologies.<br />

The University of Adelaide<br />

DP110104247 Prof Tanya M Monro, Dr Shahraam Afshar Vahid, Dr Jay E Sharping, Mr Wen Qi Zhang<br />

Approved<br />

Project Title<br />

Ultrafast, near infrared laser sources using fibre-based optical parametric oscillators<br />

2011 $140,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will use microstructured optical fibres and nonlinear optics to create compact and cheap laser sources<br />

in the near infrared spectrum to replace the bulky and expensive devices in many spectroscopic and biophotonic<br />

applications today. The work will further enhance Australia's standing in the field of nonlinear optics and optical<br />

fibres.<br />

The University of Melbourne<br />

DP110100221 A/Prof Ann Roberts, Dr Timothy J Davis<br />

Approved<br />

Project Title<br />

Plasmonic nano-antennas for next-generation photon sources<br />

2011 $170,000.00<br />

2012 $170,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Extending concepts from standard radio-frequency antenna technology down to the nanoscale will open up new<br />

applications in fields from biotechnology to telecommunications. This project will embed a light emitting particle in a<br />

nanostructured metallic device to produce an ultrabright, directional single-photon source.<br />

Page 42


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110103015 Prof Halina Rubinsztein-Dunlop, Dr Timo A Nieminen, A/Prof Frederic A Meunier<br />

Approved<br />

Project Title<br />

Dynamics of constrained Brownian motion of neuro-secretory vesicles<br />

2011 $170,000.00<br />

2012 $170,000.00<br />

2013 $170,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will shed light on a fundamental problem the mechanism of brain cell communication by use of<br />

quantitative biophotonics methods including laser tracking, optical tweezers and three dimensional fluorescence<br />

microscopy. This work will give valuable new clues to finally solve the dynamics of molecular interactions<br />

underpinning neuronal communication.<br />

The University of Sydney<br />

DP110105484 Prof Ross C McPhedran, Dr Christopher G Poulton, Prof Lindsay C Botten<br />

Approved<br />

Project Title<br />

Beyond metamaterials: new composites for transforming photonics<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Composites containing metamaterials, new materials with extraordinary electromagnetic properties, are opening<br />

new horizons in optical physics, with the potential to deliver a range of unprecedented functionalities. This project<br />

will clarify the exotic physics of these revolutionary new materials, leading to new photonics applications.<br />

DP110100003 A/Prof David J Moss, Dr Christelle Monat, Prof Yeshaiahu Fainman<br />

Approved<br />

Project Title<br />

Breaking the glass ceiling: silicon-nitride (SiN) and doped silica glass for ultra high speed<br />

Complementary metal-oxide-semiconductor (CMOS) compatible optical processing and<br />

measurement chips<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The global internet demands for energy and technology will soon be unsustainable. This project will pioneer faster,<br />

cheaper, far smaller, and more energy efficient optical signal processing and measurement chips compatible with<br />

silicon CMOS technology, for applications in telecommunications, silicon integrated circuits, and fundamental<br />

science.<br />

Page 43


0206<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

QUANTUM PHYSICS<br />

The University of Queensland<br />

DP110101047 Dr Karen V Kheruntsyan, A/Prof Matthew J Davis, Prof Georgy Shlyapnikov, Asst Prof Marcos<br />

Rigol, A/Prof Jean-Sébastien Caux, Asst Prof Nicolaas J van Druten<br />

Approved Quantum equilibration<br />

Project Title<br />

2011 $135,000.00<br />

2012 $135,000.00<br />

2013 $135,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will shed light on a fundamental problem in physics - how do fragile quantum systems, entirely isolated<br />

from the rest of the world, return to equilibrium when disturbed from their natural state? Our results will provide a<br />

theoretical underpinning for the development of quantum simulators that can be used for the design of advanced<br />

materials.<br />

Page 44


0299<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER PHYSICAL SCIENCES<br />

The <strong>Australian</strong> National University<br />

DP110101525 Prof Michael Shats, Dr Horst Punzmann, Prof Gregory Falkovich<br />

Approved<br />

Project Title<br />

Extreme wave events on the water surface<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Giant waves observed in the ocean present a catastrophic threat to ships and offshore structures. Rogue waves in<br />

optical fibres, on the other hand, may help developing powerful light sources for long-distance telecommunications.<br />

This study of capillary rogue waves on the water surface will help to predict and control the probability of extreme<br />

waves.<br />

DP110102964 Dr Adrian P Sheppard, Dr Trond K Varslot, Dr Andrew M Kingston, Dr Glenn R Myers<br />

Approved<br />

Project Title<br />

Dynamic tomography: high-resolution, four-dimensional imaging of processes<br />

2011 $82,000.00<br />

2012 $82,000.00<br />

2013 $82,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will develop imaging technology that allows us to collect detailed, three dimensional movies of complex,<br />

microscopic processes in a laboratory. This technology will have applications in soil science, biology, oil extraction,<br />

and carbon sequestration.<br />

Page 45


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101702 A/Prof Kevin M Downard<br />

Approved<br />

Project Title<br />

Proteotyping for the rapid identification of pandemic influenza<br />

2011 $180,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Future influenza pandemics will develop more rapidly providing a relatively short window with which to survey and<br />

assess the nature of the virus and administer effective treatments. Application of a new proteotyping approach will<br />

allow strains of pandemic potential to be characterised more directly and rapidly than current surveillance methods.<br />

DP110104604 A/Prof Roger R Fulton, Prof Dr Nadim J Shah, Prof Dr Hans R Herzog, Prof Shih-chang M Wang<br />

Approved<br />

Project Title<br />

Novel technologies for motion-compensated simultaneous Magnetic Resonance Imaging<br />

(MRI) and Positron Emission Tomography (PET) imaging<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The aim of this work is to develop motion tracking and motion correction techniques for an emerging hybrid imaging<br />

technology, MR-PET. The MR-PET scanner simultaneously acquires structural MR images and functional PET<br />

images. The work will provide clearer images without the effects of motion blur for both research and clinical<br />

applications.<br />

DP110103020 Prof Philip W Kuchel, Dr Christoph Naumann<br />

Approved<br />

Project Title<br />

Nuclear magnetic resonance (NMR) of molecules and cells in media with 'tunable'<br />

anisotropy: high rank-spins, z-spectra, (pro)chiral discrimination, peptide L-to-D<br />

isomerase<br />

2011 $200,000.00<br />

2012 $180,000.00<br />

2013 $200,000.00<br />

2014 $150,000.00<br />

2015 $100,000.00<br />

APF Prof Philip W Kuchel<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will build on this team's invention of a stretched-gel method that reports on molecular composition and<br />

the geometrical arrangement of atoms into mirror image arrays, using nuclear magnetic resonance spectroscopy.<br />

The project will use the methodology to determine roles of a platypus venom enzyme that carries out stereoscopic<br />

interconversions, even in humans.<br />

Page 46


0301<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ANALYTICAL CHEMISTRY<br />

The University of New South Wales<br />

DP110102183 Prof John J Gooding, Dr Peter J Reece<br />

Approved<br />

Project Title<br />

Smart surfaces for monitoring cellular activity in real time: from multiple to single cells<br />

2011 $180,000.00<br />

2012 $180,000.00<br />

2013 $180,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Cells are the fundamental building block of life. In the proposed research smart surfaces will be developed that can<br />

monitor the release of enzymes from single cells and from multiple cells. This work will be important for developing<br />

cell chips for drug discovery, toxin detection and biomedical research and devices to monitor infection.<br />

DP110105290 Prof David B Hibbert<br />

Approved<br />

Project Title<br />

Maximum entropy methods for Bayesian analysis in chemistry<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This new approach for analysing chemical data will solve problems in deciding the weight of an atom in a chemical<br />

compound, whether an athlete took illegal steroids, if a horse has been fed an illegal 'milkshake' of bicarbonate, and<br />

if a methamphetamine tablet seized in a nightclub was made from powder found in a clandestine lab.<br />

The University of Queensland<br />

DP110101931 Prof Beate I Escher, Dr Joop L Hermens, Prof Michael S Denison<br />

Approved<br />

Project Title<br />

Understanding and controlling bioavailability: passive dosing of persistent organic<br />

pollutants into recombinant cell bioassays<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Bioassays with mammalian cell lines may replace animal testing in chemical risk assessment if issues with limited<br />

sensitivity can be overcome for very hydrophobic chemicals such as polychlorinated dibenzodioxins. The project will<br />

solve this problem by developing a polymer-release dosing technique that assures defined and constant exposure.<br />

Page 47


University of Tasmania<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102046 Prof Pavel N Nesterenko, A/Prof Brett Paull<br />

Approved<br />

Project Title<br />

Micro-disperse sintered nano-diamonds: a new class of versatile adsorbent for high<br />

performance liquid chromatography<br />

2011 $150,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

Nano-diamond is currently recognised amongst researchers as a highly significant material for the development of<br />

new technologies in analytical science, diagnostics and nano-technology. Here, sintered nano-diamond, with its<br />

many unique properties, will provide a new generation of stationary phases for use in high performance liquid<br />

chromatography.<br />

DP110104923 Dr Robert A Shellie<br />

Approved<br />

Project Title<br />

A field-portable comprehensive multidimensional gas chromatograph<br />

2011 $160,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

2014 $105,000.00<br />

2015 $105,000.00<br />

ARF Dr Robert A Shellie<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

This project represents an innovative new direction for chemical analysis of environmental contaminants with<br />

further case studies planned in a number of diverse application areas. State-of-the-art field-portable instrumentation<br />

will be developed to bridge the capability gap for performing in-field analysis of highly complex samples.<br />

Page 48


0302<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

INORGANIC CHEMISTRY<br />

Page 49


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103812 A/Prof Philip C Andrews, Prof Peter C Junk, Dr Richard L Ferrero, Dr Lukasz Kedzierski<br />

Approved<br />

Project Title<br />

Bio-inspired chemistry of novel metal-organic bismuth compounds<br />

2011 $160,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Non-steroidal anti-inflammatory drug use in Australia is widespread. Gastrointestinal ulceration and associated<br />

cancer are high due to Nonsteroidal anti-inflammatory drugs (NSAID) induced injury. Drug development can provide<br />

the therapeutic benefits of NSAIDs as well as gastrointestinal protection, providing Australia with a leading position<br />

in a multi-billion dollar world market.<br />

DP110101221 Prof Cameron Jones, Dr Andreas Stasch<br />

Approved<br />

Project Title<br />

Molecular Group 2 Metal(I) complexes: from chemical landmarks to versatile reagents<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project aims to systematically expand an internationally acclaimed pilot study which led to the initiation of a<br />

completely new and breakthrough field of chemistry, namely that of Group 2 metal-metal bonded complexes. The<br />

high reactivity of these systems will lead to them finding wide ranging applications in synthesis and materials<br />

chemistry.<br />

DP110100525 Prof Keith S Murray<br />

Approved<br />

Project Title<br />

Molecular magnetic materials of the cluster and network types<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This research project involves the preparation of new molecular based magnets, using metals such as manganese<br />

or dysprosium, together with detailed studies of their physical properties. When groups of these metal ions form in<br />

to clusters, bridged by organic molecules, they are nano-sized and display new and useful magnetic and quantum<br />

properties.<br />

Page 50


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104071 Dr Suzanne M Neville<br />

Approved<br />

Project Title<br />

Molecular based materials for nanoscale technology<br />

2011 $139,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

2014 $120,000.00<br />

2015 $120,000.00<br />

ARF Dr Suzanne M Neville<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

With the miniaturisation of electronic devices via top-down methods now approaching the nanoscale there are<br />

many economic and physical challenges arising. This project, explores a class of miniaturised magnetically<br />

switching molecular-based materials prepared via bottom-up methods, which provide an alternate path to such<br />

nano-scale technology.<br />

DP110105530 Dr Christian A Ohlin<br />

Approved<br />

Project Title<br />

Activation of small molecules using redox- and pH-stable polyoxometalate molecular<br />

clusters as catalysts<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

2014 $130,000.00<br />

2015 $125,000.00<br />

QEII Dr Christian A Ohlin<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Anthropogenic carbon dioxide has been linked to global climate change, and several approaches to reducing<br />

emissions have been proposed. This project aims to develop systems that convert carbon dioxide into useful raw<br />

materials for the chemical industry and fuel, reducing the need to use additional non-renewable resources for these<br />

purposes.<br />

Page 51


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110101611 Prof Anthony F Hill, Prof Barbara A Messerle<br />

Approved<br />

Project Title<br />

Boron and silicon based pincer ligands for environmentally responsible catalysis<br />

2011 $200,000.00<br />

2012 $180,000.00<br />

2013 $200,000.00<br />

2014 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The production of everyday chemicals (pharmaceuticals, agrochemicals, polymers) comes at a price, economic and<br />

environmental. Metal catalysts significantly reduce the environmental impact of both the associated energy<br />

requirements and waste products. New classes of catalysts will be developed based on the unconventional<br />

elements boron and silicon.<br />

The University of Melbourne<br />

DP110100155 Dr Colette Boskovic<br />

Approved<br />

Project Title<br />

Switchable molecules for molecular nanoscience<br />

2011 $115,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project targets the development and exploration of switchable molecules for future nanoscale devices.<br />

Applications will include individual molecules as: units of magnetic memory for high density data storage, quantum<br />

bits in quantum computers, components in electronic devices and switching units in display media.<br />

The University of New South Wales<br />

DP110104759 Dr Marcus L Cole<br />

Approved<br />

Project Title<br />

Thallium hydride complexes - synthesis, stabilisation and synthetic utility<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Australia has abundant geological deposits of group 13 metals. The hydride chemistries of group 13 elements are<br />

critical to modern applications of these elements. There are no hydrides of thallium, the heaviest member of group<br />

13. This project aims to prepare and stabilise thallium hydrides to enable technological applications of thallium.<br />

Page 52


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100461 Prof Trevor W Hambley, Prof Dr Nils Metzler-Nolte<br />

Approved<br />

Project Title<br />

Development of prodrug strategies for achieving increased penetration and selective<br />

activation in solid tumours<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

A primary cause of cancer deaths is relapse following treatment resulting from the drug failing to penetrate and<br />

destroy all parts of the tumour. The project aims to develop anticancer agents that are better able to reach all parts<br />

of the tumour and have toxicities low enough to enable sufficient doses to be used to kill all cancer cells.<br />

DP110102662 Dr Brendan J Kennedy, Prof Ray L Withers, Dr Chris D Ling, Dr Vladislav V Kharton<br />

Approved<br />

Project Title<br />

Crystal-chemical tuning of order and disorder: a strategy for the discovery of novel solid<br />

state ionic conductors<br />

2011 $160,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The ultimate aim of this project is to discover novel ionic conductors suitable for use in energy technologies. By<br />

identifying, comprehensively characterising and optimising a number of such materials, this project will provide<br />

industry with the opportunity to implement them in new and improved devices.<br />

University of Western Sydney<br />

DP110102273 Dr Leigh R Sheppard, Dr Maria K Nowotny, Dr David Kisailus<br />

Approved<br />

Project Title<br />

Improving solar energy utilisation by splitting water with visible light<br />

2011 $75,000.00<br />

2012 $100,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

The project seeks to improve solar-hydrogen fuel production via water splitting by addressing a fundamental<br />

scientific roadblock. By engineered nanostructures with controlled charge transfer abilities, the most desirable route<br />

to water splitting will be promoted; granting Australia an opportunity to develop a solar-based renewable fuel.<br />

Page 53


0303<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MACROMOLECULAR AND MATERIALS CHEMISTRY<br />

Curtin University of Technology<br />

DP110104415 Dr Irene Suarez-Martinez<br />

Approved<br />

Project Title<br />

Mapping the family tree of carbon nanostructures: investigation of nanoscrolls and<br />

herringbones<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Irene Suarez-Martinez<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

New avenues of research in carbon science will be explored by defining a family tree of carbon nanostructures<br />

showing the relationship between forms. This project will investigate the properties of poorly unexplored relatives of<br />

the family; the results have the potential to impact on the choice of a material for a given application.<br />

The <strong>Australian</strong> National University<br />

DP110103177 Prof Christopher J Easton, Prof Stephen F Lincoln<br />

Approved<br />

Project Title<br />

Design and synthesis of operating molecular machines and solution and solid-state<br />

devices<br />

2011 $160,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project involves the construction of machines and other devices engineered at the molecular level, which<br />

therefore offer a greater degree of miniaturisation and sophistication than their macro-engineered counterparts. The<br />

work is expected to provide fundamental advances in nanotechnology and underpin new industries based on<br />

advanced materials.<br />

The University of Adelaide<br />

DP110103741 Dr Christian J Doonan, Dr Christopher J Sumby, Prof Jeffrey R Long<br />

Approved<br />

Project Title<br />

Metal-organic frameworks as heterogeneous catalytic systems<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Catalysts of industrial chemical processes that are soluble in the reaction mixture are often less stable and harder<br />

to separate from the products. This project will tackle these issues by integrating such catalysts into an open<br />

framework material that combines the advantages of both soluble and insoluble catalysts - a hybrid catalytic<br />

material.<br />

Page 54


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110104251 Dr Cyrille A Boyer, Prof Andrew B Lowe, Prof Tom P Davis, Dr Sophie Laurent<br />

Approved<br />

Project Title<br />

New polymers for imaging applications<br />

2011 $190,000.00<br />

2012 $190,000.00<br />

2013 $190,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Cancer and cardiovascular disease are the most devastating diseases in any developed country. This project<br />

describes improved imaging agents to improve the detection and earlier treatment of diseases whilst avoiding any<br />

problems with toxicity of imaging agents in the body.<br />

DP110104391 Prof Andrew B Lowe<br />

Approved<br />

Project Title<br />

Organic-inorganic hybrids via a combination of ring opening metathesis polymerisation,<br />

Thiol-Ene Click chemistry and Sol-Gel reactions<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The research aims to develop a fast and efficient process for the preparation of advanced organic-inorganic<br />

materials. The successful completion of this research will yield new materials that may be exploited in advanced<br />

specialty applications including in biomedical and fuel cell areas.<br />

DP110100631 Ms Kathleen M Mullen<br />

Approved<br />

Project Title<br />

Synthetic molecular transporters<br />

2011 $103,673.00<br />

2012 $90,000.00<br />

2013 $95,000.00<br />

APD Ms Kathleen M Mullen<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This work involves the synthesis of artificial motors that transport cargo down linear tracks in a manner that is<br />

reminiscent of the function of biological motor proteins such as kinesin and myosin. Attachment of these molecular<br />

machines to solid surfaces will also be explored.<br />

Page 55


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102409 A/Prof Martina Stenzel, Prof David L Morris, Dr Mohammad H Pourgholami<br />

Approved<br />

Project Title<br />

A platform for the efficient optimisation of drug delivery using cross-linked micelles and<br />

thioclick-chemistry toward better anti-cancer treatment<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The delivery of albendazole - an anti-cancer drug - will be improved by encapsulating the drug into nanoparticles.<br />

State of the art polymer chemistry will be employed to generate a versatile drug delivery system. The resulting<br />

nanoparticles will be able to better control drug delivery and to enhance cellular uptake of the drug.<br />

The University of Queensland<br />

DP110104299 Prof Andrew K Whittaker, A/Prof Stephen E Rose, Dr Hui Peng<br />

Approved<br />

Project Title<br />

MRI Molecular Imaging Agents - from fundamental design to In Vivo Applications<br />

2011 $231,846.00<br />

2012 $231,846.00<br />

2013 $231,846.00<br />

2014 $201,846.00<br />

2015 $81,846.00<br />

APF Prof Andrew K Whittaker<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Of approximately 60 million magnetic resonance imaging (MRI) procedures performed annually worldwide, around<br />

30 per cent of these use MRI imaging agents. Imaging agents allow the doctors to study blood flow and to identify<br />

particular tissue types and diseases. This project will lead to new classes of high-performance imaging agents<br />

which offer the prospect of faster more accurate diagnosis.<br />

Page 56


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101671 Dr Deanna M D'Alessandro<br />

Approved<br />

Project Title<br />

Conducting nanoporous materials: toward molecular devices<br />

2011 $188,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

2014 $150,000.00<br />

2015 $130,000.00<br />

QEII Dr Deanna M D'Alessandro<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project addresses one of the foremost challenges in the field of advanced functional materials, namely the<br />

design and synthesis of nanoporous materials that conduct electrons. The outcomes on both a fundamental and<br />

applied level will pave the way toward molecular electronics devices for solid-state sensing to solar energy<br />

harvesting.<br />

DP110101608 A/Prof Sebastien Perrier, Prof Katrina A Jolliffe, Prof Ian W Hamley<br />

Approved<br />

Project Title<br />

Polymer-functionalised nanotubes: controlled formation by self-assembly<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will develop new structures of nanotubes by combining peptide sequences and synthetic polymers.<br />

These nanostructured materials will form the basis of a wide range of technological applications, such as inorganic<br />

nanotubes, ion channels, drug carriers, and more broadly in nanotechnology and nanomedicine.<br />

University of South Australia<br />

DP110101798 Prof Thomas Nann, Prof William M Skinner<br />

Approved<br />

Project Title<br />

Synthesis and characterisation of cadmium-free quantum dots<br />

2011 $100,000.00<br />

2012 $70,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of South Australia<br />

Quantum dots (QDs) - a highly functional class of nanocrystals - have a tremendous potential for applications in life<br />

sciences, energy conversion and electronics; however, their toxicity represents a problem for almost any utilisation.<br />

This project aims to find new synthesis methods for less toxic QDs and will thus pave the way for the use of these<br />

particles.<br />

Page 57


0304<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MEDICINAL AND BIOMOLECULAR CHEMISTRY<br />

DP110104028 Dr Thomas E Haselhorst, Dr John M Nicholls<br />

Approved<br />

Project Title<br />

Towards an influenza virus glycan interaction map (Glycointeractome)<br />

2011 $110,000.00<br />

2012 $120,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

This project will use nuclear magnetic resonance (NMR) spectroscopy to map carbohydrate interaction used by the<br />

virus to cause infection and spread. This information will provide new direction in anti-influenza drug discovery.<br />

DP110100071 A/Prof Sally-Ann Poulsen, Prof Claudiu T Supuran, Prof Jacques Pouyssegur, Prof Susan A<br />

Charman<br />

Approved Inhibition of membrane-bound carbonic anhydrases with small molecules as a novel<br />

Project Title approach to target a safe and effective treatment for solid tumours.<br />

2011 $120,000.00<br />

2012 $140,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

Over 85 per cent of human cancers are solid tumours and the prognosis for patients with advanced solid tumours is<br />

extremely poor owing to resistance to conventional chemo- and radio- therapies. Our research will underpin the<br />

development of new, safe and effective drug treatment options for cancer patients with solid tumours.<br />

Page 58


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101866 Prof Marie-Isabel Aguilar, Prof Frances Separovic, Prof Alan E Mark<br />

Approved<br />

Project Title<br />

The mechanism of membrane disruption by antimicrobial peptides<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Bacterial resistance to antibiotics is a growing crisis in modern medicine. Antibacterial peptides from <strong>Australian</strong><br />

frogs represent a new class of potent and selective antibacterial agents. Understanding how these peptides kill<br />

bacteria but not vertebrate cells could lead to the design of new drugs for pharmaceutical and/or clinical purposes.<br />

DP110103969 Prof Chris J Porter, Prof William N Charman, Prof Valentino Stella<br />

Approved<br />

Project Title<br />

Lymphotropic prodrugs: a novel mechanism for targeted drug delivery<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project aims to design chemically modified drugs that target drug delivery specifically to white blood cells. This<br />

approach promises to maximise drug action and simultaneously reduce toxicity for diseases where lymphocytes are<br />

the major drug target. These include autoimmune disease, leukaemia, lymphoma, HIV, transplant rejection and<br />

diabetes.<br />

DP110100687 Prof Peter J Scammells, Prof Arthur Christopoulos<br />

Approved<br />

Project Title<br />

Understanding allosteric modulation and functional selectivity at G Protein-Coupled<br />

Receptors (GPCRs)<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

GPCRs are an important superfamily of proteins that are involved in a myriad of physiological processes and a wide<br />

range of serious illnesses. This project seeks to gain a more detailed understanding of new mechanisms of GPCR<br />

modulation and function that will be of direct relevance to drug discovery.<br />

Page 59


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110103129 Prof Glenn F King, Prof Richard J Lewis, Prof Paul F Alewood<br />

Approved<br />

Project Title<br />

Development of potent and specific modulators of the human sodium channel Nav1.7<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

2014 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

There are few effective drugs available for the treatment of chronic pain. This team recently discovered that spider<br />

venoms are a rich source of inhibitors of Nav1.7, a new target for anti-pain drugs. The goal of this project is to<br />

develop potent blockers of Nav1.7 that can be used to critically assess the role of this ion channel in mediating pain.<br />

DP110100212 Prof Istvan Toth<br />

Approved<br />

Project Title<br />

Liposaccharide based peptide and vaccine delivery systems: improving the bioavailability<br />

and immunogenicity of Luteinizing Hormone-Releasing Hormone<br />

2011 $265,000.00<br />

2012 $225,000.00<br />

2013 $220,000.00<br />

2014 $220,000.00<br />

2015 $100,000.00<br />

APF Prof Istvan Toth<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project aims to develop new lipid- and sugar-based drug delivery systems for Luteinizing-hormone-releasing<br />

hormone (LHRH), a hormone which regulates the level of enzymes involved in fertility conditions and prostate<br />

cancers. This technology could be extended to significantly increase the number of drugs available on the market,<br />

such as peptide drugs and vaccines.<br />

The University of Sydney<br />

DP110104237 A/Prof Michael Kassiou, A/Prof Louis M Rendina<br />

Approved<br />

Project Title<br />

The development of carboranes as new agents in the diagnosis and treatment of brain<br />

disease<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The treatment of brain diseases is one of society's major challenges. To address these challenges, we need a<br />

better understanding of the molecular mechanisms involved in brain disease. This project will develop innovative<br />

agents to probe disease progression, assess efficacy of treatment, and ultimately treat a wide range of brain<br />

disorders.<br />

Page 60


University of Wollongong<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100660 A/Prof Aaron J Oakley, A/Prof Jennifer L Beck, Dr Michael J Kelso<br />

Approved<br />

Project Title<br />

Fragment-based screening approaches for new antibiotics directed against the bacterial<br />

sliding clamp<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project will use new approaches to develop a new generation of effective antibacterial agents to combat rising<br />

resistance in key pathogens. The project will target DNA replication and repair processes that are essential for<br />

bacterial survival and proliferation.<br />

Page 61


0305<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ORGANIC CHEMISTRY<br />

DP110100835 Dr Bernard L Flynn<br />

Approved<br />

Project Title<br />

Electrophile induced domino reaction sequences with ion-pair chiral induction<br />

2011 $80,000.00<br />

2012 $70,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

In this project, new catalysts and procedures will be developed to improve our capacity to access and modify the<br />

structure and properties of complex molecules. These methods will be used to gain access to a number of bioactive<br />

natural products in order to better evaluate and develop their therapeutic potential.<br />

The <strong>Australian</strong> National University<br />

DP110103021 Prof Martin G Banwell, Prof Mary J Garson<br />

Approved<br />

Project Title<br />

Synthesis and Biological Evaluation of <strong>Australian</strong> Sponge Metabolites<br />

2011 $200,000.00<br />

2012 $180,000.00<br />

2013 $200,000.00<br />

2014 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The development of concise and flexible syntheses of <strong>Australian</strong> marine natural products and analogues of<br />

ecological/therapeutic significance will emerge. Such activities will lead to the identification and evaluation of<br />

molecular entities of value in managing marine environments and help to enhance chemical synthesis capacity in<br />

Australia.<br />

DP110101235 Dr Malcolm D McLeod, Prof David L Ollis<br />

Approved<br />

Project Title<br />

Facilitating drug synthesis, development and detection: the enzymatic synthesis of<br />

beta-glucuronides<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will develop new catalysts to aid the development of pharmaceuticals and help fight the war against<br />

drugs.<br />

Page 62


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100112 Prof Mark A Rizzacasa, A/Prof Craig A Hutton<br />

Approved<br />

Project Title<br />

Biogenesis inspired total synthesis of natural products<br />

2011 $160,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project will study the chemical synthesis of a number of novel natural products. Most significantly, this project<br />

will deliver new methods for organic synthesis of complex molecules. The rewards from the total synthesis of<br />

bioactive compounds are enormous for the community and in the education and training of scientists.<br />

The University of Sydney<br />

DP110100682 Prof Katrina A Jolliffe<br />

Approved<br />

Project Title<br />

New synthetic receptors for selective recognition and sensing of biologically important<br />

anions<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Anions play roles in almost every biochemical process, so the ability to selectively detect specific anions has<br />

numerous applications. This project will design and synthesise molecules capable of detecting target anions under<br />

physiological conditions. This will provide innovative small molecule receptors for use in biomedicine.<br />

Page 63


0306<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PHYSICAL CHEMISTRY (INCL. STRUCTURAL)<br />

DP110100758 Prof Debra J Bernhardt, Prof Dr Barbara Kirchner<br />

Approved<br />

Project Title<br />

Computational studies of melting and the solvation properties of ionic liquids<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

Ionic liquids are used in industry as green solvents and electrolytes, although there is not yet sufficient knowledge<br />

on the science of ionic liquids to enable optimal solvents to be readily designed. This project uses state of the art<br />

techniques in computational chemistry to solve practical problems related to the characteristics of ionic liquids.<br />

Page 64


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103388 Dr Angus A Gray-Weale, A/Prof James K Beattie<br />

Approved<br />

Project Title<br />

A new explanation for the hydrophobic effect<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The hydrophobic effect is a fundamental natural phenomenon: why do oil and water spontaneously separate and<br />

not mix? The project team proposes a new and novel explanation for this effect, based on known properties of<br />

water. The project team's theory explains hydrophobic effects in physics, chemistry and biology.<br />

DP110103137 Prof Paul A Webley, A/Prof Joeri Denayer, Dr Jiacheng Wang<br />

Approved<br />

Project Title<br />

Design of adsorbents for kinetic separation of gases<br />

2011 $125,000.00<br />

2012 $90,000.00<br />

2013 $96,000.00<br />

2014 $90,000.00<br />

APD Dr Jiacheng Wang<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The purpose of this project is to design, synthesise and test a new family of adsorbents for separation of gas<br />

mixtures of environmental and energy significance. The outcome will be a thorough understanding of diffusion in<br />

adsorbents and preparation of several candidate adsorbents with superior separation characteristics.<br />

DP110102569 Dr Chuan Zhao<br />

Approved<br />

Project Title<br />

Tuning the electrolytes for high efficiency solar splitting of water<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

2014 $110,000.00<br />

2015 $110,000.00<br />

ARF Dr Chuan Zhao<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will develop a new technology that uses ionic liquids and sunlight to split water into hydrogen and<br />

oxygen to be used as a clean fuel. Australia has abundant sunlight, is very close to the growing energy markets of<br />

the Asia-Pacific region, and is ideally placed to benefit from this new technology.<br />

Page 65


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Queensland University of Technology<br />

DP110104990 Prof Dr Huai-Yong Zhu, Dr Zhanfeng Zheng, Dr Wayde N Martens, Prof Dr Jin-Cai Zhao, Prof Dr<br />

Pegie Cool<br />

Approved Driving Chemical Reactions by Visible and Ultraviolet Light on Supported Noble Metal<br />

Project Title Nanoparticles<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

2014 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

This project will develop advanced materials of noble metal nanoparticles on a support, which can absorb visible<br />

and ultraviolet light and catalyse chemical reactions. Such photocatalysts provide the potential to use sunlight, an<br />

abundant, green energy source, to drive reactions at ambient temperatures for chemical synthesis and<br />

environmental protection.<br />

RMIT University<br />

DP110105125 Prof Suresh K Bhargava, Dr Anthony P O'Mullane, Dr Vipul Bansal, Dr Mannepalli L Kantam<br />

Approved<br />

Project Title<br />

Nano-engineered multi-functional materials for catalysis and sensing by an integrated<br />

chemical and electrochemical approach<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

This project aims to deliver a facile and cheap method to produce a class of nanostructured materials to be used in<br />

applications which will have environmental and social benefits such as: green synthesis of fine chemicals, catalyst<br />

development for clean energy fuel cells and sensor technology for the detection of potent biotoxins.<br />

Page 66


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110102817 Prof Barry W Ninham, Dr Drew F Parsons<br />

Approved<br />

Project Title<br />

Hofmeister at work. Implementation of a paradigm shift in physical chemistry<br />

2011 $180,000.00<br />

2012 $180,000.00<br />

2013 $180,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Standard tools of measurement in environmental, industrial, colloid, nano and biosciences rest on classical theories<br />

which have been shown to be badly flawed. The faults have been remedied to give a new, predictive and usable<br />

foundation that amounts to a paradigm shift of immediate importance to many applications.<br />

DP110101936 A/Prof Timothy J Senden, A/Prof Vincent S Craig, Dr Shannon Notley<br />

Approved<br />

Project Title<br />

Using light to move molecules-a novel approach to exploring intermolecular forces<br />

2011 $135,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

It is in the last few nanometres above a surface that many real-world effects originate. Using a fine stylus and the<br />

momentum from a laser beam, the project will nano-mechanically perturb molecules to reveal forces on a<br />

sub-molecular scale. Gaining control at this scale is central to developing an understanding of many natural and<br />

industrial processes.<br />

The Flinders University of South Australia<br />

DP110103032 Prof Joseph G Shapter, Prof John O Miners, A/Prof Sally L McArthur<br />

Approved<br />

Project Title<br />

Nanoscale characterisation of the dynamics of artificial lipid membranes - model systems<br />

for drug binding studies<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

This project will see the development of artificial membranes replicating the physiological behaviour of cell<br />

membranes providing a novel platform for in vitro drug evaluation clearing the way for the development of effective<br />

new therapies with fewer side effects.<br />

Page 67


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100496 Dr Tara L Pukala<br />

Approved<br />

Project Title<br />

Structural and functional investigations of the human transcription machinery by ion<br />

mobility-mass spectrometry<br />

2011 $115,000.00<br />

2012 $115,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will apply emerging mass spectrometric technologies to gain previously inaccessible insight into human<br />

transcription factor proteins. This will reveal new avenues for intervention in human disease states related to<br />

aberrant gene expression, while developing innovative methods for the study of complex protein assemblies.<br />

Page 68


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100312 A/Prof Evan J Bieske<br />

Approved<br />

Project Title<br />

Getting the drift - new frontiers in ion spectroscopy<br />

2011 $180,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

2014 $165,000.00<br />

2015 $90,000.00<br />

APF A/Prof Evan J Bieske<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will develop and harness ultra-sensitive techniques to understand the action of photo-active molecules<br />

involved in human vision, molecular motors and molecular memory. The new techniques will also help explore and<br />

exploit the properties of carbon and silicon nanoparticles, and may assist detection of exotic molecules in space.<br />

DP110100103 Prof Derek Y Chan<br />

Approved<br />

Project Title<br />

Theoretical foundations of dynamic surface forces<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

<strong>Australian</strong> scientists are current world leaders in developing novel materials for biomedical and industrial<br />

applications. This project will create the key theoretical framework to interpret experimental measurements and will<br />

be vital in ensuring that our scientific endeavour in novel materials maintains its current world leadership position.<br />

DP110101767 Dr Daniel E Gomez<br />

Approved<br />

Project Title<br />

The Quantum Dot SPASER<br />

2011 $138,000.00<br />

2012 $180,000.00<br />

2013 $100,000.00<br />

APD Dr Daniel E Gomez<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Can we replace electrons with photons in future computers? This project provides two steps toward this goal. By<br />

combining advanced materials with ultra-small metallic structures, a new nano-sized form of a laser, called the<br />

spaser will be realised. Furthermore, a key component of a computer, a nanoscale modulator, will be<br />

demonstrated.<br />

Page 69


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103844 Prof Richard A O'Hair, Dr George N Khairallah<br />

Approved<br />

Project Title<br />

Decarboxylation to unmask organometallics: scope and utility in bond formation<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Carboxylic acids are valuable in the synthesis of biologically and industrially important compounds. The promise of<br />

developing eco-friendly alternatives to existing processes has led to a renaissance in catalytic transformations of<br />

carboxylic acids. Here the project will explore metal mediated decarboxylation in important carbon-hydrogen and<br />

carbon-carbon bond coupling applications.<br />

The University of Newcastle<br />

DP110100041 A/Prof Erica J Wanless, Dr Grant B Webber, Dr Steve Edmondson<br />

Approved<br />

Project Title<br />

Next-generation polymer films for control of material interactions<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project will develop smart polymer films which incorporate a mechanism which rapidly switches the coating<br />

from being attracted to or repelled by adjacent material. These films will be made using a new water-based<br />

technology and assessed for potential application such as: (1) active agents for mineral processing, or (2) high<br />

performance lubricants.<br />

The University of Sydney<br />

DP110103300 Dr Timothy Schmidt, A/Prof Gavin J Conibeer<br />

Approved<br />

Project Title<br />

Photochemical upconversion for third generation photovoltaic devices<br />

2011 $130,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Most solar cells cannot utilise infrared light, as the photons in this spectral region are not energetic enough to<br />

promote electrons across the energy threshold. This project will harvest this low energy light, and by 'gluing' the<br />

photons together in a process known as upconversion, the project will improve the light harvesting efficiencies of<br />

solar cells.<br />

Page 70


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110105347 Dr Simon Grabowsky<br />

Approved<br />

Project Title<br />

Seeing chemical reactions: Electron pairing and energetics along pseudo-reaction<br />

pathways from high-resolution X-ray diffraction data<br />

2011 $121,796.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

APD Dr Simon Grabowsky<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project aims to see the electron pairs in chemical reactions by extending high-resolution X-ray diffraction<br />

experiments on molecules frozen along their reaction pathway. This knowledge will help chemists to control a<br />

desired chemical synthesis leading to new prospects in drug design or material science.<br />

University of Wollongong<br />

DP110102201 Dr Tracey M Clarke, Dr Pawel Wagner, Dr Attila J Mozer, Prof Keith C Gordon, A/Prof Shogo<br />

Mori<br />

Approved Porphyrin arrays - Light Harvesting in three dimensions<br />

Project Title<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

APD Dr Tracey M Clarke<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

The emulation of photosynthesis, the efficient and sustainable utilization of solar energy using renewable materials<br />

represents one of the great scientific challenges. This project will explore one aspect of this by determining the<br />

nature and scope of using assemblies of artificial chlorophylls for three dimensional light harvesting in titania solar<br />

cells.<br />

Page 71


0307<br />

RMIT University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

THEORETICAL AND COMPUTATIONAL CHEMISTRY<br />

DP110101604 Prof Irene Yarovsky, Dr David J Henry<br />

Approved<br />

Project Title<br />

Theoretical modelling study of thin film permeability<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

Loss of water from open storages through evaporation exceeds 40 per cent. This project will study the structure,<br />

stability and permeation properties of the protective ultra-thin layers. The knowledge will help design novel<br />

evaporation suppressants which will drastically reduce water losses and will be crucial for new membrane and drug<br />

delivery technologies.<br />

Swinburne University of Technology<br />

DP110101371 Prof Dr Feng Wang, Dr Gleb Gribakin, Prof Weitao Yang, Prof Clifford M Surko<br />

Approved<br />

Project Title<br />

Gamma-ray spectra from electron-positron annihilation in molecules<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

Positrons and molecular electrons interact in new ways as compared to the electrons themselves, thus providing<br />

novel chemical possibilities. <strong>Australian</strong> expertise and the best available elsewhere will be combined to produce<br />

important new scientific results in this area and provide major training opportunities for young researchers.<br />

Page 72


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101896 A/Prof Christopher T Chantler, Dr Stephen P Best, A/Prof Martinus C Feiters, Dr Yves Joly, Prof<br />

Dudley C Creagh, A/Prof Zwi Barnea, Dr Christopher G Ryan<br />

Approved Synchrotron X-ray absorption fine structure and fundamental X-ray interactions for<br />

Project Title nano-physics, chemistry and mineralogy<br />

2011 $180,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will develop new synchrotron techniques for measuring and interpreting X-ray data from materials<br />

targeting the nano-environment and bonding. The first wave of synchrotron nanotechnology is nascent. The<br />

project's X-ray methods develop techniques in applied mineralogy and catalysis. New insight will address key<br />

questions in chemistry, mining and biology.<br />

DP110103889 Dr Gabriel R da Silva<br />

Approved<br />

Project Title<br />

Transformation of organics in the unpolluted atmosphere<br />

2011 $122,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will develop the chemistry needed to model the removal of methane and other organic compounds<br />

from the unpolluted atmosphere. While the chemistry of urban environments is now understood, there are major<br />

shortcomings when describing remote environments, limiting our ability to model the lifetimes of key greenhouse<br />

gases and toxins.<br />

Page 73


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110101239 Dr Aijun Du, Prof Sean C Smith, Prof Stefano Sanvito<br />

Approved<br />

Project Title<br />

Exploring electronic functionality in low-dimensional carbon and boron-nitride<br />

nanomaterials via advanced theoretical modelling<br />

2011 $150,000.00<br />

2012 $145,000.00<br />

2013 $145,000.00<br />

2014 $130,000.00<br />

2015 $130,000.00<br />

QEII Dr Aijun Du<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will spawn innovative carbon/boron nitride materials for next-generation electronics devices by devising<br />

new strategies to manipulate and control electronic structure as well as charge/spin transport properties. Outcomes<br />

will include technological breakthroughs leading to truly smaller, faster and smarter electronics materials.<br />

DP110101580 Dr Seth C Olsen, Prof Todd J Martinez, Prof Steven G Boxer<br />

Approved<br />

Project Title<br />

How do biomolecules control excited-state dynamics?<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

2014 $110,000.00<br />

2015 $110,000.00<br />

ARF Dr Seth C Olsen<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will use a combined theoretical and experimental approach to find out why non-fluorescent dyes<br />

become fluorescent when they bind certain biomolecules. This project's science will help guide the development of<br />

smart, biomimetic energy technologies and increase our understanding of how light powers living things.<br />

Page 74


The University of Sydney<br />

DP110102336 Dr Amir Karton<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The role of hypohalous acids and related oxidants in the oxidative damage of biological<br />

systems: a computational investigation<br />

2011 $81,846.00<br />

2012 $81,846.00<br />

2013 $81,846.00<br />

APD Dr Amir Karton<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The aim of this project is to decipher the molecular mechanisms of key reactions involved in oxidative damage to<br />

biomolecules. The study will lead to a better understanding of oxidative stress in biological systems and its role in<br />

chronic inflammatory disease, heart disease, and cancer.<br />

DP110102932 Prof Jeffrey R Reimers<br />

Approved<br />

Project Title<br />

Chemical physics for nanotechnology and biotechnology<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Computational methods solving the motions of electrons and nuclei will be developed and applied to the science<br />

and technology of single-molecule devices. Applications include design of extremely dense memories,<br />

photosynthesis, design of a new type of solar cell, concepts in quantum computing, and high-quality protein<br />

structure determination.<br />

Page 75


0399<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER CHEMICAL SCIENCES<br />

DP110104006 A/Prof Philip C Andrews, Dr Steve Bull<br />

Approved<br />

Project Title<br />

Early main group organometallic complexes and their role in asymmetric synthesis<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will develop new highly reactive metal based molecular tools for the controlled synthesis of complex<br />

molecules which are normally difficult to access, and in so doing advances our synthetic armoury. The design of the<br />

reaction pathways and final molecules will have relevance for modern medicinal chemistry and drug discovery<br />

programs.<br />

The University of Melbourne<br />

DP110101090 Prof Franz Grieser, A/Prof Muthupandian Ashokkumar, Dr Kyuichi Yasui<br />

Approved<br />

Project Title<br />

Free radical generation and reactions in ultrasound assisted processes<br />

2011 $200,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

2014 $200,000.00<br />

2015 $100,000.00<br />

APF Prof Franz Grieser<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project is designed to give a full quantitative physical and chemical account of the free radicals generated from<br />

the passage of ultrasound through a liquid. The study will be end-focused to produce advanced materials of<br />

potential use as catalysts in fuel cells and other materials that may be used in diagnostic and therapeutic<br />

applications.<br />

Page 76


0401<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ATMOSPHERIC SCIENCES<br />

The University of Melbourne<br />

DP110101388 Prof Ian H Simmonds, Prof Dr Heini Wernli<br />

Approved<br />

Project Title<br />

Cyclones, storm tracks and precipitation over the globe, and their sensitivity to climate<br />

change<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project will explore in detail the intimate connection across the globe between storms, storm tracks and<br />

precipitation and the changes in these key aspects of weather and climate. Expected outcomes are an improved<br />

understanding of trends and outlooks for southern <strong>Australian</strong> and European weather and precipitation.<br />

Page 77


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110104955 Dr Ben I McNeil, Dr Katrin J Meissner, Dr Richard J Matear<br />

Approved<br />

Project Title<br />

Examining the vulnerability of ocean carbon biogeochemistry in a high CO2 world<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Rising CO2 levels in the atmosphere from human activity is changing the biogeochemistry of the ocean, with large<br />

potential consequences on future atmospheric CO2. This work will explore these changes and will result in a more<br />

complete understanding of how the ocean will either accelerate or delay the increase in atmospheric CO2.<br />

DP110102618 Prof Andrew J Pitman, Dr Gabriel Abramowitz, Dr Ray Leuning<br />

Approved<br />

Project Title<br />

Are proposed land-based sinks for greenhouse gases resilient to climate change and<br />

natural variability?<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

One strategy to reduce the scale of future climate change is to enhance the storage of carbon in vegetation and<br />

soils. Evidence suggests carbon stored in vegetation and soils is itself vulnerable to climate change, placing this<br />

stored carbon at risk; this project will assess this risk to advise on the reliability of using terrestrial systems as<br />

carbon sinks.<br />

DP110100601 Dr Alexander R Sen Gupta, Prof Matthew H England, Dr Andrea S Taschetto, Dr Caroline C<br />

Ummenhofer, Dr Ashok Karumuri, Dr Krishnan Raghavan, Dr Atul K Sahai<br />

Approved The changing relationship between the South Asian and <strong>Australian</strong> Monsoon in a<br />

Project Title warming world<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The success or failure of the <strong>Australian</strong> and South Asian Monsoons can mean the difference between prosperity<br />

and severe hardship in the affected regions. This project will help to understand the causes of the monsoon<br />

variability, both natural and human-induced, and what the future might have in store.<br />

Page 78


University of Wollongong<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103118 Prof David W Griffith, Prof Paul O Wennberg, Dr Sara E Mikaloff Fletcher<br />

Approved<br />

Project Title<br />

Atmospheric composition and climate change: a southern hemisphere perspective<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

2014 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project addresses the science of greenhouse gases and climate change through extensive high accuracy<br />

measurements of atmospheric composition, the calibration of a new generation of satellite sensors, and the<br />

assimilation of the measured data in models of the atmosphere to elucidate the sources and sinks of greenhouse<br />

gases.<br />

DP110101948 Dr Clare Murphy (nee Paton-Walsh), Prof David W Griffith, Dr Louisa Emmons, Dr David P<br />

Edwards, Prof John P Burrows<br />

Approved Tropospheric ozone and air quality in Australia<br />

Project Title<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

Ozone is an important greenhouse gas and an air pollutant that causes adverse health effects. This research will<br />

increase our understanding of changing ozone concentrations. In addition it will improve our ability to forecast<br />

episodes of poor air quality within Australia, thereby reducing the health impacts of atmospheric pollution events.<br />

Page 79


0402<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

GEOCHEMISTRY<br />

Macquarie University<br />

DP110103284 Dr Tracy A Rushmer, Prof Simon P Turner<br />

Approved<br />

Project Title<br />

Origin of silicic magmas in a primitive island arc: the first integrated experimental and<br />

short-lived isotope study of the Tongan-Kermadec system<br />

2011 $90,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

The Tongan arc forms a large portion of the <strong>Australian</strong> plate boundary and is one of the most chemically primitive<br />

systems known. Oddly, it produces volumes of more evolved, dangerous silicic magmas. The results of this project<br />

will establish the source of these magmas and rates of migration, which are fundamental for understanding volcanic<br />

hazards.<br />

Page 80


Southern Cross University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100519 Dr Edward D Burton, Prof Richard T Bush, Prof Mats E Astrom, Prof Stefan Peiffer<br />

Approved<br />

Project Title<br />

A new paradigm for the accumulation and persistence of metastable iron sulphides in<br />

sulphidic soils<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

2014 $80,000.00<br />

2015 $60,000.00<br />

ARF Dr Edward D Burton<br />

Administering Organisation<br />

Project Summary<br />

Southern Cross University<br />

Metastable iron sulphide minerals have a critical role in controlling surface- and ground-water quality. This project<br />

will transform our understanding of the environmental geochemistry of metastable iron sulphides in sulphidic soils.<br />

This will greatly enhance our ability to predict and manage water quality in a wide range of important aquatic<br />

systems.<br />

DP110103638 Prof Bradley D Eyre, Dr Isaac R Santos, Prof Ronnie N Glud<br />

Approved<br />

Project Title<br />

Unravelling the synergistic effect of ocean acidification and pore water advection on<br />

carbonate sediment dissolution: a global sink for CO2?<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

APD Dr Isaac R Santos<br />

Administering Organisation<br />

Project Summary<br />

Southern Cross University<br />

The purpose of this project is to investigate the role of ocean acidification and pore water advection on the release<br />

of calcium and alkalinity from carbonate sediments. The expected outcomes of this project is a better<br />

understanding of the role of carbonate sediments in buffering ocean acidification and the uptake of atmospheric<br />

carbon dioxide.<br />

Page 81


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110105419 Prof Andrew P Roberts, Prof Patrick De Deckker, Dr Marc D Norman, Dr Paul Hesse<br />

Approved<br />

Project Title<br />

<strong>Australian</strong> dust: its response to, and role in, climate change<br />

2011 $180,000.00<br />

2012 $180,000.00<br />

2013 $180,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Atmospheric dust plumes can affect global climate, but the impact of <strong>Australian</strong> dust on climate is poorly known<br />

even though it is a major dust source. This project will study the magnetism of dust deposits in marine sediments to<br />

understand how <strong>Australian</strong> dust influences climate in order to better predict the influence of humans on future<br />

climate.<br />

DP110101599 Dr Daniela Rubatto<br />

Approved<br />

Project Title<br />

Tracing fluids and rare elements in the crust by combining microscale oxygen isotope<br />

analysis with geochronology<br />

2011 $150,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

2014 $130,000.00<br />

2015 $80,000.00<br />

QEII Dr Daniela Rubatto<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Aqueous fluids are responsible for the transfer of elements, metals and heat in the Earth's crust. This research will<br />

trace the mobility of fluids and their interaction with minerals using microanalysis of oxygen isotopes and radioactive<br />

elements. Understanding fluids is fundamental to understanding metamorphism and the formation of ore deposits.<br />

The University of Melbourne<br />

DP110103668 Dr John W Moreau<br />

Approved<br />

Project Title<br />

Anaerobic methane oxidation in the deep sub-seafloor microbial biosphere<br />

2011 $50,000.00<br />

2012 $50,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Microbes that control the emission of the greenhouse gas methane from the seafloor to the Earth's atmosphere<br />

effectively slow global warming. This project aims to understand the microbial controls for this process to improve<br />

an understanding of this planet's natural carbon cycle, and yield valuable information for marine CO2<br />

geosequestration strategies.<br />

Page 82


0403<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

GEOLOGY<br />

Page 83


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Curtin University of Technology<br />

DP110104818 Dr Fred Jourdan, Dr Eric Tohver<br />

Approved<br />

Project Title<br />

Consequences of extraterrestrial impacts on the biosphere and geosphere<br />

2011 $60,000.00<br />

2012 $60,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This project will investigate whether high-velocity meteorite impacts can account for the Earth's mass extinctions<br />

and whether meteorite impacts and mass extinctions were synchronous. This work will help scientists understand<br />

the long-term climatic and biologic effects of massive injections of greenhouse gases into the atmosphere.<br />

DP110104799 Prof Zheng-Xiang Li, Dr Martin Danisik, Prof Yigang Xu<br />

Approved<br />

Project Title<br />

Multiple vertical tectonic movements in a continental interior: consequences of<br />

flat-subduction and foundering of an oceanic plateau?<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This project will investigate how the subduction of particularly thick oceanic crust impacts on the landscape, climate,<br />

structure and composition of the adjacent continent. It will help in understanding the history and distribution of<br />

mineral and hydrocarbon resources, of similar provinces in Australia.<br />

DP110103660 Prof Birger Rasmussen, Dr Ian R Fletcher, Prof Andrey Bekker<br />

Approved<br />

Project Title<br />

The early history of atmospheric oxygen<br />

2011 $160,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

2014 $135,000.00<br />

2015 $110,000.00<br />

APF Prof Birger Rasmussen<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

Atmospheric oxygen is essential for advanced life and its accumulation on the ancient Earth was accompanied by<br />

profound environmental, climatic and biological change. This project will clarify the complex interactions between<br />

the rise in atmospheric oxygen and changes in the Earth's surface environment, extreme climate change and<br />

biospheric evolution.<br />

Page 84


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101127 Dr Katherine M Trinajstic, Dr Catherine A Boisvert, Prof Per E Ahlberg, Dr Zerina M Johanson,<br />

Prof Moya M Smith<br />

Approved Fleshing out the fossil record: using organically preserved soft tissues and bone to<br />

Project Title explore the evolution of unique vertebrate characters.<br />

2011 $160,000.00<br />

2012 $160,000.00<br />

2013 $130,000.00<br />

2014 $130,000.00<br />

2015 $130,000.00<br />

QEII Dr Katherine M Trinajstic<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This study integrates developmental, molecular and morphological data in both fossil and living species to provide<br />

insights into the evolutionary mechanisms which formed the musculo/skeletal system. Uncovering these<br />

evolutionary pathways has the potential to describe mechanisms common to all vertebrate and informs us about<br />

our own evolution.<br />

Monash University<br />

DP110102543 Dr Roberto F Weinberg, Dr Pavlina Hasalova<br />

Approved<br />

Project Title<br />

Water-fluxed continental melting<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Melting of rocks happen during active continental tectonics, where rock deformation, water flow and melting feed<br />

into each other in a complex system. This project studies how water gets into and melt gets out of hot continental<br />

rocks to form magmatic bodies that control continent chemical evolution and origin of magmatic mineral deposits.<br />

The <strong>Australian</strong> National University<br />

DP110103134 Prof Hugh S O'Neill, Dr Joerg Hermann, Dr Carl Spandler<br />

Approved<br />

Project Title<br />

Deep time in the deep Earth: using trace element diffusivities to constrain durations of<br />

deep Earth processes<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Evaluation of deep Earth resources requires knowing how long geological processes took, some record of which is<br />

often preserved by gradients in the chemical compositions of minerals. Experiments at very high temperatures and<br />

pressures will determine how this evidence can be used to constrain the durations of a rich variety of geological<br />

processes.<br />

Page 85


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104686 Prof John D Foden, Dr Marlina A Elburg, A/Prof Galen P Halverson<br />

Approved<br />

Project Title<br />

Iron isotope variation in subduction magmas: Links to fluid flux and oxidation of the<br />

mantle wedge?<br />

2011 $70,000.00<br />

2012 $65,000.00<br />

2013 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

The plates of the outer tectonic shell of our Earth are in ceaseless motion; their collisions create huge earthquakes<br />

and their collapse into the Earth introduces surface water to these hot regions at >150km depth, creating melting<br />

and volcanic eruption. This project will use iron isotopes to map this surface water as it is introduced to the mantle.<br />

The University of Melbourne<br />

DP110104098 Prof Michael A Sandiford<br />

Approved<br />

Project Title<br />

Active tectonics of East Timor: geomorphic responses to an evolving slab rupture<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Through analysis of the landscape evolution of East Timor, this project will establish new insights into basic<br />

dynamic processes responsible for formation of mountain systems. By quantifying slip rates on active faults and<br />

erosion rates across its landscape, it will provide new constraints on natural hazards for East Timor, and the<br />

broader region.<br />

The University of Queensland<br />

DP110103024 Prof Hans B Muhlhaus, Dr Huilin Xing, Dr Guoxiong G Wang, Prof David A Yuen<br />

Approved<br />

Project Title<br />

Multiscale and multiphase modelling of deformable porous media<br />

2011 $140,000.00<br />

2012 $160,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The physics of our Nation's most pressing engineering problems involve simultaneous processes on multiple<br />

scales. Our research conducts massive computer simulations of processes involving fluid flow in rock on a broad<br />

range of scales. Simulations of this kind make future technologies such as CO2 sequestration more predictable and<br />

manageable.<br />

Page 86


University of Tasmania<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102196 Dr Rebecca J Carey<br />

Approved<br />

Project Title<br />

Submarine volcanoes: degassing of silicic magma with implications for ascent and<br />

eruption processes.<br />

2011 $105,000.00<br />

2012 $90,000.00<br />

2013 $85,000.00<br />

APD Dr Rebecca J Carey<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

This research project will advance the basic understanding of how magma ascends and erupts in submarine<br />

settings. This study will identify the relative roles and timing of volcanic gas release from silicic magmas, using<br />

cutting-edge techniques newly available at the <strong>Australian</strong> Synchrotron.<br />

Page 87


0404<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

GEOPHYSICS<br />

Macquarie University<br />

DP110104145 Dr Craig J O'Neill, Dr Juan C Afonso<br />

Approved<br />

Project Title<br />

The effective strength of oceanic plate bounding faults<br />

2011 $65,000.00<br />

2012 $65,000.00<br />

2013 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project will address the anomalously weak behaviour of the seismically active faults on the boundary of the<br />

<strong>Australian</strong> plate, in three key geodynamic areas. This will constrain the mechanisms which weaken such faults, and<br />

produce a model for their effective strength and evolution over geological timescales.<br />

Page 88


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102531 Dr Peter G Betts, Dr Laurent Ailleres, Dr Mark W Jessell, Dr Eric A de Kemp<br />

Approved<br />

Project Title<br />

Three dimensional geospatial model of the <strong>Australian</strong> continent from geologically<br />

constrained inverse modelling of the Earth's gravity and magnetic fields<br />

2011 $100,000.00<br />

2012 $70,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project enhances Australia's reputation in integration of geology and geophysics and will create a three<br />

dimensional model of the <strong>Australian</strong> crust that will image and define the geometry of the fundamental building<br />

blocks of the continent. The outcomes will create new concepts for resource exploration and hazard recognition.<br />

DP110101697 Dr Fabio A Capitanio, Prof Louis N Moresi, Prof Philip Allen<br />

Approved<br />

Project Title<br />

The link between the deep Earth and its dynamic surface<br />

2011 $80,000.00<br />

2012 $60,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Modelling the two-way interaction of plate tectonics with the actions of erosion and sedimentation gives a<br />

fundamentally new view of the dynamics of our planet and the importance of the surface on the deep interior. It will<br />

improve our understanding of the formation of sedimentary basins, their evolution and their preservation over<br />

geological time.<br />

DP110103387 Dr Wouter P Schellart, Prof Alexander R Cruden, Dr David R Stegman<br />

Approved<br />

Project Title<br />

Three-dimensional subduction models of overriding plate deformation and mantle flow<br />

using laboratory and numerical methods<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project investigates the interaction of the Earth's tectonic plates at subduction zones, places where one plate<br />

sinks below another plate into the Earth. This is important for understanding the evolution of the <strong>Australian</strong> plate<br />

that has active subduction zones to the north and east, and how its geological evolution is controlled by subduction.<br />

Page 89


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110101983 Prof Phil R Cummins<br />

Approved<br />

Project Title<br />

New observational constraints on 2004-2007 rupture of the Sumatra megathrust<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will develop innovative methods and generate new data for studying the rupture of giant subduction<br />

zone earthquakes and the generation of destructive tsunamis. This will lead to a better understanding of these<br />

phenomena that will enhance our ability to forecast, warn and map the hazards associated with them.<br />

DP110101830 Prof Ian Jackson, Prof Douglas R Schmitt<br />

Approved<br />

Project Title<br />

Frequency-dependent seismic properties of cracked and fluid-saturated crustal rocks: a<br />

systematic laboratory study<br />

2011 $50,000.00<br />

2012 $50,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Novel experimental techniques will be used to build a better laboratory-based understanding of the seismic<br />

properties of fluid-saturated crustal rocks. The outcome will be an improved capacity to monitor the presence of<br />

fluids in diverse situations ranging from geothermal power generation and waste disposal to earthquake fault zones.<br />

DP110102098 Prof Malcolm Sambridge, Prof Brian L Kennett<br />

Approved<br />

Project Title<br />

Taming the nonlinearity of geophysical inversions<br />

2011 $115,000.00<br />

2012 $120,000.00<br />

2013 $130,000.00<br />

2014 $33,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will develop new ways to extract information from complex geophysical data sets used to construct<br />

images of the Earth's interior. Applications will be important to indirect imaging problems in the physical and<br />

engineering sciences and particularly to the discovery of resources within the Earth upon which <strong>Australian</strong> society is<br />

dependent.<br />

Page 90


University of Tasmania<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103677 Dr Anya M Reading, A/Prof Keith D Koper<br />

Approved<br />

Project Title<br />

Southern Ocean storms and noise sources from <strong>Australian</strong> seismic array recordings<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

Storm severity in the Southern Ocean - is it increasing? This project will investigate storminess using decades of<br />

seismic records from <strong>Australian</strong> stations, adding unique data for remote ocean areas with no direct weather<br />

observations, with profound implications for the global climate system.<br />

Page 91


0405<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OCEANOGRAPHY<br />

Commonwealth Scientific and Industrial <strong>Research</strong> Organisation<br />

DP110105498 Dr Jean-Baptiste Sallee<br />

Approved<br />

Project Title<br />

Understanding the Southern Ocean overturning circulation and its sensitivity to climate<br />

variability<br />

2011 $122,076.00<br />

2012 $122,076.00<br />

2013 $122,076.00<br />

2014 $122,076.00<br />

2015 $122,076.00<br />

QEII Dr Jean-Baptiste Sallee<br />

Administering Organisation<br />

Project Summary<br />

Commonwealth Scientific and Industrial <strong>Research</strong> Organisation<br />

Our ability to understand and ultimately predict climate is critically dependent on understanding the Southern Ocean<br />

circulation and its sensitivity to atmospheric variability. The project will use a combination of observations and<br />

high-resolution numerical models to provide insights into the dynamics of the Southern Ocean overturning<br />

circulation.<br />

Griffith University<br />

DP110103155 A/Prof Kedong Yin, Prof Paul J Harrison, Prof Wei-Jun Cai<br />

Approved<br />

Project Title<br />

Effects of uptake of carbon and nutrients (nitrogen, phosphorous and silicon) on pH<br />

among phytoplankton species: implications for ocean acidification feedback mechanisms<br />

2011 $75,000.00<br />

2012 $50,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

Anthropogenic CO2 emission has caused a decrease in the ocean pH, which may affect coral reefs. The project will<br />

study two processes, as the feedback mechanisms, which can increase pH in seawater, uptake of additional CO2<br />

by algae directly and stimulated by the human input of nitrogen and phosphorus.<br />

The <strong>Australian</strong> National University<br />

DP110100108 Dr Michael J Ellwood, Dr Stephen M Eggins, Prof Philip W Boyd, Dr Christel S Hassler, Dr Sylvia<br />

G Sander<br />

Approved Iron sources and cycling in the Tasman Sea<br />

Project Title<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Determining factors that influence the health and vitality of coastal and open-ocean regions is crucial to maintaining<br />

marine biodiversity and the Earth's climatic balance. This research project will determine the role iron plays in<br />

influencing phytoplankton growth, which ultimately regulates the drawdown of carbon dioxide by the oceans.<br />

Page 92


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Technology, Sydney<br />

DP110103091 Dr Justin R Seymour, Dr Gene W Tyson, A/Prof Roman Stocker<br />

Approved<br />

Project Title<br />

Microscale insights into ocean-scale processes: microbial behaviour as a driver of ocean<br />

biogeochemistry<br />

2011 $140,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

Microscopic plankton regulate the ocean's chemical cycles, which ultimately support life on earth. However, the<br />

ecological interactions driving these processes are poorly understood. This project will use novel approaches to<br />

decipher the behaviours of marine microbes, providing a more complete perception of how ocean ecosystems<br />

operate and influence climate.<br />

Page 93


0406<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PHYSICAL GEOGRAPHY AND ENVIRONMENTAL GEOSCIENCE<br />

Page 94


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110103926 Prof Patrick De Deckker, Dr Stefan Schouten, Dr Sabine Schmidt<br />

Approved<br />

Project Title<br />

Pre-industrial sea-surface temperatures in the <strong>Australian</strong> region<br />

2011 $90,000.00<br />

2012 $70,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Humanity faces an enormous challenge as there is much debate on whether the world is warming up and when this<br />

started. This project will document sea-surface temperature records over the last millennium for the <strong>Australian</strong><br />

region and provide data of critical importance to global climatology and oceanography that precede the instrumental<br />

record.<br />

DP110103158 Dr Stephen M Eggins, Dr William R Howard, Asst Prof Baerbel Hoenisch, Prof Howard J Spero,<br />

Dr Gavin B Dunbar<br />

Approved Calcification and shell chemistry response of Southern Ocean planktic foraminifers to<br />

Project Title ocean acidification and changing climates<br />

2011 $60,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

2014 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Plankton that form tiny calcium carbonate shells will be cultured to determine how they will respond to acidification<br />

of the Southern Ocean caused by rising CO2 in the atmosphere. The same experiments will be used to gauge from<br />

their fossil shells how the Southern Ocean has caused and responded to changing atmosphere CO2 over the last<br />

glacial climate cycle<br />

DP110101161 Dr Michael K Gagan, Dr Nerilie J Abram, Prof Wahyoe S Hantoro, Dr Danny H Natawidjaja, Prof<br />

Chuan-Chou Shen, Prof Kerry Sieh, Prof Lawrence Edwards, Dr Hai Cheng, Dr Gavin A Schmidt<br />

Approved Climate and natural hazards in Australasia: a comprehensive impact analysis of<br />

Project Title prehistoric droughts, great earthquakes, and the Toba super-eruption<br />

2011 $180,000.00<br />

2012 $180,000.00<br />

2013 $200,000.00<br />

2014 $150,000.00<br />

2015 $125,000.00<br />

QEII Dr Nerilie J Abram<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Climate change, great earthquakes, and volcanic disasters pose untold risks for environmental, economic, and<br />

social harm in rapidly developing Australasia. This project's ground-breaking natural hazard risk analysis will<br />

showcase Australasia's research strengths and provide fundamental knowledge for visionary leadership in<br />

sustainable development.<br />

Page 95


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110102124 Prof Andrew Baker, Dr Stuart J Khan, Dr Alison Blyth<br />

Approved<br />

Project Title<br />

Source - receptor analysis of lignin and lipid macromolecules in karst to quantify<br />

stalagmite biomarker proxies of vegetation and temperature change<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Cave stalagmites are archives of past climate and environmental changes. This project seeks to develop two novel<br />

biomarkers, lignin and bacterial membrane lipids, from which we will generate new records of historic and<br />

prehistoric vegetation and temperature change.<br />

The University of Newcastle<br />

DP110102185 Dr Russell N Drysdale, Dr John C Hellstrom, A/Prof Jonathan D Woodhead, Dr Roland Maas, Dr<br />

Silvia Frisia, Dr Giovanni Zanchetta, Prof Anthony E Fallick, Dr Mathieu Daeron, Prof Gerrit<br />

Lohmann, Prof Maureen Raymo, Prof Maria F Sanchez Goni, Prof Christoph Spotl, Dr Eric W<br />

Wolff<br />

Approved When the ice melts: a new perspective on the causes of Quaternary glacial terminations<br />

Project Title<br />

2011 $220,000.00<br />

2012 $200,000.00<br />

2013 $200,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

The project will assemble an unprecedented palaeoclimate time series extending back to 1.2 million years ago that<br />

will allow marine and ice core records to be placed onto an absolute time scale. This will allow testing of<br />

fundamental hypotheses on why the Earth's climate shifts from glacial to interglacial states, with flow-on effects to<br />

climate models.<br />

DP110101216 Prof Garry R Willgoose, Prof Alexander B McBratney, A/Prof Gregory R Hancock, Dr Budiman<br />

Minasny, Mr Sagy Cohen<br />

Approved A next generation spatially distributed model for soil profile dynamics and paedogenesis<br />

Project Title incorporating soil geochemistry and organic matter<br />

2011 $125,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Soil is the interface between the land, atmosphere, and biosphere. We are unable to fully characterise it because it<br />

varies in space and data collection is difficult. This project will develop models of soil formation to understand the<br />

spatial distribution of soil and how this distribution links with its biogeochemical role in the environment.<br />

Page 96


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110103081 Prof Dr James P Shulmeister, Dr Timothy J Cohen, Dr Kevin W Kiernan, Dr Craig A Woodward,<br />

Dr Timothy T Barrows, Dr Justine Kemp, Dr Kathryn E Fitzsimmons, A/Prof Douglas H Clark<br />

Approved The last glaciation maximum climate conundrum and environmental responses of the<br />

Project Title <strong>Australian</strong> continent to altered climate states<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will show how climate systems in south east Australia responded to large scale global change the last<br />

time this happened, which was about 21,000 years ago. By determining the climate response in Australia to this<br />

change, this project will help predict future response in rainfall and temperature to human-induced and natural<br />

climate change.<br />

Page 97


0501<br />

James Cook University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ECOLOGICAL APPLICATIONS<br />

DP110104186 Dr Justin A Welbergen, Prof Stephen E Williams, Dr Luke P Shoo, Dr Jeremy J VanDerWal<br />

Approved<br />

Project Title<br />

Global climate change and the impacts of temperature extremes on terrestrial biodiversity<br />

2011 $140,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

Increasing severity of climate extremes is a disturbing implication of global climate change; yet little is known about<br />

the effects of such extremes on the natural world. This project aims to understand the vulnerability of biodiversity to<br />

current and future extremes, and to inform conservation efforts and minimise future impacts.<br />

The Flinders University of South Australia<br />

DP110101679 Dr Sophie C Leterme, Dr Amanda V Ellis, A/Prof Melissa H Brown, Dr Oscar E Romero, A/Prof<br />

Forest Rohwer<br />

Approved Primary producers; morphological flexibility under environmental constraints<br />

Project Title<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

Climate change impacts on phytoplankton that uptake nutrients for incorporation into food webs including marine<br />

mammals and fish. This project will study the morphological flexibility of diatoms to reveal principles underlying<br />

nutrient uptake under different climatic scenarios.<br />

Page 98


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102813 Dr Michael R Kearney<br />

Approved<br />

Project Title<br />

An integrated mechanistic model of species' responses to environmental change: from<br />

individual responses to range shifts and beyond<br />

2011 $132,137.00<br />

2012 $150,000.00<br />

2013 $139,870.00<br />

2014 $150,000.00<br />

2015 $140,000.00<br />

ARF Dr Michael R Kearney<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

To effectively adapt to future environmental change, reliable forecasts are needed of how human alterations to<br />

climate and habitat will affect species. This project integrates cutting-edge methods in nutritional, physiological and<br />

spatial ecology to develop new tools for predicting and understanding how species will respond to environmental<br />

change.<br />

DP110103159 Dr Andrew P Robinson, Prof Mark A Burgman, Prof Colin Thompson<br />

Approved<br />

Project Title<br />

New models for effective surveillance<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will deliver new methods for generating the information that underpins sound resource management<br />

decisions, focusing on statistical techniques to deploy surveillance resources. Results will be relevant to a wide<br />

range of applications including setting realistic targets for the effectiveness of biosecurity and quarantine systems.<br />

DP110103737 Dr Brendan A Wintle, Dr Atte Moilanen<br />

Approved<br />

Project Title<br />

From prediction to action: Responding to rapid ecosystem shifts under climate change<br />

2011 $125,654.00<br />

2012 $105,654.00<br />

2013 $105,654.00<br />

2014 $105,654.00<br />

2015 $105,654.00<br />

ARF Dr Brendan A Wintle<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Nobody knows exactly how climate change will affect the ecosystems on which we depend for our own existence,<br />

though negative impacts are widely predicted. This project integrates mathematical, economic and ecological<br />

approaches to learn about the most effective way to spend limited funds for sustaining ecosystems threatened by<br />

climate change.<br />

Page 99


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Technology, Sydney<br />

DP110105479 Prof Alfredo R Huete<br />

Approved<br />

Project Title<br />

Integrating remote sensing, landscape flux measurements, and phenology to understand<br />

the impacts of climate change on <strong>Australian</strong> landscapes<br />

2011 $80,000.00<br />

2012 $65,000.00<br />

2013 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

This project aims to combine satellite data with field tower measurements to more accurately map the water and<br />

carbon status of <strong>Australian</strong> landscapes. This will provide valuable information on land surface changes and improve<br />

model predictions of water balance, productivity, and health in response to climate change and land use impacts.<br />

University of Western Sydney<br />

DP110105102 Prof David S Ellsworth, Prof David T Tissue, Prof Dr Fernando Valladares<br />

Approved<br />

Project Title<br />

Woodland response to elevated CO2 in free air carbon dioxide enrichment: does<br />

phosphorus limit the sink for Carbon?<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

This project will determine if growth of <strong>Australian</strong> woodland trees is limited by phosphorus, and if that limitation<br />

means the woodland carbon sink is constrained from responding to rising atmospheric CO2. Assessing the CO2<br />

sink capacity of native eucalypt woodland is central to meeting Australia's domestic and international carbon<br />

accounting commitments.<br />

University of Wollongong<br />

DP110101714 Prof Sharon A Robinson, A/Prof Paul A Keller, Dr Arko Lucieer, Dr Dominic A Hodgson, A/Prof<br />

Wolfgang Wanek, Dr Quan Hua, Prof Howard Griffiths<br />

Approved Mapping Antarctic climate change in space and time using mosses as biological proxies<br />

Project Title<br />

2011 $250,000.00<br />

2012 $220,000.00<br />

2013 $220,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project will use polar mosses as sentinels for climate change to determine the extent to which change is<br />

already affecting Antarctica and enable development of more robust global climate models. Novel remote sensing<br />

methods will be developed to identify biodiversity most at risk from climate change thus maintaining Antarctic treaty<br />

obligations.<br />

Page 100


0502<br />

James Cook University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ENVIRONMENTAL SCIENCE AND MANAGEMENT<br />

DP110103069 Prof Christopher N Johnson, Dr Mike I Letnic, Dr Menna E Jones, Prof Hamish I McCallum<br />

Approved<br />

Project Title<br />

Keystone effects of Australia's top predators: dingoes, devils and biodiversity<br />

2011 $280,000.00<br />

2012 $240,000.00<br />

2013 $300,000.00<br />

2014 $270,000.00<br />

2015 $270,000.00<br />

APF Prof Christopher N Johnson<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

This project will study the interactions of Australia's two largest predators, the dingo and Tasmanian devil, with other<br />

species. The project will help develop an understanding of the value of these predators in maintaining ecosystem<br />

processes and diversity, and guide their management in the future.<br />

DP110105040 Prof Dr William F Laurance<br />

Approved<br />

Project Title<br />

Impacts of habitat disruption and global change on liana-tree interactions<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

This project will test whether tropical rainforests in Australia, the Amazon, and Borneo respond similarly to key<br />

environmental threats, habitat fragmentation and global-change phenomena. If forests in all three regions are<br />

affected similarly, then research in tropical Australia could help predict the fate of imperilled rainforests around the<br />

world.<br />

DP110102872 Mr Oscar Venter<br />

Approved<br />

Project Title<br />

Conservation of tropical forests for their carbon and biodiversity values<br />

2011 $140,000.00<br />

2012 $120,000.00<br />

2013 $93,000.00<br />

APD Mr Oscar Venter<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

International efforts to save tropical forests for the carbon they store could help mitigate climate change and<br />

biodiversity loss. This project will aid these efforts by developing methods to model future deforestation and<br />

extending decision theory for the new challenges presented by international carbon-payment schemes.<br />

Page 101


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101499 Dr Joslin L Moore, Dr Michael A McCarthy, Dr Rosemary J Elith, Ms Tracy M Rout<br />

Approved<br />

Project Title<br />

Using decision theory to design smart plant surveys<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Ms Tracy M Rout<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Threatened species may remain unprotected, or weeds detected too slowly if, because of imperfect detection, a<br />

species is believed to be absent when it is in fact present. This project will develop new theory and combine it with<br />

new estimates of detection rates to minimise the impact of imperfect detection on management decisions.<br />

The University of Queensland<br />

DP110102153 Mrs Carissa J Klein, Dr Benjamin S Halpern<br />

Approved<br />

Project Title<br />

Prioritising socially and economically viable land- and sea-based investments to protect<br />

coral reefs<br />

2011 $125,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

APD Mrs Carissa J Klein<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Coral reefs are the world's most diverse marine ecosystem and are vital to hundreds of millions of people. This<br />

project will enable us to choose the best investments for coral reef conservation whether they are on the land<br />

(forest protection) or sea (marine protected areas).<br />

Page 102


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110104787 Prof Raphael K Didham<br />

Approved<br />

Project Title<br />

Global change and food web structure: synergistic effects of multiple drivers of global<br />

change on species interaction networks<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project addresses the two great challenges facing scientists trying to predict the effects of global change on<br />

Australia's ecosystems: i) What factors most exacerbate the total impact of global change? ii) How do the complex<br />

responses of so many interacting species actually translate into altered structural properties of the web of life?<br />

DP110102789 Ms Catherine E Grueber, Dr Jonathan P Evans, Dr John L Fitzpatrick<br />

Approved<br />

Project Title<br />

Testing current methods for understanding and mitigating inbreeding depression in<br />

conservation<br />

2011 $50,000.00<br />

2012 $40,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

Although inbreeding can have serious implications for endangered species, possibly even hastening extinction, the<br />

methods currently used to measure inbreeding and reverse its effects have been largely untested. This project will<br />

explicitly test the utility of these methods to ensure inbreeding is managed effectively in conservation.<br />

University of South Australia<br />

DP110103174 A/Prof Enzo Lombi, A/Prof Albert L Juhasz, Dr Hao Zhang<br />

Approved<br />

Project Title<br />

Functional characterisation of contaminant-nanoparticle associations<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of South Australia<br />

Nanoparticles present in the environment modify the movement and toxicity of contaminants. This project targets<br />

key gaps that hinder the ability to predict the fate and behaviour of environmental contaminants; this will lead to the<br />

optimisation of legislative framework and the management/remediation of contaminated sites (for example, mine<br />

sites, landfills).<br />

Page 103


University of Tasmania<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102656 Dr Menna E Jones, Prof Hamish I McCallum, A/Prof Katherine Belov, Prof Claire M Wade,<br />

A/Prof Andrew Storfer<br />

Approved Investigating the genetic basis for heterogeneous susceptibility of Tasmanian devils to a<br />

Project Title novel infectious cancer<br />

2011 $150,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

This project will use genetics and modelling to reveal why Tasmanian devils in northwest Tasmania are not dying<br />

from facial tumour disease, a new, unusual infectious cancer threatening this iconic carnivore with extinction. This<br />

project will predict extinction risk, develop management options, and provide a new template for managing<br />

emerging wildlife diseases.<br />

Page 104


0503<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

SOIL SCIENCES<br />

The University of Adelaide<br />

DP110104367 Prof Martin J Kennedy, Prof David J Chittleborough, Prof Thomas Wagner, Prof Lawrence M<br />

Mayer<br />

Approved Carbon sequestration by mineral surface area as a feedback to climate warming in a<br />

Project Title greenhouse ocean<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

The project will investigate a previously unrecognised negative feedback to global warming resulting from<br />

sequestration of carbon to marine sediments by soil-formed clay minerals. By studying the past transitions to<br />

greenhouse periods, this project will assess the likely influence of this feedback in the present transition to a<br />

warmer climate.<br />

Page 105


0599<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER ENVIRONMENTAL SCIENCES<br />

The University of Queensland<br />

DP110103229 Dr Guoxiong G Wang, Prof Yong Qin<br />

Approved<br />

Project Title<br />

Modelling the dynamic and anisotropic permeability of coal under CO2 geo-sequestration<br />

conditions<br />

2011 $50,000.00<br />

2012 $50,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

CO2-sequestration enhanced coal gas recovery provides clean energy supply and greenhouse gas control. This<br />

project tackles the key issues in this field by developing novel models of gas flow in coal associated with the<br />

process. It underpins predictable, sustainable and economic recovery of coalbed methane and storage of carbon<br />

dioxide into coal.<br />

Page 106


0601<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

BIOCHEMISTRY AND CELL BIOLOGY<br />

DP110100389 Dr Alan L Munn, A/Prof Ming Q Wei, Prof Yury O Chernoff, A/Prof Mingjie Cai<br />

Approved<br />

Project Title<br />

A role for the actin cytoskeleton in suppression of prion pathology in yeast<br />

2011 $80,000.00<br />

2012 $75,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

The discovery that proteins as well as DNA carry genetic information is leading to a re-think of the mechanisms that<br />

program cell behaviour. There is a link between proteins that suppress cancer and protein inheritance. This project<br />

explores how heritable changes in proteins control cell behaviour and the implications of this for the origin of<br />

cancer.<br />

La Trobe University<br />

DP110103936 Dr David A Dougan, Dr Kaye N Truscott<br />

Approved<br />

Project Title<br />

Molecular mechanisms of regulatory proteolysis in Escherichia coli<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

2014 $85,000.00<br />

2015 $85,000.00<br />

ARF Dr David A Dougan<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

This project will examine how microorganisms, such as bacteria, remodel their internal proteins by selectively<br />

dismantling them in order to survive. Knowledge gained here could be used to manipulate these organisms for<br />

social and economic benefit by improving health outcomes and the production of resources.<br />

DP110100417 Dr Hamsa Puthalakath<br />

Approved<br />

Project Title<br />

Molecular mechanisms of cyclic Adenosine Monophosphate (AMP) induced apoptosis<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

Cyclic Adenosine Monophosphate (cAMP) is an important cellular chemical necessary for cell growth. However,<br />

de-regulated cAMP production in response to altered physiology can result in cellular death or apoptosis. This is<br />

attributed to the development of certain human diseases and this project aims to understand the molecular<br />

mechanism behind this process.<br />

Page 107


Macquarie University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101134 Prof Alberto P Avolio, Prof Robert M Graham, Prof Dan E Berkowitz<br />

Approved<br />

Project Title<br />

Arterial stiffness: mechanistic role of interaction of cellular processes and the<br />

extracellular matrix<br />

2011 $140,000.00<br />

2012 $100,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Arterial stiffness causes high blood pressure with age, so with more people living longer it is important to<br />

understand why arteries become stiff. This investigation uses genetically engineered mice to study how changes in<br />

nitric oxide in the cells of the artery wall can lead to changes in the wall material and so affect arterial stiffness.<br />

DP110104958 Prof Nicolle H Packer, A/Prof Mark P Molloy<br />

Approved<br />

Project Title<br />

Sugars in the real world: are cultured cancer cells a good model system for studying<br />

protein glycosylation?<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

It is challenging to study errors in metabolism in human beings, so researchers use cells grown in the laboratory to<br />

understand disease processes. This project will determine if cultured cells accurately reflect the real changes to cell<br />

surface sugars that occur in all cancers, and the effect of these changes on the invasive properties of colon cancer<br />

cells.<br />

DP110102680 Prof Ian T Paulsen, Dr Karl A Hassan<br />

Approved<br />

Project Title<br />

Commensal benefits: genomic basis for suppressing plant pathogens with Pseudomonas<br />

biocontrol species<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

APD Dr Karl A Hassan<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Food security is an issue of mounting significance due to unpredictable climate trends and increasing global<br />

population growth. A feature of paramount importance to reliable crop production is the capacity to control plant<br />

diseases. This project investigates natural plant colonising bacteria as a tool for protecting plants from disease.<br />

Page 108


Monash University<br />

DP110103049 Dr Natalie Borg<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Structural and functional studies of a Tripartite Motif-Containing Protein<br />

2011 $105,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will study a fundamental process that is crucial to the regulation of almost all cellular processes. The<br />

dysfunction of this process can lead to cancer, neurodegenerative and immunological disorders. The outcome will<br />

be an advancement in knowledgebase at the most fundamental level.<br />

DP110103721 A/Prof Ashley Buckle, Dr Daniel Christ, A/Prof Merrill Rowley<br />

Approved<br />

Project Title<br />

Structural basis of the neuroendocrine enzyme GAD65-mediated autoimmunity in Type 1<br />

Diabetes<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

More than 80 per cent of patients with Type 1 Diabetes develop antibodies against the neuroendocrine enzyme<br />

GAD65. This project will use state-of-the art techniques to study the interaction of GAD65 with antibodies in<br />

molecular detail. This will provide key insights into the molecular mechanisms of autoimmune disease.<br />

DP110101749 Prof David A Jans, Dr Gregory W Moseley, Dr Linfa Wang<br />

Approved<br />

Project Title<br />

New targets for antiviral therapies<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The ability of dangerous viruses to cause lethal disease depends on their capacity to evade the immune system of<br />

infected hosts. This project will uncover at the molecular level the strategies used by viruses to disable immune<br />

responses; this will identify new ways to treat incurable diseases, by disabling the virus' defences against the<br />

immune system.<br />

Page 109


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100347 Prof Trevor J Lithgow, Dr Abigail Clements<br />

Approved<br />

Project Title<br />

The biogenesis of bacterial outer membranes: how bacteria build their surface coating<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

APD Dr Abigail Clements<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will determine how bacteria build their outer membranes. The outer membrane protects 'probiotic<br />

bacteria' in the human intestine and enables 'pathogenic' bacteria to cause infectious diseases. The project<br />

presents outstanding training opportunities with the use of cutting edge technology and the development of skills<br />

not common in Australia.<br />

DP110103655 Prof Christina A Mitchell<br />

Approved<br />

Project Title<br />

Regulation of neurite outgrowth by an inhibitor of PI3K signalling.<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

PIPP is an enzyme which inhibits important cellular functions such as cell maturation. We have shown the amount<br />

of PIPP is increased in Alzheimer's disease brains. This project will characterise the mechanisms by which PIPP<br />

regulates brain cell function to identify how PIPP may be acting to exacerbate Alzheimer's disease<br />

development/progression.<br />

DP110102288 A/Prof Moira K O'Bryan, Dr Duangporn Jamsai, A/Prof Christopher J Ormandy, Prof Mary Ann<br />

Handel<br />

Approved A novel DNA damage repair protein as a regulator of DNA double strand break repair and<br />

Project Title genome integrity<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project aims to define the function of a novel DNA damage repair protein. These data will provide a better<br />

understanding of DNA repair biology and may reveal novel diagnostic and treatment options for many diseases<br />

associated with DNA repair defects, including cancer.<br />

Page 110


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103199 Prof Jamie Rossjohn, Prof James McCluskey<br />

Approved<br />

Project Title<br />

A structural and functional investigation into events within the immunological synapse<br />

2011 $215,000.00<br />

2012 $200,000.00<br />

2013 $200,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will provide fundamental insight into processes that control infection. Investigating processes central to<br />

immunity is important, as it will further the understanding of these critically-important events. Such knowledge will<br />

increase Australia's research standing, as well as having the potential to generate novel therapies<br />

DP110102056 A/Prof Matthew C Wilce, Dr Jacqueline A Wilce, Dr Myriam Gorospe<br />

Approved<br />

Project Title<br />

Specificity and architecture of protein-mRNA interactions regulating gene expression<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will study protein molecules that bind to messenger RNA in our cells. The project will characterise the<br />

proteins at the molecular level to study exactly how they recognise and bind to the RNA molecules. This will fill in a<br />

significant gap in the current understanding of the regulation gene expression.<br />

DP110102641 Prof Bryan R Williams<br />

Approved<br />

Project Title<br />

Structural and functional analysis of the protein kinase R<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

We have shown that protein kinase R (PKR) plays a key role in regulating the body's response to virus infections,<br />

inflammation and cancer. This project will identify mechanisms that regulate the activity of PKR and provide<br />

information useful for the development of novel drugs.<br />

Page 111


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Queensland University of Technology<br />

DP110103890 Prof Dietmar W Hutmacher, Em/Prof Donald L McElwain, Prof Pamela J Russell, Dr Jennifer A<br />

Flegg, Dr Daniela Loessner, Prof Judith A Clements, Adj/Prof Paul D Dalton, Prof Helen M Byrne<br />

Approved Development and validation of virtual epithelial cancer models using an integrated<br />

Project Title modelling and experimental three-dimensional approach<br />

2011 $125,000.00<br />

2012 $125,000.00<br />

2013 $125,000.00<br />

2014 $125,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

The mathematical and experimental modelling of the human prostate and ovary applying quantitative<br />

bioengineering concepts will lead to virtual cancer models. This project aims to validate these multi-scale models to<br />

delineate biological and pathological avenues in healthy and disease tissue and improve prevention and treatment<br />

of prostate and ovarian cancer.<br />

RMIT University<br />

DP110102396 A/Prof Jiming Ye, Prof David E James<br />

Approved<br />

Project Title<br />

The combined use of proteomics and small molecules for target identification and<br />

pathway analysis<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

This project intends to investigate how a series of new small molecules identified from our research to improve the<br />

metabolic effects of insulin. This project will integrate medicinal chemistry with proteomics and metabolic biology to<br />

identify the cellular targets and their mechanism of action.<br />

Swinburne University of Technology<br />

DP110100164 A/Prof Andrew Clayton, A/Prof Michelle L Gee<br />

Approved<br />

Project Title<br />

Imaging the action of antimicrobial peptides in living cells<br />

2011 $115,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

The purpose of this project to use a special magnifying glass to watch molecules invading and killing cells. The<br />

outcome will be to identify the mechanism of cell killing to help in the future design of better antibiotics.<br />

Page 112


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110104565 Prof Elmars R Krausz, A/Prof Ronald J Pace, Dr Simon A Petrie, Dr Alfred W Rutherford<br />

Approved<br />

Project Title<br />

Structural and mechanistic studies on manganese systems targeting catalytic water<br />

oxidation<br />

2011 $105,000.00<br />

2012 $100,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Hydrogen fuel production from electricity and water sources, such as seawater, is the goal for this research. The<br />

present project addresses a key hurdle to be overcome to make this feasible - efficient water oxidation. This project<br />

will 'steal nature's secrets' in this by deciphering and mimicking the efficient natural enzyme process.<br />

DP110102737 Prof Gottfried Otting<br />

Approved<br />

Project Title<br />

New methods for structure analysis of proteins and protein interactions<br />

2011 $180,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will advance nuclear magnetic resonance (NMR) technologies pioneered at the <strong>Australian</strong> National<br />

University which employ site-specific attachment of paramagnetic metal tags to proteins. A new and diverse set of<br />

strategies will dramatically extend the range of applications to targets of interest in the fight against cancer and<br />

bacterial infections.<br />

DP110103322 Dr John P Rathjen<br />

Approved<br />

Project Title<br />

Molecular characterisation of the Prf bacterial recognition complex of tomato<br />

2011 $145,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will investigate the composition and function of a large protein complex in tomatoes that controls their<br />

ability to resist attack by bacteria. The results will provide understanding to how all plants resist all diseases, and<br />

may help to improve environmentally-benign disease resistance in crop species.<br />

Page 113


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101101 Dr Grant Buchanan, Dr Eleanor F Need, Prof Wayne D Tilley, Prof Geoffrey L Greene, Prof<br />

Gerhard A Coetzee<br />

Approved Molecular dynamics of steroid receptor crosstalk<br />

Project Title<br />

2011 $120,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project uses state-of-the-art technology to show how steroids (for example, testosterone) affect many aspects<br />

of human life, and how these can be disrupted by chemicals and synthetic hormones. The results can be used to<br />

interpret disease, predict safety of new drugs, and to monitor risk to humans and wildlife of environmental<br />

chemicals.<br />

DP110100824 Dr Keith E Shearwin, Dr Ian B Dodd, A/Prof Laura Finzi, Prof Kim Sneppen<br />

Approved<br />

Project Title<br />

The rational design and construction of new genetic circuits for applications in synthetic<br />

biology<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

By designing, building and testing new gene control modules, this project will gain an understanding of the design<br />

principles required for the construction of biological circuits with predictable and controllable behaviour. The ability<br />

to build such circuits will have significant economic benefit in areas such as metabolic engineering and biomedicine.<br />

Page 114


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103161 A/Prof Paul R Gooley, Prof Michael W Parker, Dr David I Stapleton, Prof Kwan Hwa Park, Dr<br />

Robyn M Murphy<br />

Approved Explaining the differences in affinity and of carbohydrate binding of the glycogen-sensing<br />

Project Title enzyme, AMP-protein activated kinase (AMPK)<br />

2011 $150,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will provide fundamental molecular knowledge of how a complex enzyme, AMPK is controlled by the<br />

major sugar molecule, glycogen. Our research will increase our understanding of its role in metabolic diseases such<br />

as Type 2 diabetes and obesity.<br />

DP110103528 Dr Michael D Griffin<br />

Approved<br />

Project Title<br />

Understanding the role of methionine oxidation in amyloid formation<br />

2011 $135,000.00<br />

2012 $135,000.00<br />

2013 $135,000.00<br />

APD Dr Michael D Griffin<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Amyloid deposition is associated with many debilitating systemic and neurological diseases, including Alzheimer's<br />

disease. This project aims to understand the effect of protein oxidation on the process of amyloid fibril formation.<br />

This knowledge will assist in the discovery of the triggers of these disorders and may identify methods of combating<br />

them.<br />

DP110102078 Prof James McCluskey, Dr Stephanie Gras, A/Prof Scott R Burrows<br />

Approved<br />

Project Title<br />

Investigating the molecular basis of T-cell receptor cross-reactivity<br />

2011 $115,000.00<br />

2012 $105,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will explore the basis of unexpected immune reactions whereby the immune system mistakes one<br />

molecular structure for another, a phenomenon known as cross-reactivity. This project will examine how often this<br />

is due to molecular mimicry, potentially explaining why immune T cells sometimes react inappropriately to different<br />

agents.<br />

Page 115


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100410 Dr Edward J Newbigin, Prof Anthony Bacic<br />

Approved<br />

Project Title<br />

Cell wall synthesis and regulation in Nicotiana pollen tubes, a model tip-growing cell with<br />

a simple wall<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Cell walls of plants determine the quality of most plant-based products and represent the world's largest renewable<br />

carbon resource. This project will address current gaps in our knowledge of wall structure and function at the<br />

molecular, genetic and biochemical levels using the relatively simple walls of tobacco pollen tubes as a model.<br />

DP110101331 A/Prof Anthony W Purcell, Dr Nicholas A Williamson, Prof Baldomero M Olivera<br />

Approved<br />

Project Title<br />

Biosynthesis, folding and modification of conotoxins<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Disulfide-rich peptides represent a diverse family of bioactive molecules which have been developed as drugs for<br />

the treatment of severe pain. This project seeks to understand their biosynthesis and how their functional diversity<br />

is generated. Such information will assist the translation of more of these novel peptides into new drugs.<br />

DP110101727 A/Prof Geoffrey Shaw, Prof David K Gardner<br />

Approved<br />

Project Title<br />

Molecular control of embryonic diapause<br />

2011 $100,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Many species can halt growth of the early embryo (diapause). This project will use novel animal models and new<br />

proteomics techniques to clarify what signals from the uterus control diapause of the embryo. This may uncover<br />

new mechanisms for cell regulation that will be relevant to the biology of stem cells, cancer and reproductive<br />

technologies.<br />

Page 116


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103144 Dr Giel G van Dooren, Prof Geoffrey I McFadden<br />

Approved<br />

Project Title<br />

Biogenesis of the relict plastid of Apicomplexan parasites: the role of a dynamin-related<br />

protein in apicoplast division<br />

2011 $180,000.00<br />

2012 $170,000.00<br />

2013 $230,000.00<br />

2014 $200,000.00<br />

2015 $200,000.00<br />

QEII Dr Giel G van Dooren<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The Apicomplexa are a group of intracellular parasites that cause several important diseases. Most Apicomplexa<br />

contain an organelle called the apicoplast that is indispensable for their survival and that can only form through the<br />

division of pre-existing apicoplasts. This project will examine the molecular mechanisms of how this process<br />

occurs.<br />

DP110101383 Dr Jose Villadangos<br />

Approved<br />

Project Title<br />

Expression and substrate recognition by MARCH ubiquitin ligases<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Eukaryotic cells are compartmentalised, with different organelles playing distinct functions. This project will<br />

characterise the MARCHs, proteins which control the localisation and half-life of other proteins. Understanding how<br />

the MARCHs work will provide novel insights into fundamental cellular processes that play major roles in many<br />

biological functions.<br />

Page 117


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110104725 Prof Paul M Curmi, Dr Roger G Hiller, A/Prof Gregory Scholes<br />

Approved<br />

Project Title<br />

Evolution of the light harvesting system in cryptophyte algae: protein structure to<br />

quantum coherence<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The purpose of this project is to understand how algae have evolved highly efficient antenna protein systems to<br />

capture solar energy when light is scarce and how these systems use quantum physics. The outcome will be an<br />

atomic understanding of the antennae, how they are organised and how their design optimises energy capture<br />

which may lead to new technologies.<br />

DP110101387 Dr Daniela Stock, Dr Daniel Christ<br />

Approved<br />

Project Title<br />

Phage display derived antibody fragments for membrane protein research<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Membrane proteins are key components of all living organisms and represent more than 50 per cent of all drug<br />

targets. This project will redefine the way membrane proteins are studied and will be highly beneficial to basic<br />

research, human disease and the biotechnology industry.<br />

DP110102328 Prof Marc R Wilkins, A/Prof Mark P Molloy, Dr Gene O Hart-Smith<br />

Approved<br />

Project Title<br />

The role and regulation of protein methylation: a study using the recently developed<br />

methylation network of yeast<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

APD Dr Gene O Hart-Smith<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Tiny changes to proteins, such as methylation, can alter the way they interact with other proteins. This project will<br />

investigate the dynamics of protein methylation during the life of the yeast cell. The project results will be of long<br />

term relevance to situations where we may want to stop cells dividing, such as cancer or infectious disease.<br />

Page 118


The University of Newcastle<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100984 Prof Robert J Aitken, Dr Mark A Baker, Prof Kenneth W Beagley, Prof Adam McCluskey<br />

Approved<br />

Project Title<br />

Chemical principles underpinning a spermostatic-microbiostatic agent capable of<br />

preventing pregnancy and the spread of sexually transmitted disease<br />

2011 $245,000.00<br />

2012 $245,000.00<br />

2013 $245,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project explores the development of a method for simultaneously controlling fertility while preventing the<br />

spread of sexually transmitted diseases. A novel aspect of the approach, that will dramatically influence product<br />

development, is that the active principles will only be generated on contact with seminal plasma.<br />

Page 119


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110104455 Prof James J De Voss, A/Prof Ilme Schlichting<br />

Approved<br />

Project Title<br />

A new chemotherapeutic target from Leishmania SPP. Understanding and inhibiting<br />

CYP61LD, a sterol C22 desaturase<br />

2011 $110,000.00<br />

2012 $80,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Leishamniasis is a debilitating and often fatal disease that is caused by a parasite, Leishmania sp., which is<br />

increasing its range to include Australia. This project aims to explore possible chemotherapeutics for the disease<br />

which inhibit a particular and unique enzyme the organism uses to synthesise the sterols it requires to live.<br />

DP110100327 Prof Alan E Mark, Prof Siewert-Jan Marrink, Prof Willem (Wilfred) F van Gunsteren<br />

Approved<br />

Project Title<br />

Understanding sub-cellular systems at the atomic level.<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

By extending the range of biomolecular systems that can be modelled computationally at the atomic level the<br />

project will enable important biomedical processes such as how bacterial toxins penetrate cell membranes and how<br />

protein hormones transmit signals into cells to be understood in unprecedented detail.<br />

DP110103384 Prof Mark A Ragan, Prof Lars K Nielsen, Dr Melissa J Davis<br />

Approved<br />

Project Title<br />

Computational systems biology: understanding mammalian cell fates using<br />

genome-scale network models<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Mutations can disrupt the cellular networks that control normal development, causing cells to develop abnormally<br />

including in ways that lead to cancer. The project will analyse genome sequences from more than 700 pancreatic<br />

cancers and matched controls to precisely map the causative trail from mutations to disrupted networks to altered<br />

cell development.<br />

Page 120


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103920 Prof Jennifer L Stow, A/Prof Paige Lacy<br />

Approved<br />

Project Title<br />

SNARE-mediated perforin and cytokine release in natural killer cells<br />

2011 $105,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Cytotoxic cells release toxic granules and cytokine messengers to kill pathogen infected and cancerous cells and to<br />

mount immune responses. This project will investigate different SNARE molecules that regulate the secretion of<br />

perforin from granules and cytokines from other carriers, assisting in the understanding of complex but essential<br />

cellular pathways.<br />

Page 121


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103573 A/Prof Stuart J Cordwell<br />

Approved<br />

Project Title<br />

The role of N-linked protein glycosylation in Campylobacter jejuni<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

It is estimated that 300,000 Campylobacter jejuni (C. jejuni) infections occur in Australia annually, causing a vast<br />

economic loss. This project will assist in the understanding of the role of glycosylation and will significantly aid in<br />

determining how C. jejuni colonises humans and poultry and lead to the discovery of interventions to reduce the<br />

organism in poultry for human consumption.<br />

DP110102135 Dr Ghassan Maghzal, A/Prof Chris Chang<br />

Approved<br />

Project Title<br />

Novel mass spectrometry methods to assess cellular oxidative stress<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will provide fundamental understanding to the biology of cell stress that may lead to novel approaches<br />

for treating age-related diseases. It has the potential to have a significant economic and social impact nationally and<br />

internationally and provide <strong>Australian</strong> scientists with new technologies to study challenging issues in biology.<br />

DP110104332 A/Prof Jacqueline M Matthews, Dr Liza Cubeddu<br />

Approved<br />

Project Title<br />

Inhibiting protein-protein interactions involved in neural development and disease<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will determine the molecular mechanisms by which the protein LMO4 (a regulator of brain<br />

development) binds to DEAF1 (which also regulates neural development) and CtIP (which protects against tumour<br />

formation). This will allow a set of reagents to be developed to help determine the functions of LMO4, and may<br />

ultimately be used to treat disease.<br />

Page 122


DP110104113 Dr Helen Rizos<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Characterisation of p14ARF intracellular trafficking pathways<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Over 3500 new cases of melanoma are diagnosed in NSW each year, and one of the most important proteins<br />

involved in suppressing melanoma initiation or growth is p14ARF. This project will characterise the movement and<br />

functions of this protein with the aim of identifying novel targets for more effective drug therapies.<br />

Page 123


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Walter and Eliza Hall Institute of Medical <strong>Research</strong><br />

DP110105395 Dr Justin A Boddey<br />

Approved<br />

Project Title<br />

Understanding how Plasmepsin V directs export of malaria virulence proteins to the host<br />

cell<br />

2011 $122,076.00<br />

2012 $122,076.00<br />

2013 $122,076.00<br />

2014 $122,076.00<br />

2015 $122,076.00<br />

QEII Dr Justin A Boddey<br />

Administering Organisation<br />

Project Summary<br />

Walter and Eliza Hall Institute of Medical <strong>Research</strong><br />

This project aims to characterise how malaria parasites survive and manipulate infected host cells by exporting<br />

virulence proteins. This project may identify essential proteins that allow the malaria parasite to transform the host<br />

in order to survive, replicate and hide from the immune system and provide new data on protein export in<br />

liver-stages.<br />

DP110104369 Dr Matthew E Call<br />

Approved<br />

Project Title<br />

Intramembrane Mechanics of Immunoreceptor Signalling<br />

2011 $122,076.00<br />

2012 $122,076.00<br />

2013 $122,076.00<br />

2014 $122,076.00<br />

2015 $122,076.00<br />

QEII Dr Matthew E Call<br />

Administering Organisation<br />

Project Summary<br />

Walter and Eliza Hall Institute of Medical <strong>Research</strong><br />

The cells of the immune system constantly survey the body for markers of injury and infection through molecular<br />

sensors that are responsive to the presence of pathogens, tumours and damaged cells. The goal of this project is<br />

to understand how the mechanical action of these molecular sensors direct the transmission of information to the<br />

cell interior.<br />

Page 124


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100207 Dr Grant Dewson<br />

Approved<br />

Project Title<br />

Controlling apoptotic cell death in health and disease<br />

2011 $122,076.00<br />

2012 $122,076.00<br />

2013 $122,076.00<br />

2014 $122,076.00<br />

2015 $122,076.00<br />

QEII Dr Grant Dewson<br />

Administering Organisation<br />

Project Summary<br />

Walter and Eliza Hall Institute of Medical <strong>Research</strong><br />

Regulating how and when cells die is crucial for the development and maintenance of a healthy body and mind.<br />

This project will investigate the proteins that are responsible for controlling cell death with the view to identifying<br />

novel ways to target these proteins for the treatment of disorders such as cancer, neurodegenerative disease and<br />

autoimmunity.<br />

Page 125


0602<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ECOLOGY<br />

Deakin University<br />

DP110102065 Dr John P Arnould, Prof Mark A Hindell, Dr Jayson M Semmens<br />

Approved<br />

Project Title<br />

Using animal-borne cameras to quantify prey field, habitat characteristics and foraging<br />

success in a marine top predator<br />

2011 $70,000.00<br />

2012 $60,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

To understand the factors which influence population dynamics, knowledge of habitat use is required. This project<br />

will determine the key ecological characteristics of the <strong>Australian</strong> fur seal habitat, enabling fundamental issues of<br />

foraging ecology and wildlife management to be addressed for the first time in a marine mammal.<br />

James Cook University<br />

DP110101168 Dr Andrew H Baird, Dr Joana C Figueiredo<br />

Approved<br />

Project Title<br />

Climate change, larval dispersal and patterns of connectivity in coral metapopulations<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

Patterns of connectivity among coral populations are virtually unknown and these patterns are likely to change with<br />

changing climate. This project will test how temperature and pH will change patterns of coral dispersal in order to<br />

assist the design of an effective marine reserve network throughout the Great Barrier Reef.<br />

Monash University<br />

DP110104965 Dr Magdalena A Nystrand<br />

Approved<br />

Project Title<br />

The role of mothers in the evolution of immunity<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

APD Dr Magdalena A Nystrand<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will take a fresh approach to studying disease by addressing the role that mothers play in immune<br />

system evolution. This project will make a significant contribution to our nation's research capacity and international<br />

scientific reputation, by delivering cutting-edge scientific results that resolve outstanding questions in evolutionary<br />

biology.<br />

Page 126


The <strong>Australian</strong> Museum<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100695 Dr Jeffrey M Leis, Dr Ulrike E Siebeck, A/Prof Claire B Paris<br />

Approved<br />

Project Title<br />

Orientation in the pelagic environment: how do larval marine fish find their way home?<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> Museum<br />

This study will determine what senses tiny fish larvae use to orientate in the ocean and to influence where currents<br />

disperse them. Because larval dispersal determines the spatial extent of fish populations, this knowledge is<br />

important for management of marine fisheries and the design and operation of marine parks.<br />

The <strong>Australian</strong> National University<br />

DP110105380 Prof Marilyn C Ball, Prof Gary J Bryant, Dr Lawren Sack, Prof Noel M Holbrook<br />

Approved<br />

Project Title<br />

Coping with temperature extremes: morphological constraints on leaf function in a<br />

warmer, drier climate<br />

2011 $105,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will determine how hydraulic properties of temperate, evergreen leaves affect their capacity to cope<br />

with seasonal variation in temperature extremes. The results will enhance mechanistic understanding of<br />

temperature tolerance, and inform prediction of vegetation change in response to climate warming and increasing<br />

CO2 concentrations.<br />

The Flinders University of South Australia<br />

DP110103852 Prof Christopher M Bull, Dr David M Gordon<br />

Approved<br />

Project Title<br />

Parasite transmission through social networks in the pygmy bluetongue lizard<br />

2011 $175,000.00<br />

2012 $120,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

Australia's biodiversity is continually threatened by new epidemics of diseases and parasites, some local, others<br />

from overseas. This project will provide information on how they spread so that more effective management of<br />

these diseases can be developed to protect wildlife species, animal populations and, ultimately, <strong>Australian</strong><br />

ecosystems.<br />

Page 127


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100716 A/Prof Bronwyn M Gillanders<br />

Approved<br />

Project Title<br />

Changing perspective: using fish ear bones to counteract the shifting baseline syndrome<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Chemical tracers in fish ear bones from 5,500 years ago through to modern times will provide information on<br />

changes in fish ecology over centuries and identify why fish populations have declined. Outcomes will provide<br />

knowledge of how fish populations would react to altered fishing pressure and restoration of environments.<br />

The University of Melbourne<br />

DP110101776 Dr Michael R Kearney, Dr Craig R White<br />

Approved<br />

Project Title<br />

Testing metabolic theories in ecology<br />

2011 $150,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

There are striking similarities in the way plants and animals take up and use energy (metabolism), despite<br />

enormous variation in size and life-style. This project will make the first experimental comparison of the predictions<br />

of the two major theories for these broad patterns. The results will significantly progress this controversial and<br />

exciting field.<br />

DP110103120 A/Prof Raoul A Mulder, Dr Niels J Dingemanse, Prof Bart Kempenaers<br />

Approved<br />

Project Title<br />

Understanding individual differences in social behaviour: the role of personality<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will investigate how behavioural differences, between individuals, influence key ecological decisions in<br />

social animals. The results will shed light on fundamental biological processes, with implications for such diverse<br />

applied areas as wildlife management, animal welfare and husbandry, pharmacology, disease risk and job<br />

satisfaction.<br />

Page 128


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110104750 Dr Peter A Biro, Prof Judy A Stamps<br />

Approved<br />

Project Title<br />

Can consistent individual differences in metabolic rate explain animal personality?<br />

Implications for fish and aquaculture in a warming climate<br />

2011 $74,000.00<br />

2012 $71,000.00<br />

2013 $71,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will determine if consistent individual differences in metabolic rate affect behaviour, growth, and<br />

reproduction in fish. If so, then we need to prepare for the fact that a warming climate will lead to reductions in fish<br />

growth and reproduction, because rising temperature directly increases metabolism and therefore maintenance<br />

costs.<br />

DP110100210 Dr Stephen P Bonser, Dr Angela T Moles<br />

Approved<br />

Project Title<br />

On the importance of sex in plants: determining which biotic and environmental factors<br />

favour sexual versus clonal reproduction<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will use plants to provide novel tests of the idea that sex helps species escape from their parasites and<br />

pathogens, and that sexual species are faster to adapt to changed environmental conditions than are clonal<br />

species. The findings will help predict how plants will respond to future changes in climate and parasite pressure.<br />

DP110102564 Prof Joseph C Lai, Dr Theodore A Evans<br />

Approved<br />

Project Title<br />

Discovering how termites use vibrations to make foraging decisions<br />

2011 $95,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Termites are pests affecting one third of <strong>Australian</strong> homes. The annual cost of treatment and damage repair is over<br />

$20 billion worldwide. Yet, little is known about how termites make foraging decisions based on vibrations. This<br />

project will study the key features in vibration signals produced by termites to unlock the secrets of their foraging<br />

behaviour.<br />

Page 129


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110104601 Dr Sandie M Degnan<br />

Approved<br />

Project Title<br />

Larval dispersal and settlement mechanisms in the first genome-enabled <strong>Australian</strong><br />

marine animal, Amphimedon queenslandica (Porifera)<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

We know remarkably little about the lives of the enigmatic animals that live on our stunning coral reefs, except that<br />

many have a tiny larval stage that travels far beyond where the adults can go. This project explores how genomes<br />

and environment work together to ensure that larvae spread their species around to keep our reefs vibrant and<br />

diverse.<br />

DP110102976 Prof Craig E Franklin, Dr Rebecca L Cramp<br />

Approved<br />

Project Title<br />

Living in a changing climate: the impacts of temperature during aestivation on burrowing<br />

frogs<br />

2011 $130,000.00<br />

2012 $100,000.00<br />

2013 $99,500.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Although arid zones of Australia are characterised by extremes of temperature, little is known about the thermal<br />

ecology of frogs inhabiting these regions. This project will determine the effects of temperature on the physiology of<br />

an arid-adapted frog and determine whether likely increases in global temperatures will impact its survival.<br />

DP110103529 Dr Dustin J Marshall<br />

Approved<br />

Project Title<br />

Understanding the ecological effects of genetic diversity: causes, consequences and<br />

relative importance<br />

2011 $105,000.00<br />

2012 $109,000.00<br />

2013 $109,000.00<br />

2014 $109,000.00<br />

2015 $109,000.00<br />

ARF Dr Dustin J Marshall<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will examine the effect of genetic diversity on key demographic parameters (for example, population<br />

growth rates) for organisms from three groups, including a commercially important oyster. This project provides<br />

valuable information that can be used by managers of wild and cultivated populations to minimise impacts of human<br />

activities and maximise yields.<br />

Page 130


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102998 Dr Tanya M Latty<br />

Approved<br />

Project Title<br />

Tracking moving targets: dynamic foraging in ants and slime moulds<br />

2011 $72,716.00<br />

2012 $71,344.00<br />

2013 $61,535.00<br />

2014 $61,535.00<br />

APD Dr Tanya M Latty<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will investigate how two self-organised systems, ants and slime moulds, deal with dynamic problems.<br />

Understanding how both organisms adapt to changes in their foraging environment will increase our knowledge of<br />

how self-organised systems function in both biological contexts and in human designed systems.<br />

The University of Western Australia<br />

DP110104594 Prof Leigh W Simmons<br />

Approved<br />

Project Title<br />

The evolutionary biology of seminal fluid<br />

2011 $215,000.00<br />

2012 $215,000.00<br />

2013 $215,000.00<br />

2014 $215,000.00<br />

2015 $215,000.00<br />

APF Prof Leigh W Simmons<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project will identify proteins within seminal fluid that impact sperm performance and male fertility. The work will<br />

derive new insights into the evolution of seminal fluid proteins, while simultaneously exploring how environmental<br />

factors such as diet impact male fertility in animals and humans.<br />

Page 131


University of Tasmania<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101950 Prof David M Bowman, Dr Thomas T Veblen, Prof Cathy Whitlock<br />

Approved<br />

Project Title<br />

How has bushfire activity varied around the Southern Hemisphere over the last 10,000<br />

years?<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

2014 $110,000.00<br />

2015 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

We will determine the relative contribution of climate and human ignitions in driving bushfire activity around the<br />

Southern Hemisphere over the last 10,000 years. Such knowledge is crucial for ecologically sustainable fire<br />

management, resolving debates about past Aboriginal environmental impacts and understanding the risk posed by<br />

climate change.<br />

Page 132


0603<br />

Deakin University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

EVOLUTIONARY BIOLOGY<br />

DP110101421 Prof John A Endler<br />

Approved<br />

Project Title<br />

Testing evolutionary predictions about multiple unrelated traits under changed<br />

environmental conditions using visual ecology<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

An understanding of evolution is vital in managing the effects of environmental change. Senses determine success<br />

in survival/reproduction and environmental change affects what is sensed. This project will make and test explicit<br />

predictions about evolution under changed conditions using visual physiology, environmental parameters and<br />

evolution experiments.<br />

Macquarie University<br />

DP110102086 Mr Daniel S Falster, Prof Hanna Kokko, Dr S. J Wright<br />

Approved<br />

Project Title<br />

Putting adaptation into vegetation models: towards a predictive theory of trait diversity<br />

and stand structure<br />

2011 $120,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

APD Mr Daniel S Falster<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

By incorporating natural selection into models of vegetation, this project will help to predict what sorts of plants are<br />

found where and why. This will greatly improve the ability to predict the likely outcomes of human impacts (changing<br />

climates, increased disturbance, logging) for future vegetation and species diversity.<br />

DP110100767 Prof Mark Westoby<br />

Approved<br />

Project Title<br />

Dimensions of ecological strategy for plants<br />

2011 $205,000.00<br />

2012 $185,000.00<br />

2013 $225,000.00<br />

2014 $210,000.00<br />

2015 $210,000.00<br />

APF Prof Mark Westoby<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

A more fundamental understanding will be sought about the architecture and ecology of vegetation and why it<br />

varies around the world. Under a high- CO2 future, models will be needed that operate through fundamental<br />

mechanisms of evolution, competition and physiology, rather than through extrapolation from present-day plants.<br />

Page 133


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100665 Dr Carla M Sgro, Dr Belinda van Heerwaarden, Dr Darrell J Kemp<br />

Approved<br />

Project Title<br />

Frayed at the edges? Integrating evolutionary genetics into the study of species<br />

distributional limits<br />

2011 $107,000.00<br />

2012 $107,000.00<br />

2013 $107,000.00<br />

APD Dr Belinda van Heerwaarden<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Restricted species, like those in rainforests, represent the vast majority of biodiversity, but they face high risks of<br />

extinction due to climate change unless they can adapt. Using butterflies as a model, this project will examine<br />

whether rainforest restricted species are able to adapt to future climate change and provide insight into their<br />

extinction risk.<br />

The <strong>Australian</strong> National University<br />

DP110103168 Dr Marcel Cardillo, Dr Lindell D Bromham<br />

Approved<br />

Project Title<br />

Origins of a biodiversity hotspot flora: diversification of the <strong>Australian</strong> Proteaceae<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Why does Australia's only biodiversity hotspot, with nearly 3000 endemic plant species, occur in an area with poor<br />

soils and low rainfall? This project will analyse DNA sequences from over 1000 plant species of the <strong>Australian</strong><br />

Proteaceae, many found only in this hotspot, to help us understand the evolutionary and ecological origins of this<br />

iconic flora.<br />

DP110101966 Dr Naomi E Langmore, Dr Robert Heinsohn, Dr Rebecca M Kilner, Dr Robert C Lacy<br />

Approved<br />

Project Title<br />

Cuckoo - host coevolution: a model system for investigating the impact of climate change<br />

on interspecific interactions and biodiversity<br />

2011 $90,000.00<br />

2012 $95,000.00<br />

2013 $85,000.00<br />

2014 $85,000.00<br />

2015 $85,000.00<br />

ARF Dr Naomi E Langmore<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Climate change is causing alterations to the timing of breeding and migration in <strong>Australian</strong> birds, resulting in<br />

mismatches in timing between closely interacting species. This project will assess the impact of climate change on<br />

interactions between parasitic cuckoos, hosts and prey and formulate predictions about the long-term viability of<br />

these species.<br />

Page 134


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The Flinders University of South Australia<br />

DP110100726 Dr Gavin J Prideaux, Prof Dr Peter S Ungar, Dr Anthony J Olejniczak, Dr Linda K Ayliffe, Dr<br />

Alistair R Evans, Dr Natalie M Warburton<br />

Approved Evolution in tooth and claw: exploring the relationship between the radiation of marsupial<br />

Project Title herbivores and late Cenozoic climate change<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

Establishing how animals responded to past environmental changes is essential for understanding the ecology of<br />

modern species and managing them in light of contemporary climatic trends. By applying several novel analytical<br />

methods this project will unravel the links between the radiation of <strong>Australian</strong> marsupials and key stages in climatic<br />

evolution.<br />

Page 135


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105187 Dr Jeremy J Austin, Dr Jaime H Gongora, Prof Terry L Hunt, Dr David A Burney, Dr Greger J<br />

Larson, Prof Keith D Dobney, Prof Jeremy F Taylor<br />

Approved Reconstructing the human colonisation of the Pacific using modern and ancient chicken<br />

Project Title DNA<br />

2011 $125,000.00<br />

2012 $110,000.00<br />

2013 $108,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

We will reconstruct one of the last great human migrations, from Island Southeast Asia across the Pacific to Hawaii<br />

and Easter Island, using DNA from the domestic chicken, which was carried on the voyage. Ancient and modern<br />

DNA, and archaeological data will be used to reveal the source, route, timing, and whether contact was made with<br />

South America<br />

DP110105549 Prof Alan Cooper, Asst Prof Eric G DeChaine, Dr Grant D Zazula, Prof Dr Joseph A Cook, Asst<br />

Prof Charles C Davis<br />

Approved Comparative Paleogenomics of the Arctic Tundra Ecosystem: the genetic response of<br />

Project Title plants and animals to climate change<br />

2011 $75,000.00<br />

2012 $50,000.00<br />

2013 $57,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will use DNA from deep-frozen seeds and bones 100,000 years old to record how species respond to<br />

climate change - by adapting and surviving or by shifting ranges and moving. Very large numbers of genes will be<br />

examined to identify changes across the genomes of four plant and two animal species, and contrast the responses<br />

to major climatic shifts.<br />

DP110104927 Dr Brett A Goodman<br />

Approved<br />

Project Title<br />

The physiology of biome shifts and macroevolutionary change: how did <strong>Australian</strong> skinks<br />

colonise the arid zone so successfully?<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

2014 $75,000.00<br />

APD Dr Brett A Goodman<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will examine two of Australia's most diverse lizard lineages, Lerista and Ctenotus, and will identify the<br />

physiological and morphological traits that enabled them to adaptively radiate within the arid zone. It will highlight<br />

those traits likely to be adaptive for environments predicted to become widespread under climate change.<br />

Page 136


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110101048 Dr Stephen F Chenoweth<br />

Approved<br />

Project Title<br />

A genomic approach to understanding the maintenance of genetic variation under sexual<br />

selection<br />

2011 $115,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

2014 $115,000.00<br />

2015 $115,000.00<br />

ARF Dr Stephen F Chenoweth<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Using a model <strong>Australian</strong> species, this project will dissect the linkages between DNA sequence variation, gene<br />

expression, phenotypic traits and fitness in a natural population. Data will facilitate powerful tests of evolutionary<br />

processes thought to maintain genetic variation in complex traits.<br />

DP110101649 Dr Dustin J Marshall, Dr Keyne Monro, Prof Richard K Grosberg<br />

Approved<br />

Project Title<br />

Are good males bad females? Sexual conflict in hermaphrodites<br />

2011 $87,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Animal hermaphrodites (organisms that are both males and females) are extremely common and important from<br />

both an economic and ecological perspective but we know little about the evolution of this group. This project will<br />

examine how sexual conflict, so pervasive in organisms with separate sexes, affects the evolution of<br />

hermaphrodites.<br />

The University of Western Australia<br />

DP110103294 Prof Shaun P Collin, Prof Trevor D Lamb, Prof David M Hunt, Prof Ian C Potter, A/Prof Nathan S<br />

Hart<br />

Approved The evolution of light detection and its impacts on early vertebrate evolution<br />

Project Title<br />

2011 $135,000.00<br />

2012 $110,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The eye is a complex organ crucial for survival. Tracing the evolution of the eye will not only provide basic concepts<br />

of how building visual complexity is achieved in nature but also enhance the understanding of the selection<br />

pressures driving the radiation of early vertebrates.<br />

Page 137


University of Tasmania<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104926 Dr Gregory J Jordan, Dr Timothy J Brodribb, Prof Robert S Hill<br />

Approved<br />

Project Title<br />

Capturing Proteus: 65 million years of ecosystem change revealed through evolution of<br />

Proteaceae in Australasia<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

By assessing past changes in the iconic <strong>Australian</strong> plant family Proteaceae, this research will show how the<br />

Australasian vegetation has responded to 65 million years of profound landscape and climate changes. This<br />

knowledge from the past will give important insights into how ecosystems can be expected to change under future<br />

climate scenarios.<br />

University of Wollongong<br />

DP110104266 Prof Mats M Olsson, Dr Erik Wapstra<br />

Approved<br />

Project Title<br />

Lamarckian lizards: novel integration of telomere epigenetics, free radicals and innate<br />

antioxidants in condition-dependant sexual signal evolution.<br />

2011 $130,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

In 2009, the Nobel Prize in physiology was awarded Drs. Blackburn, Greider and Szostak for discoveries on<br />

telomeres. This project will investigate how telomeres not only cap chromosomes from destruction by free radicals,<br />

but also have a key role in life itself, in their influence on ageing, longevity, ornaments and lifetime reproductive<br />

success.<br />

Page 138


0604<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

GENETICS<br />

Griffith University<br />

DP110101364 Prof David M Lambert, Dr Craig A Smith, Dr Craig D Millar, Prof Dr Michael S Hofreiter<br />

Approved<br />

Project Title<br />

The molecular evolution of wings in flightless birds<br />

2011 $135,000.00<br />

2012 $135,000.00<br />

2013 $135,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

The flightless <strong>Australian</strong> emu and New Zealand kiwi have small wings, while the extinct moa had none at all. This<br />

project will identify the genetic changes that have lead to wing reduction and loss in flightless birds. The results will<br />

shed light on the genetic control of forelimb development and how it has evolved.<br />

Page 139


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100070 Dr John L Bowman<br />

Approved<br />

Project Title<br />

The genetic basis of leaf lamina establishment and growth<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This study will help reveal how the development of leaves is coordinated by tissue patterning genes and the plant<br />

growth hormone auxin. All plants grow in this way, and the findings, made using a model laboratory plant, will be<br />

applicable to crop species as well.<br />

DP110103346 Prof Kim Cornish, A/Prof Sylvia A Metcalfe, A/Prof Julian N Trollor, A/Prof Nellie<br />

Georgiou-Karistianis, Dr Wei Wen, Prof Robert Iansek, Dr Joanne Fielding, Prof John L<br />

Bradshaw, Prof Martin Delatycki, Dr Anna K Hackett<br />

Approved<br />

Project Title<br />

Are neurobehavioural and neuromotor impairments associated with FMR1 gene<br />

expansion?<br />

2011 $120,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The gene that causes Fragile X syndrome is found at the end of the X chromosome and is present in all humans. In<br />

many cases there is a small to medium change in this gene that may cause psychological and motor difficulties in<br />

later adulthood. The core aim of this project is to identify early age-related changes that would indicate later<br />

neurological decline.<br />

DP110101482 Prof Peter D Currie, Dr Georgina E Hollway<br />

Approved<br />

Project Title<br />

Genetic and molecular basis of appendicular muscle formation<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Fin and limb muscles are generated in the embryo by a series of cell movements and gene regulatory events that<br />

are distinct to those that regulate the formation of the rest of the muscles of the body. This project aims to use the<br />

genetic advantages of zebrafish to determine how genes regulate fin and consequently limb muscle formation.<br />

Page 140


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100622 Prof James C Whisstock, Dr Coral Warr, A/Prof Marc Freeman<br />

Approved<br />

Project Title<br />

Membrane attack complex/perforin-like proteins in developmental and neurobiology<br />

2011 $130,000.00<br />

2012 $140,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will aim to use the fruit fly as a model system to understand how members of the perforin-like<br />

superfamily, a family of proteins more usually associated with mammalian immunity, function in embryonic and<br />

neural development. These data will eventually provide central insight into human diseases such as cancer and<br />

autism spectrum disorder.<br />

Murdoch University<br />

DP110101480 Prof Neal J Enright, Prof Ran Nathan, Prof Byron B Lamont, Dr Siegfried L Krauss<br />

Approved<br />

Project Title<br />

Dispersal and persistence of large-seeded forest species under global environmental<br />

change<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Murdoch University<br />

This project investigates how decline of a key seed disperser, the emu, due to global environmental change<br />

(fragmentation, fire regime change, human population growth, climate change) affects the persistence and<br />

migration potential of endemic SW <strong>Australian</strong> forest plant species. Results will inform approaches to ecosystem<br />

management and conservation<br />

The <strong>Australian</strong> National University<br />

DP110100422 Prof Carola G Vinuesa<br />

Approved<br />

Project Title<br />

The role of Roquin in microRNA function and decay<br />

2011 $195,000.00<br />

2012 $170,000.00<br />

2013 $210,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The aim of this study is to understand how microRNAs (newly discovered genetic components that control cell<br />

growth and survival) function and are regulated. The expected discoveries will help understand how common<br />

cancers including breast cancer and autoimmune diseases emerge, and will help develop cutting edge genetic<br />

technologies.<br />

Page 141


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The Flinders University of South Australia<br />

DP110101207 A/Prof Luciano B Beheregaray, Prof Louis Bernatchez<br />

Approved<br />

Project Title<br />

The genomics of adaptation to environmental change in an ecologically important<br />

non-model aquatic organism<br />

2011 $105,000.00<br />

2012 $100,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

Understanding whether natural populations will be able to adapt to rapid environmental change is a major research<br />

priority in the twenty-first-century. This project will answer fundamental questions about adaptation and will<br />

contribute towards the sustainable management of both aquatic biodiversity and water resources in Australia.<br />

DP110101275 A/Prof Luciano B Beheregaray, Dr Luciana M Moller, A/Prof Jonathan M Waters<br />

Approved<br />

Project Title<br />

History, transport, or temperature: solving the riddle of Australia's temperate marine<br />

biodiversity<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

Maintaining a healthy and biologically diverse marine environment is essential for sustaining economic<br />

development. This project will integrate different research fields to answer fundamental questions about marine<br />

biodiversity. This will improve the capacity to identify priorities for conservation planning and sustainable use of<br />

Australia's marine assets.<br />

Page 142


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105038 Prof Alan Cooper, A/Prof John A Kaidonis, Prof Grant C Townsend, Dr Neville J Gully, Prof Peter<br />

M Bartold, Prof Keith D Dobney, Dr Thomas F Higham, Prof Michael Richards, Prof Dr Carles<br />

Lalueza-Fox<br />

Approved<br />

Project Title<br />

A powerful new genetic view of the recent evolutionary history of humans and their<br />

diseases<br />

2011 $140,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Bacteria on teeth cause dental disease, but have also recently been associated with broader health issues,<br />

including diabetes, stroke and heart issues. In this project ancient DNA will be used to reveal changes in these<br />

bacteria as humans moved from a hunter-gatherer to farming lifestyle, providing valuable background information<br />

for modern dental/medical practice.<br />

DP110101470 Dr Ian B Dodd, Dr Keith E Shearwin, Prof Kim Sneppen<br />

Approved<br />

Project Title<br />

Road rules for traffic on DNA - gene regulation by encounters between transcribing RNA<br />

polymerases and DNA-bound proteins<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project addresses a widespread but poorly understood phenomenon in gene regulation. The work will support<br />

<strong>Australian</strong> industries by supplying new tools for manipulation of gene expression for industrial and medical<br />

applications and will provide unique opportunities for <strong>Australian</strong> students in this emerging field.<br />

DP110105396 A/Prof Frank S Gruetzner, A/Prof Henrik Kaessmann<br />

Approved<br />

Project Title<br />

Evolution and function of sex chromosomes and genes in mammalian reproduction<br />

2011 $150,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

2014 $140,000.00<br />

2015 $140,000.00<br />

ARF A/Prof Frank S Gruetzner<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will ensure <strong>Australian</strong> leadership in research of reproductive biology and genomics in platypus and<br />

echidna. As our most distant relatives, these iconic species provide an understanding of human genes contributing<br />

to medical conditions involved in sexual development, infertility and ovarian cancer.<br />

Page 143


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100784 Dr Damien Hudson, Prof Andy Choo, Prof William C Earnshaw<br />

Approved<br />

Project Title<br />

Understanding how cells compact and segregate DNA in vertebrates<br />

2011 $80,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

How a cell compacts and divides its DNA is still a major unanswered question in biology. This project will determine<br />

the way in which a cell compacts its DNA nearly ten thousand fold to allow the faithful and accurate segregation to<br />

daughter nuclei.<br />

DP110100887 Dr Craig A Smith, Dr Stefan J White, Prof Andrew H Sinclair<br />

Approved<br />

Project Title<br />

Genetic regulation of testis development in the chicken embryo<br />

2011 $105,000.00<br />

2012 $100,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project aims to shed light on the genetic control of testis development during embryonic life, using the chicken<br />

embryo as a model. The results will have implications for sex ratio manipulation in poultry and for our understanding<br />

of sexual disorders in humans.<br />

Page 144


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110104542 Prof John W Ballard, Dr Jonci N Wolff, A/Prof Peter Sutovsky<br />

Approved<br />

Project Title<br />

Challenging current dogma on the inheritance of mitochondrial DNA<br />

2011 $130,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

APD Dr Jonci N Wolff<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Mutations in mitochondrial DNA are often used to infer genetic relationships and have been associated with the<br />

expression of human diseases. This project examines the exact mechanism of inheritance of mitochondrial genes<br />

to enhance biological interpretations and our understanding of the heritability of specific diseases.<br />

DP110103663 Dr Romain E Barres, Prof Juleen R Zierath, Prof Peter W Gunning<br />

Approved<br />

Project Title<br />

The role of transient DNA methylation on muscular adaptation<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Regulation of gene expression is fundamental to all living organisms. This project will utilise the preliminary<br />

evidence that DNA methylation, an imprint establishing the phenotype of a specific organ, rapidly drops after an<br />

exercise bout, contradicting the dogma that DNA methylation is a locked process.<br />

DP110103232 Prof Ricardo Cavicchioli<br />

Approved<br />

Project Title<br />

Understanding protein-nucleic-acid interaction networks in cold-adapted archaea<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The aim of this project is to learn how microorganisms can function effectively in naturally cold environments.<br />

Results will determine how important cellular processes occur when microorganisms grow in the cold, and hence<br />

why they are able to maintain a natural balance in ecosystems such as Antarctica.<br />

Page 145


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105089 Dr Marianne Frommer<br />

Approved<br />

Project Title<br />

Sex and the dominant male determiner in Australia's true fruit flies (Diptera: Tephritidae)<br />

2011 $112,000.00<br />

2012 $112,000.00<br />

2013 $112,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

A novel method to separate male and female embryos of the Queensland fruit fly will enable discovery of the<br />

molecular switch that causes embryos to change from the female to the male developmental pathway when they<br />

carry a Y chromosome. The results will lead to major improvements in the control of horticultural pest insects.<br />

Page 146


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110104606 Prof Mark W Blows<br />

Approved<br />

Project Title<br />

Mutational genetic variance and the fitness optimum<br />

2011 $100,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Mutation and selection are ubiquitous forces in nature, but we do not understand how genetic variation produced by<br />

mutation is maintained in the presence of selection that depletes it. The recent discovery of apparent stabilising<br />

selection on traits with high levels of genetic variation provides a new approach to understanding this paradox.<br />

DP110101272 Dr Benjamin M Hogan, Dr Mathias F Francois<br />

Approved<br />

Project Title<br />

A multi-model approach to characterise conserved regulators of lymphatic vascular<br />

development<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Lymphatic vessels are important in a number of diseases affecting Australia. There is a significant gap in our basic<br />

knowledge of how lymphatic vessels form. This study will characterise key genes that control lymphatic<br />

development, providing a base of knowledge contributing to the promotion and maintenance of good health in<br />

Australia.<br />

DP110105404 Dr Graham F Kay, Prof Nicholas K Hayward<br />

Approved<br />

Project Title<br />

Molecular characterization of the role of menin in embryonic development<br />

2011 $115,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Menin is a protein that is necessary to prevent development of tumours. Deletion of menin in mice causes<br />

embryonic death. We think this is because menin is necessary in the placenta. This project will examine the role of<br />

menin in the fetus and the placenta, and provide information about how normal pregnancy and fetal growth is<br />

controlled.<br />

Page 147


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105459 Prof Peter A Koopman, Dr Josephine Bowles<br />

Approved<br />

Project Title<br />

Molecular regulation of the mitosis-to-meiosis switch in germ cells<br />

2011 $210,000.00<br />

2012 $210,000.00<br />

2013 $210,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will build on our recent major discoveries to study how sperm and oocyte production begins during fetal<br />

life. This issue is critical for understanding fertility and infertility in animal species and humans. The answers<br />

generated will lay the groundwork for fertility control in humans, pets, pests and endangered animals.<br />

Page 148


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102731 A/Prof Katherine Belov, Dr Anthony T Papenfuss<br />

Approved<br />

Project Title<br />

Characterisation of tumour variants of Devil Facial Tumour Disease<br />

2011 $190,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will take a new approach to cancer research by studying the evolution of Devil Facial Tumour Disease.<br />

The results will directly contribute to the conservation management of the Tasmanian devil, as well as generating<br />

new information on tumour growth, metastasis and emergence of resistance.<br />

DP110100383 Dr Simon Y Ho<br />

Approved<br />

Project Title<br />

Estimating evolutionary time-scales using genomic sequence data: exploiting<br />

opportunities and meeting challenges<br />

2011 $132,928.00<br />

2012 $122,628.00<br />

2013 $122,628.00<br />

2014 $122,076.00<br />

2015 $122,076.00<br />

QEII Dr Simon Y Ho<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Genomic data are being produced at a phenomenal rate, enabling detailed investigations of various biological<br />

questions. This project will exploit the new opportunities for improving the estimation of evolutionary time-scales,<br />

and develop methods and software to address the new challenges that have surfaced.<br />

DP110104204 Prof Claire M Wade<br />

Approved<br />

Project Title<br />

Improving access to phylogenomic resources for under-resourced species: a new look at<br />

existing tools<br />

2011 $90,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will have an impact on our understanding of how to most effectively use existing genomic resources to<br />

benefit a wider range of species and to better design new genomic resources. By doing so, improved access to<br />

genomic resources will be provided to species that currently have few options.<br />

Page 149


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110102067 Prof Grant Morahan<br />

Approved<br />

Project Title<br />

Rapid mapping of genes for complex traits<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project will develop a new resource that will allow rapid identification of genes controlling complex traits. This<br />

world-leading resource will improve knowledge of diseases like diabetes and neurological diseases.<br />

University of Canberra<br />

DP110102262 Asst Prof Tariq Ezaz, Prof Stephen Sarre, Prof Arthur Georges, Prof Jennifer A Graves, Prof<br />

Yoichi Matsuda<br />

Approved Was an ancient bird-like sex chromosome system ancestral to reptiles and mammals?<br />

Project Title<br />

2011 $115,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Canberra<br />

Recent discoveries reveal amazing similarity in the sex chromosomes of distantly related animals. This project will<br />

use advanced DNA technology to explore diverse sex chromosomes in reptiles to discover whether this signifies<br />

ancient and unsuspected common ancestry, or the convergent redeployment of genes and chromosomes<br />

predisposed to determine sex.<br />

DP110104377 Prof Arthur Georges, Asst Prof Tariq Ezaz<br />

Approved<br />

Project Title<br />

Gene-environment interactions in reptile sex determination<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Canberra<br />

Sex in many reptiles-crocodiles, marine and freshwater turtles, lizards, tuatara-depends on temperature in the nest.<br />

This project will examine poorly understood interactions between genes and temperature in determining sex<br />

expanding knowledge of how reptiles with temperature dependent sex determination can evolve to accommodate<br />

environmental change.<br />

Page 150


University of Tasmania<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101621 A/Prof Rene E Vaillancourt, Prof Bradley M Potts<br />

Approved<br />

Project Title<br />

The genetics of adaptation: changing developmental trajectories in eucalypts<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

During their life cycles, many animals and plants undergo genetically programmed changes in form. Such changes<br />

may be dramatic and rapid as seen in insect metamorphoses or plant heteroblasty, and may have ecological,<br />

evolutionary and even economic consequences. The project aims to identify the genes controlling such transitions<br />

in Australia's eucalypts.<br />

Walter and Eliza Hall Institute of Medical <strong>Research</strong><br />

DP110101817 Dr Mark M Chong<br />

Approved<br />

Project Title<br />

The role of non-coding RNAs in T cell development<br />

2011 $122,076.00<br />

2012 $122,076.00<br />

2013 $122,076.00<br />

2014 $122,076.00<br />

2015 $122,076.00<br />

QEII Dr Mark M Chong<br />

Administering Organisation<br />

Project Summary<br />

Walter and Eliza Hall Institute of Medical <strong>Research</strong><br />

The goal of this project is to discover the genes responsible for the development of a healthy immune system. To<br />

achieve this goal, a battery of next generation genomics technologies are being applied for the discovery of new<br />

genes and to study their function.<br />

Page 151


0605<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MICROBIOLOGY<br />

DP110101058 Prof Michael P Jennings, Dr Benjamin L Schulz<br />

Approved<br />

Project Title<br />

The protein O-glycosylation pathway in Neisseria meningitidis<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

APD Dr Benjamin L Schulz<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

Neisseria meningitidis causes bacterial meningitis, a sudden and severe disease of particular concern to children in<br />

both the developed and developing worlds. This project will contribute to an understanding of how these bacteria<br />

evade the immune system by modifying the proteins displayed on their surface, which will help in the development<br />

of a vaccine.<br />

Macquarie University<br />

DP110102718 Prof Ian T Paulsen<br />

Approved<br />

Project Title<br />

Lifestyle choices: genomic analysis of niche adaptations in marine Synechococcus<br />

2011 $130,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Photosynthetic marine bacteria are very important in the global carbon cycle. This project aims to discover how<br />

these bacteria adapt to survive in different marine environments. This is important for understanding how they will<br />

be affected by climate change and other environmental alterations.<br />

Monash University<br />

DP110104165 Dr Maria Kaparakis-Liaskos<br />

Approved<br />

Project Title<br />

Designing effective Gram negative bacterial vaccines<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

There is a need for the development of novel vaccines for use in animals and humans. This project will to address<br />

this need by studying the functions of bacterial 'blebs' as potent inducers of the host immune system and by<br />

developing these nano-sized particles for use as safe and cost-effective vaccine candidates.<br />

Page 152


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101577 Dr Timothy P Stinear, Dr Kellie L Tuck, Dr Hui Hong, Prof Peter F Leadlay<br />

Approved<br />

Project Title<br />

A microbiological platform for the production of complex small molecules with important<br />

biological activities<br />

2011 $160,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Currently making complex chemicals such as medicines relies on harvesting rare natural resources or using<br />

complicated, energy intensive laboratory-based processes. This project will overcome these limitations by using a<br />

natural biological system to produce these chemicals, returning significant health and economic benefits to the<br />

nation.<br />

The University of New South Wales<br />

DP110104525 Dr Scott A Rice, Dr Diane McDougald<br />

Approved<br />

Project Title<br />

Defining how bacteriophage shape the biofilm lifecycle of bacteria<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Bacteriophages are viruses that infect bacteria and they represent a significant selective pressure that drives the<br />

evolution of bacteria. We will study the genetic mechanisms by which genes encoded by a bacteriophage can<br />

contribute to increased survival of bacteria in the environment.<br />

Page 153


The University of Newcastle<br />

DP110102476 Dr Ian Grainge<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DNA Replication fork processing and recovery in living Escherichia coli cells<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

DNA is the genetic blueprint for all life. When cells divide their DNA has to be copied completely, and exactly, to<br />

avoid mutations or death. When the process of copying breaks down, the DNA needs to be repaired and the<br />

process of copying restarted. This project will investigate living cells, to understand the mechanisms and pathways<br />

involved.<br />

DP110100190 A/Prof Peter J Lewis, Ms Xiao Yang, Prof Richard J Lewis, Dr Jon Marles-Wright<br />

Approved<br />

Project Title<br />

Structure function analysis of the NusA-RNA polymerase interaction<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

APD Ms Xiao Yang<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Genes must be turned on at the right time, at the correct level in the appropriate cell in all organisms. This project<br />

will determine the role of an essential component of the process in bacteria called NusA. The results will apply to<br />

bacteria as well as higher organisms, and also have the potential to identify a new antibiotic target.<br />

The University of Queensland<br />

DP110100881 Dr Ian M Mackay, A/Prof Theodorus P Sloots<br />

Approved<br />

Project Title<br />

Seeking causes of unexplained respiratory illness in children by identifying new<br />

respiratory viruses<br />

2011 $85,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Many respiratory illnesses including the common cold, ear infections, asthma attacks, the flu and pneumonia have<br />

no known cause even after all specimen testing is complete. This project will use 'virus hunting' experience to find<br />

and sequence as-yet-undiscovered viruses from such specimens so that they can be studied in more detail.<br />

Page 154


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100362 Dr Michael A Kertesz<br />

Approved<br />

Project Title<br />

Microbial sulphatises in the rhizosphere and their control by interactions with plants<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Plant-microbe interactions are critical in mobilizing soil sulphur for crop growth. This project will identify the<br />

microbes responsible for delivering sulphur to two major <strong>Australian</strong> crops, and will examine how the plants stimulate<br />

this activity in their root zone. The results have potential application for sustainable agriculture in Australia.<br />

Page 155


0606<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PHYSIOLOGY<br />

Macquarie University<br />

DP110102110 Prof Paul M Pilowsky<br />

Approved<br />

Project Title<br />

Neurons and neurotransmitters that control the apnoeic response to irritation of the<br />

larynx<br />

2011 $130,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Normal function of the larynx enables breathing, cough, singing, speech and many other normal functions. This<br />

project will reveal how nerves in the brain coordinate to achieve these many functions; in particular the way that<br />

breathing stops if fluid or smoke enters the larynx.<br />

The Flinders University of South Australia<br />

DP110105101 Dr Damien J Keating, A/Prof Xin F Zhou<br />

Approved<br />

Project Title<br />

Huntingtin-associated protein 1 controls cell communication.<br />

2011 $100,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

The purpose of this study is to identify the mechanisms by which a novel regulator of cell communication which we<br />

have identified is able to control the release of chemical signals from a cell. This project will provide critical insight<br />

into a cellular pathway that underlies hormone secretion, neurotransmission and higher brain functions.<br />

Page 156


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110102849 Dr Bradley S Launikonis, Em/Prof Dimitrie G Stephenson, Prof Mark B Cannell, A/Prof Christian<br />

Soeller<br />

Approved Muscle fibre excitability and calcium regulation in skeletal muscle of amphibians and<br />

Project Title mammals.<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The fundamental role of skeletal muscle is posture and movement. Essential for this is a specialised cell structure<br />

and a complex regulation of function. This project will define key aspects of muscle structure and functional<br />

regulation crucial to developing targets for improving function under stressed states such as fatigue, disease and<br />

age.<br />

DP110100642 Dr Peter Thorn, Prof Walter G Thomas<br />

Approved<br />

Project Title<br />

Single vesicle dynamics and the control of secretion<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project investigates secretion and tests a new model for secretory control. Its outcomes will further our<br />

knowledge in this important area and may be significant in the longer term for the treatment of secretory diseases.<br />

Page 157


0607<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PLANT BIOLOGY<br />

DP110104164 A/Prof Helen R Irving, Dr David T Manallack, Prof Christoph A Gehring<br />

Approved<br />

Project Title<br />

Molecular and cellular mechanisms of action of novel plant guanylyl cyclase enzymes - a<br />

new class of overlapping dual-domain molecules<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

A group of highly unusual catalytic molecules in plants has been identified. The mechanisms of action of these<br />

molecules will be studied in this project to learn their role in regulating plant growth in changing climates. The<br />

results will reveal how these molecules function and also provide new insights for the development of<br />

multi-functional artificial molecules.<br />

Page 158


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110105376 Prof Graham D Farquhar, Dr Michael L Roderick<br />

Approved<br />

Project Title<br />

Tree water use, bushfires, and the implications for urban and rural water supplies<br />

2011 $115,000.00<br />

2012 $115,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

After bushfires, regrowing trees in catchments may use water much faster than before the fire. This project will<br />

develop simple tests for whether this is the case for a particular area of forest, and why, and how such effects can<br />

be incorporated in planning for rural and urban water supplies.<br />

DP110102156 Prof Adrienne R Hardham<br />

Approved<br />

Project Title<br />

Transcriptome profiling of Phytophthora pathogenicity genes: regulation of cell wall<br />

degrading enzyme synthesis during plant infection<br />

2011 $125,000.00<br />

2012 $125,000.00<br />

2013 $125,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will catalogue the repertoire of enzymes produced by plant pathogens to break down plant cell walls<br />

during initial penetration and later establishment of disease. This project will determine how production of these<br />

enzymes is regulated and how their function is optimised to achieve successful plant infection.<br />

DP110103493 Dr Anthony A Millar, Dr Ming-Bo Wang<br />

Approved<br />

Project Title<br />

Plant microRNA systems: investigating slicing versus translational repression and the<br />

development of an anti-viral defence mechanism<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The ability to specifically switch off genes has revolutionised biotechnological approaches, from fighting diseases to<br />

developing superior crops, however the underlying mechanism is poorly understood, limiting its application in<br />

practice. Outcomes from this project will provide such knowledge, allowing its precise use in diverse applications.<br />

Page 159


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103805 Dr Iain R Searle, Prof David J Tremethick, Dr Christopher A Helliwell<br />

Approved<br />

Project Title<br />

Identifying components of a novel imprinting mechanism that regulates seed size in<br />

plants<br />

2011 $80,000.00<br />

2012 $65,000.00<br />

2013 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Australia is a major exporter of agricultural food crops thus producers must maintain their competitive advantage in<br />

order to compete on the world stage. This project will study a fundamental biological process of seed development<br />

as seeds are a major food staple and an important export product for <strong>Australian</strong> farmers.<br />

DP110102364 Dr Shunichi Takahashi<br />

Approved<br />

Project Title<br />

Understanding the mechanisms of thermal acclimation in the symbiotic algae<br />

(Symbiodinium) within cnidarian corals<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

2014 $120,000.00<br />

2015 $120,000.00<br />

ARF Dr Shunichi Takahashi<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Global warming is a major threat to coral reefs, contributing to devastating coral bleaching. This project will provide<br />

new insight into how coral reefs can respond to rising global temperature through clarifying the thermal acclimation<br />

mechanisms in corals using molecular techniques.<br />

DP110103836 Prof Susanne Von Caemmerer<br />

Approved<br />

Project Title<br />

Using Arabidopsis mutants to discover the role of guard cell chloroplasts in the stomatal<br />

response to light<br />

2011 $105,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will use novel molecular approaches to study how guard cells on the surface of leaves regulate plant<br />

water loss and CO2 uptake. This will provide new molecular tools for improving plant water use in agricultural<br />

species and aid process based modelling of CO2 and water exchange needed for predicting climate change.<br />

Page 160


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104269 Prof Susanne Von Caemmerer, Dr John R Evans, Dr Margaret M Barbour<br />

Approved<br />

Project Title<br />

Oxygen isotope discrimination during C4 photosynthesis.<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Plants with the C4 photosynthetic pathway, like sugarcane and pasture grasses, are vital to <strong>Australian</strong> agriculture<br />

and natural ecosystems. This project will use novel laser spectroscopy to measure oxygen isotope discrimination<br />

during photosynthesis and quantify the influence of C4 plants on isotopic signatures of atmospheric CO2.<br />

The University of Adelaide<br />

DP110100245 Dr Brent N Kaiser, Prof Sarah (Sally) E Smith, Prof Ton Bisseling<br />

Approved<br />

Project Title<br />

Why is the peribacteroid membrane transcription factor SAT1 required for legume<br />

nitrogen fixation and what is its role in other symbiotic systems?<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will investigate the functional activity of the plant membrane bound basic helix-loop-helix (bHLH)<br />

transcription factor SAT1 in both nitrogen fixing (Rhizobia) and phosphorus acquiring (Arbuscular Mycorrhizal)<br />

symbioses found in plants. The project will identify its regulation and downstream activities across both symbiosis<br />

using selected legumes and or cereals.<br />

Page 161


The University of Newcastle<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100770 A/Prof David W McCurdy<br />

Approved<br />

Project Title<br />

Wall ingrowth formation in plant transfer cells - discovering regulatory transcription<br />

factor cascades<br />

2011 $98,000.00<br />

2012 $98,000.00<br />

2013 $98,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project will discover how specialised plant 'transfer cells', designed for optimum transport of nutrients, develop<br />

complex wall ingrowths. Discovering the genes which regulate wall ingrowth deposition in these cells will generate<br />

opportunities to improve crop yield and therefore contribute to addressing global food security.<br />

DP110104931 A/Prof Yong Ling Ruan<br />

Approved<br />

Project Title<br />

Cell wall invertase regulates fruit and seed development through sugar signals, sugar<br />

transporters and plasmodesmal gating<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project seeks to understand the molecular and cellular events controlling carbohydrate allocation in fruit and<br />

seed by focusing the coupling between sugar metabolism and transport using tomato as a model. The information<br />

generated may provide technological opportunities to improve fruit and seed development hence, crop yield.<br />

Page 162


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110100808 A/Prof Christine A Beveridge, Dr Philip B Brewer, Dr Thomas Greb, A/Prof Catherine Bellini, Prof<br />

Jiri Friml<br />

Approved New plant development discoveries stem from strigolactone research<br />

Project Title<br />

2011 $125,000.00<br />

2012 $125,000.00<br />

2013 $125,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project involves a new plant hormone, strigolactone, and the way it controls wood and root formation in<br />

above-ground parts of plants. It will identify new plant genes involved in these processes and provide greater<br />

understanding of how plant hormones interact to control these important traits.<br />

DP110100997 A/Prof Christine A Beveridge, Dr Shinjiro Yamaguchi, Prof Dr Koichi Yoneyama, A/Prof Junko<br />

Kyozuka, Dr Catherine Rameau<br />

Approved The new plant hormone controlling shoot branching<br />

Project Title<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

2014 $150,000.00<br />

2015 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will create genetic tools and knowledge on the control of a new plant growth hormone that affects a<br />

diverse number of plant properties. These important traits include shoot number, water and nutrient uptake, wood<br />

production, the ability to generate roots and the ability to stimulate particular potentially devastating parasitic weeds.<br />

DP110100851 Dr Elizabeth A Dun, Dr Catherine Rameau<br />

Approved<br />

Project Title<br />

Crosstalk between branching and flowering regulatory pathways in shoot development<br />

2011 $102,000.00<br />

2012 $102,000.00<br />

2013 $102,000.00<br />

APD Dr Elizabeth A Dun<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will explore how a newly discovered plant hormone communicates with other plant and environmental<br />

signals to regulate shoot branching. Understanding this process is an important step towards enhancing the yield,<br />

productivity and sustainability of commercially important plant species.<br />

Page 163


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101699 A/Prof Benjamin D Hankamer, Prof Dr Clemens H Posten, Dr Olaf Kruse<br />

Approved<br />

Project Title<br />

Advanced solar powered hydrogen production systems based on green algal cells<br />

2011 $125,000.00<br />

2012 $125,000.00<br />

2013 $125,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project aims to enhance the efficiency of solar powered hydrogen production from water and will facilitate the<br />

co-production of H2 and oil through microalgal biofuel systems. This frontier science project will therefore deliver a<br />

process with high solar conversion efficiency and will deliver multiple product streams increasing profitability.<br />

DP110104354 A/Prof Peer M Schenk, Prof David M Cahill, Dr John M Manners, Dr Kemal Kazan<br />

Approved<br />

Project Title<br />

Mediator: a new concept for controlled gene expression in plant biotechnology<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The Mediator protein complex is a new control point for the activation of all genes in higher organisms and the<br />

purpose of this project is to understand how three Mediator subunits regulate disease resistance in plants. The<br />

outcomes provide a new concept to direct natural gene expression towards robust crop plants able to cope with<br />

climatic variations.<br />

DP110100964 Mrs Sridevi Sureshkumar<br />

Approved<br />

Project Title<br />

Functional analysis of alternative splicing in plants<br />

2011 $102,000.00<br />

2012 $102,000.00<br />

2013 $102,000.00<br />

APD Mrs Sridevi Sureshkumar<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Higher temperatures affect flowering and seed set in plants. How plants sense and respond to temperature is<br />

currently unclear. Here we study alternative splicing, one of the processes affected by temperature. These studies<br />

will advance our knowledge and help develop crops that can withstand negative effects of climate change.<br />

Page 164


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110101120 Prof Johannes T Lambers, A/Prof Patrick M Finnegan, Prof Hans J Bohnert, Prof John M<br />

Cheeseman, A/Prof Austin R Mast<br />

Approved Is the extreme phosphate sensitivity found among <strong>Australian</strong> plants a consequence of<br />

Project Title their adaptation to a severely phosphate-limited environment?<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The phosphorus (P)-impoverished soils of south-western Australia have allowed the evolution of many plants that<br />

are amazingly efficient at retrieving P from dying tissues. This project will contribute to the understanding of the<br />

mechanism determining P efficiency and will contribute significantly to the development of crops that are less reliant<br />

on non-renewable P fertilisers.<br />

DP110104865 Dr Elke Stroeher<br />

Approved<br />

Project Title<br />

Glutaredoxins (GRXs) as agents of redox homeostasis in mitochondria and<br />

respiratory-associated cell functions in plants<br />

2011 $81,846.00<br />

2012 $81,846.00<br />

2013 $81,846.00<br />

APD Dr Elke Stroeher<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project will test the importance of GRXs for the reduction/oxidation mediated network in plant mitochondria and<br />

moreover, uncover details of their dynamic features. This knowledge builds the basis for manipulation of<br />

mitochondrial GRXs in order to enhance the capability of the plant to cope with naturally occurring stresses.<br />

DP110102868 Dr Olivier Van Aken, A/Prof Frank Van Breusegem<br />

Approved<br />

Project Title<br />

A novel DNA motif involved in plant mitochondrial stress responses<br />

2011 $61,385.00<br />

2012 $63,885.00<br />

2013 $61,385.00<br />

2014 $70,000.00<br />

APD Dr Olivier Van Aken<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The future of Australia's agriculture is threatened by limited water resources, temperature extremes and soil salinity.<br />

This project aims to unravel how plants are able to adapt to this continuously changing environment, by focusing on<br />

the role of mitochondria - cellular compartments essential for energy metabolism and plant stress responses.<br />

Page 165


University of Tasmania<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102085 Prof James B Reid, A/Prof John J Ross<br />

Approved<br />

Project Title<br />

Hormonal regulation of plant growth<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

Plant architecture is a key characteristic in determining crop success. This project will determine how plant<br />

architecture is regulated by plant hormones and their interactions, to ensure optimal adaptation of crops to<br />

environmental and agronomic changes.<br />

University of Technology, Sydney<br />

DP110105200 Prof Peter J Ralph, Prof David M Kramer<br />

Approved<br />

Project Title<br />

Peridinin-chlorophyll-protein complex: unravelling the unique photosynthetic apparatus<br />

of dinoflagellates in response to climatic variation<br />

2011 $80,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

Dinoflagellates sustain the food chain. They live in coral and in ice, and also create toxic algal blooms. This project<br />

will dissect the unique photosynthetic machinery of these organisms to learn how they adapt and thrive in extreme<br />

environments. This new knowledge will predict how dinoflagellate-based ecosystems will respond to future climate<br />

change.<br />

Page 166


0608<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ZOOLOGY<br />

Macquarie University<br />

DP110100608 Prof Ken Cheng, Prof Rudiger Wehner<br />

Approved<br />

Project Title<br />

Evolution of intelligence in small brains: how to navigate the messy natural outdoors<br />

smartly<br />

2011 $100,000.00<br />

2012 $150,000.00<br />

2013 $130,000.00<br />

2014 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project unravels how small-brained desert ants navigate expertly using simple and coarse-grade visual cues,<br />

focusing on 1) how they use skylines, where the tops of terrestrial objects meet the sky, and 2) how they search<br />

efficiently for goals. The outcomes will be invaluable for designing robots that can navigate in the messy natural<br />

outdoors.<br />

The University of Melbourne<br />

DP110102081 Prof David K Gardner<br />

Approved<br />

Project Title<br />

Battle of the sexes: can surroundings differentially affect male and female mammalian<br />

preimplantation embryos<br />

2011 $80,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Equality between the sexes is an issue even at conception. The environment surrounding the embryo can bias the<br />

development of one sex over another. This project will assist in the understanding of how male and female embryos<br />

differ and will improve assisted reproductive technologies for domestic animal breeding programs, endangered<br />

animal conservation and human infertility treatment.<br />

Page 167


The University of Newcastle<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103951 Prof Robert J Aitken, Prof Bruce V King<br />

Approved<br />

Project Title<br />

Impact of the male germ line on the mutational load carried by mammalian embryos<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project examines whether a man's age or exposure to lifestyle factors (alcohol, cigarette smoke and mobile<br />

phone radiation) can have a major effect on the health of his children. The project is particularly relevant to the<br />

safety of assisted conception procedures used to treat the 1 in 20 <strong>Australian</strong> men suffering from infertility.<br />

DP110100418 Prof Keith T Jones, Prof Sergio Moreno, Prof Eileen A McLaughlin<br />

Approved<br />

Project Title<br />

Gamete-specific knockout of Fizzy-Related to examine its meiotic role in oocytes and<br />

sperm<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

2014 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Fizzy-Related is a gene that appears to be essential in making an ovulated egg, and it may also have an important<br />

role to play in making sperm. A mouse knockout will be generated to examine exactly how it functions; because it<br />

affects the egg number remaining in the ovary and egg quality Fizzy-Related may be eventually an important<br />

therapeutic target.<br />

Page 168


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110102112 Dr Sassan Asgari, Prof Alexander A Khromykh<br />

Approved<br />

Project Title<br />

Regulatory cellular microRNAs and their role in insect anti-viral responses<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will use cutting edge approaches to reveal fundamental roles of small ribonucleic acid molecules<br />

(microRNAs) in insect anti-viral responses and immunity. By manipulating anti-viral immune responses, the project<br />

will assist in the design of novel approaches to pest control and abolish/limit transmission of vector-borne viruses<br />

such as Dengue virus.<br />

DP110103612 Dr Ethan K Scott, Prof Thomas Knopfel<br />

Approved<br />

Project Title<br />

Cerebellar control of motor coordination and learning<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The cerebellum is the part of the brain responsible for smooth body movements, but many details of how it works<br />

are still unclear. This project is aimed at learning how the cerebellum communicates with the rest of the brain, and<br />

what parts of this communication are necessary for coordinated movement.<br />

The University of Western Australia<br />

DP110101163 Dr Kathryn B McNamara, Prof Nina Wedell<br />

Approved<br />

Project Title<br />

Ecological immunity in the Lepidoptera: unravelling the relationship between immune<br />

function, sperm quality, and reproductive success<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $95,000.00<br />

APD Dr Kathryn B McNamara<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The effect of juvenile immune challenge and an individual's population ecology on subsequent adult immune<br />

function, physiology and reproductive success is poorly understood, despite its ability to explain fundamental<br />

processes in sexual selection. This project will unravel the relationship between immune function, sperm quality,<br />

and reproductive success.<br />

Page 169


0699<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER BIOLOGICAL SCIENCES<br />

The University of Sydney<br />

DP110105298 Prof Maria Byrne, Dr Symon A Dworjanyn<br />

Approved<br />

Project Title<br />

Impact of climate change stressors on calcifying and non-calcifying marine life stages:<br />

predicting tipping points for persistence in a changing ocean.<br />

2011 $127,000.00<br />

2012 $127,000.00<br />

2013 $124,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Australia generates considerable prosperity from its oceans with marine invertebrate resources playing a key role.<br />

These resources are at risk due to climate change. This project will study early life stages of key marine species to<br />

determine sensitivities to ocean warming and acidification and inform assessment of risk in a changing ocean.<br />

Page 170


0704<br />

La Trobe University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

FISHERIES SCIENCES<br />

DP110100592 Dr Jan M Strugnell<br />

Approved<br />

Project Title<br />

Stress transcriptomics: development of tests to reduce the incidence of summer mortality<br />

in abalone<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

This project aims to determine the genetic mechanisms that abalone use to respond to disease and environmental<br />

stressors. The outcomes of this project will be early warning tests for stress and disease in abalone and also tests<br />

that can be used to select for stress resilience in abalone.<br />

Page 171


0707<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

VETERINARY SCIENCES<br />

The University of Melbourne<br />

DP110103175 A/Prof Jean-Pierre Y Scheerlinck, Dr Aaron R Jex, Prof Min Hu<br />

Approved<br />

Project Title<br />

Evaluating host-parasite interplay in individual tissues<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The immune system of the host and the infecting parasite has coevolved into a sophisticated balance of power.<br />

This project will explore this balance using Schistosoma japonicum infection in sheep and determine immune<br />

mechanisms unleashed by the host in various tissues as well as the response of the parasite to these attacks.<br />

Page 172


0801<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ARTIFICIAL INTELLIGENCE AND IMAGE PROCESSING<br />

DP110101042 A/Prof Kewen Wang, Prof Grigoris Antoniou, Prof Dr Torsten Schaub<br />

Approved<br />

Project Title<br />

Efficient multi-context systems for heterogeneous information reasoning and sharing<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

This project aims to investigate formal models and efficient methods for processing information from<br />

heterogeneous sources such as the World Wide Web. When the project is successfully completed, new theories,<br />

technologies and systems for reasoning about heterogeneous knowledge bases will be developed.<br />

Page 173


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102258 A/Prof Maria J Garcia de la Banda, Prof Mark G Wallace<br />

Approved<br />

Project Title<br />

Accurate analysis of combinatorial problems: from the particular to the general<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Combinatorial problems pervade all aspects of our social, environmental and economic life, but finding good<br />

solutions to these problems can take too much computer time. This project will develop new analysis tools that are<br />

effective at reducing this time, thus allowing for better solutions to be found.<br />

DP110101413 A/Prof Bernd Meyer, A/Prof Barry D Hughes, A/Prof Toshiyuki Nakagaki<br />

Approved<br />

Project Title<br />

Modelling and simulation of self-organised behaviour in biological and bio-inspired<br />

systems<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Understanding self-organised systems is fundamental in biology and bio-inspired engineering. The project develops<br />

sophisticated mathematical modelling techniques and high performance simulation methods for such systems. This<br />

will increase our capacity to explain complex biological behaviour and to produce reliable bio-inspired engineering<br />

solutions<br />

DP110101427 Prof Geoffrey I Webb<br />

Approved<br />

Project Title<br />

Learning complex classifiers without search<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project investigates novel approaches to computational data analysis that use new forms of probabilistic<br />

models of data. These new approaches complement the state-of-the-art, suiting large quantities of categorical data,<br />

being robust in the presence of errors, and efficiently handling updates when new data become available.<br />

Page 174


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100500 Prof Ingrid Zukerman<br />

Approved<br />

Project Title<br />

Towards realistic verbal interactions between people and computers-a probabilistic<br />

approach<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project aims to facilitate natural spoken interactions between people and computer systems, addressing<br />

obstacles to the acceptance of these systems. We will investigate computational models for relevant aspects of<br />

spoken dialogue, which will be implemented in computer systems for diverse tasks (for example, home devices and<br />

phone-enabled services).<br />

Queensland University of Technology<br />

DP110103006 Prof Peter I Corke, Prof Gordon F Wyeth, Dr Benjamin Upcroft, Dr Michael C Bosse, Dr Paul M<br />

Newman<br />

Approved Lifelong robotic navigation using visual perception<br />

Project Title<br />

2011 $165,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

Service robots are becoming a major part of our working and personal environments, in much the same way as<br />

personal computers already have. This project will develop new methods of practical and useful robot navigation<br />

that will enable Australia's industries and services to remain internationally competitive.<br />

DP110100827 Prof Sridha Sridharan, Prof Vinod Chandran, Dr Clinton Fookes, Dr Simon M Lucey, Prof<br />

Massimo Tistarelli<br />

Approved Omniscient face recognition for uncooperative subjects<br />

Project Title<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

The outcomes of this project will enable effective video surveillance technology to be developed for use by law<br />

enforcement and national security agencies. It will lead to reliable identification of humans at a distance by<br />

automatically detecting and recognising faces, for use in counter-terrorism surveillance and commercial<br />

robot-human interfaces.<br />

Page 175


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110103767 Prof Tamás (Tom) D Gedeon, Dr Roland Goecke, Dr Balapuwaduge S Mendis<br />

Approved<br />

Project Title<br />

Extending fuzzy logic<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Fuzzy logic is good for dealing with uncertain data somewhat like people do, and this technique has been used in<br />

train braking systems, computer animation etc, but can be slow for problems with large or complex data especially if<br />

the data are changing with time. The project will design efficient fuzzy logic algorithms capable of dealing with<br />

complex real world problems.<br />

DP110103819 Dr Stephen Gould<br />

Approved<br />

Project Title<br />

Learning clique potentials for high-order graphical models<br />

2011 $132,800.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

APD Dr Stephen Gould<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project aims to develop algorithms for computers to automatically learn about visual scenes and objects from<br />

images. Using our algorithms, computers will be able to find objects and describe scenes in single images or large<br />

image collections such as online photo albums.<br />

DP110102888 Dr Adrian P Sheppard, Dr Vanessa Robins<br />

Approved<br />

Project Title<br />

Foundations and advanced algorithms for topological image processing<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Building on new links between the mathematical discipline of homology and digital images, this project develops a<br />

new class of topology-driven image analysis techniques that will improve the accuracy and reliability of predictions<br />

made from the powerful new generation of three dimensional microscopes.<br />

Page 176


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103637 Prof David Suter<br />

Approved<br />

Project Title<br />

Computer vision from a multi-structural analysis framework<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Computer vision has applications in a wide variety of areas: security (video surveillance), entertainment (special<br />

effects), health care (medical imaging), and economy (improved automation and consumer products). This project<br />

will improve the accuracy and reliability of such applications. Advances will also lead to new products and<br />

industries.<br />

DP110103521 Prof Anton J van den Hengel, Prof Philip Torr, Dr Simon M Lucey<br />

Approved<br />

Project Title<br />

Added depth: automated high level image interpretation<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Humans are very good at understanding the world through imagery, but computers lack this fundamental capacity<br />

because they lack experience of what they might see. This project will provide this experience by combining the<br />

large volumes of imagery on the Internet with three dimensional information generated by humans for other<br />

purposes.<br />

The University of Melbourne<br />

DP110105480 Mr Benjamin Rubinstein<br />

Approved<br />

Project Title<br />

Machine learning in adversarial environments<br />

2011 $90,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Mr Benjamin Rubinstein<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Machine learning underpins the technologies driving the economies of both Silicon Valley and Wall Street, from web<br />

search and ad placement, to stock predictions and efforts in fighting cybercrime. This project aims to answer the<br />

question: How can machines learn from data when contributors act maliciously for personal gain?<br />

Page 177


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101986 Dr Bertrand R Douillard, Dr Dieter Fox<br />

Approved<br />

Project Title<br />

Multi-scale recognition: generating meaning from multi-resolution data<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Bertrand R Douillard<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The next generation of robots will be able to precisely recognise objects to reason about the world. This project will<br />

develop robust recognition systems that will aid robots in providing assistance in populated urban areas as well as<br />

in monitoring underwater environments for marine biodiversity preservation.<br />

DP110102920 Dr Craig T Jin, Dr Floris A van Schaik, Mr Anthony I Tew<br />

Approved<br />

Project Title<br />

Mapping ear morphology to individualised three dimensional audio<br />

2011 $130,000.00<br />

2012 $110,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project aims to develop a practical method to derive a listener's individualised Head Related Transfer<br />

Functions from two dimensional images of the head and ears. These are essential for generating high-fidelity three<br />

dimensional audio. The project will perceptually evaluate and test the proposed system when applied to<br />

teleconferencing, surveillance, and navigational guidance.<br />

Page 178


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110102166 Prof Dr Mohammed Bennamoun<br />

Approved<br />

Project Title<br />

A three dimensional video-based vision system for future robots<br />

2011 $105,000.00<br />

2012 $105,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

With the recent introduction of new three dimensional (3D) video sensors, opportunities for the development of<br />

advanced 3D vision systems for robots working in dynamic environments are now becoming possible. A real-time<br />

visual robotic system will be developed to substantially reduce the expensive costs associated with elder's health<br />

and home care expenses.<br />

DP110103336 Prof Dr Mohammed Bennamoun, Dr Roberto Togneri<br />

Approved<br />

Project Title<br />

Development of a three dimensional audio-visual next generation speech recognition<br />

system<br />

2011 $105,000.00<br />

2012 $87,000.00<br />

2013 $87,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

To overcome the disadvantages of current Audio-Visual Speech Recognition Systems, we propose a set of robust<br />

algorithms in three dimensional computer vision and speech processing. The proposed system will have<br />

far-reaching implications in various areas, for example, human-machine interaction for speech recognition in<br />

automated dialog systems and voice-to-text conversions.<br />

DP110102399 Dr Ajmal S Mian<br />

Approved<br />

Project Title<br />

Active multispectral computer vision for defence and security<br />

2011 $264,000.00<br />

2012 $115,000.00<br />

2013 $125,000.00<br />

2014 $110,000.00<br />

2015 $110,000.00<br />

ARF Dr Ajmal S Mian<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project will develop new techniques to extract intelligent information from multispectral images in the visible<br />

and near infra-red spectrum. It will enable computers to automatically recognise objects, faces and human actions<br />

with unprecedented accuracy.<br />

Page 179


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102501 A/Prof Linqing Wen, Prof David G Blair, A/Prof David M Coward, Prof Peter J Quinn, Prof Alan J<br />

Weinstein, Prof Yanbei Chen, Dr Michel Boer, Dr Patrick Sutton, Dr Kipp Cannon<br />

Approved Real-time signal processing and distributed robotic telescope networking for co-detection<br />

Project Title of gravitational waves and their optical counterparts<br />

2011 $140,000.00<br />

2012 $100,000.00<br />

2013 $140,000.00<br />

2014 $105,000.00<br />

2015 $60,000.00<br />

ARF A/Prof David M Coward<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

An international collaboration of scientists will employ a global network of telescopes and detectors to search for<br />

ripples in space-time. The project will use novel computational tools to study exotic phenomena in the distant<br />

Universe.<br />

University of South Australia<br />

DP110103142 A/Prof Jiuyong Li, Asst Prof Bradley Malin<br />

Approved<br />

Project Title<br />

Studying privacy protection methods for multiple independent data releases<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of South Australia<br />

Privacy is at risk if two or more published data sets contain overlapping individuals even when each data set is<br />

anonymised. This project will investigate if existing anonymisation methods can handle this privacy risk, and will<br />

study new solutions. The outcomes will potentially have a great impact on data anonymisation research and<br />

applications.<br />

University of Wollongong<br />

DP110103376 Dr Markus Hagenbuchner, Prof Ah Chung Tsoi, Prof Marco Gori, Prof Alessandro Sperduti, Prof<br />

Franco Scarselli<br />

Approved Modelling graph-of-graphs for solving document categorisation problems<br />

Project Title<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

Documents in the World Wide Web, such as scientific documents, exhibit a referencing structure as well as being<br />

structured objects themselves. This project addresses some inherent limitations of existing modelling techniques in<br />

order to improve on the quality of results, and to allow the addressing of some unsolved problems involving<br />

documents.<br />

Page 180


0802<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

COMPUTATION THEORY AND MATHEMATICS<br />

DP110101792 Prof Vladimir Estivill-Castro, Dr Michael R Fellows, Dr Frances A Rosamond, Prof Lane A<br />

Hemaspaandra, Prof Jorg Rothe, Dr Arkadii Slinko, Dr Gabor Erdelyi<br />

Approved Algorithmic engineering and complexity analysis of protocols for consensus<br />

Project Title<br />

2011 $80,000.00<br />

2012 $65,000.00<br />

2013 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

Opinions, rankings, observations, votes, gene sequences, sensor-networks in security systems or climate models.<br />

Massive datasets and the ability to share information at unprecedented speeds, makes finding the most central<br />

representative, the Consensus Problem, extremely complex. This research delivers new insights and new, efficient<br />

algorithms.<br />

Macquarie University<br />

DP110104560 Prof Bernard P Mans<br />

Approved<br />

Project Title<br />

Exploiting dynamic information in mobile networks<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Mobile and wireless networks are ideal for Australia as they provide both low set-up costs and environmentally<br />

robust infrastructures. Exploiting mobility to enhance efficiency and cost will place Australia at the forefront of<br />

research in mobile networking and will contribute to the worldwide effort towards sustainability and survivability.<br />

DP110100628 Prof Igor Shparlinski, Dr Damien N Stehlé, Dr Ron Steinfeld, Dr Christophe Doche<br />

Approved<br />

Project Title<br />

Lattices as a constructive and destructive cryptographic tool<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

The project is driven by the great number of potential applications of deep mathematical and algorithmic methods to<br />

different areas of modern cryptography. These areas provide a solid platform for more applied fields such as<br />

Computer and Information Security and E-commerce. It will lead to commercialisation and everyday-life<br />

improvements.<br />

Page 181


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110103173 Dr Alwen F Tiu, A/Prof Rajeev P Gore, Prof Dale Miller<br />

Approved<br />

Project Title<br />

Evidence-based frameworks for security protocol verification<br />

2011 $105,000.00<br />

2012 $110,000.00<br />

2013 $140,000.00<br />

2014 $145,000.00<br />

2015 $115,000.00<br />

ARF Dr Alwen F Tiu<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Security protocols are an essential part of secure communication networks. This project aims to develop verification<br />

techniques for security protocols that produce independently verifiable formal certificates of correctness. The<br />

project's outcome will contribute to the certification processes for secure network systems at the highest level of<br />

assurance.<br />

The University of Queensland<br />

DP110101104 Dr Benjamin A Burton, Dr Murray J Elder, Dr Stephan Tillmann<br />

Approved<br />

Project Title<br />

Generic complexity in computational topology: breaking through the bottlenecks<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The project will focus on key computational problems in three-dimensional topology, with the aims of illuminating<br />

the theoretical limitations of such problems, developing new computational tools for solving them, and applying<br />

these tools to a variety of applications. The project will generate theoretical research, practical software, and rich<br />

experimental data.<br />

DP110101211 Dr Graeme P Smith, Dr Jeffrey W Sanders<br />

Approved<br />

Project Title<br />

Assuring dependability of complex adaptive multi-agent systems using time bands<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

As the complexity of computer-based systems rapidly increases, we need new methods for assuring their correct<br />

behaviour. This project will provide a means of relating behaviour at different timescales, enabling us to understand<br />

how the long-term behaviour of a system results from the short-term interactions between its components.<br />

Page 182


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104937 Prof Peter D Eades<br />

Approved<br />

Project Title<br />

Algorithms for geometric Turan-type problems and network visualization<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Recent technological advances have large data sets, in a data deluge. Some of the most critical data sets are<br />

networks; examples abound in Systems Biology, Social Network Analysis, and Software Engineering. This project<br />

aims for algorithms to construct readable pictures of these networks, and thus make the data easier for humans to<br />

understand.<br />

The University of Western Australia<br />

DP110104669 Prof Mark A Reynolds<br />

Approved<br />

Project Title<br />

Automation of metric temporal reasoning<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

A major contemporary engineering concern is to ensure the predictable and robust operation of computer systems<br />

involving software, hardware, and human users. The need for systematic and careful construction of such systems<br />

requires the development of formal methods based on a dense view of time rather than the traditional step-by-step<br />

models.<br />

University of Technology, Sydney<br />

DP110103473 Prof Mingsheng Ying, Dr Yuan Feng, A/Prof Rajagopal Nagarajan<br />

Approved<br />

Project Title<br />

Process algebra approach to distributed quantum computation and secure quantum<br />

communication<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

This project will develop effective methods for reasoning about the behaviours of distributed quantum computing<br />

and communicating systems. The developed methods will provide effective techniques for verifying security of<br />

quantum cryptographic protocols.<br />

Page 183


0803<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

COMPUTER SOFTWARE<br />

DP110101390 Dr Michael Wybrow<br />

Approved<br />

Project Title<br />

Flexible user-guided network layout for biomedical applications<br />

2011 $91,300.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Michael Wybrow<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will develop techniques for automatic layout of biological network diagrams, allowing users to guide the<br />

layout while satisfying any required placement constraints and drawing conventions. As part of the project, these<br />

methods will be integrated into several real-world systems biology applications for network browsing and authoring.<br />

Swinburne University of Technology<br />

DP110101340 Prof Yun Yang, Dr Jinjun Chen, Prof John Grundy<br />

Approved<br />

Project Title<br />

Cost effective storage of massive intermediate data in cloud computing applications<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

For frontier technologies, the project aims at inventing novel algorithms for data storage in cloud computing<br />

applications and hence will reduce the cost by smart information use. For sustainability, the project can help with<br />

reducing energy consumption by dealing more effectively with the growth of massive data in cloud computing<br />

facilities.<br />

The University of Melbourne<br />

DP110102579 Prof Peter J Stuckey, A/Prof Harald C Sondergaard, Dr Peter Schachte, Dr Andy M King<br />

Approved<br />

Project Title<br />

Automatic software verification: harnessing constraint technologies<br />

2011 $179,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

As we come to rely on software to manage more and more aspects of our lives, the importance of software<br />

reliability increases; yet as programs become increasingly complex, reliability becomes ever more elusive. This<br />

project will develop automated tools and techniques to ensure that programs do what they were intended to do.<br />

Page 184


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110104628 Prof Jingling Xue<br />

Approved<br />

Project Title<br />

Automating data placement and movement for explicitly managed memory hierarchies<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Efficient management of explicitly managed memory hierarchies is essential, making a difference often by one<br />

order of magnitude in performance. Compiler-directed techniques promise to take the burden of memory<br />

management from the programmer and enable significant performance potential for a broader community, resulting<br />

in higher productivity.<br />

Page 185


0804<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DATA FORMAT<br />

Swinburne University of Technology<br />

DP110102407 Prof Chengfei Liu, Prof Jeffrey X Yu<br />

Approved<br />

Project Title<br />

Effective and efficient keyword search for relevant entities over Extensible Markup<br />

Language (XML) data<br />

2011 $115,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

This project aims to greatly improve the relevancy of returned XML entities by keyword queries as well as the<br />

efficiency of searching. Effective approaches and efficient algorithms for finding relevant entities from large number<br />

of XML data sources will be delivered.<br />

The University of Melbourne<br />

DP110102729 Dr Hazer Inaltekin, Prof Jamie S Evans<br />

Approved<br />

Project Title<br />

Taming uncertainty: a stochastic-geometric foundation for complex wireless networks<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will improve our understanding of complex networks such as the internet, wireless communication<br />

networks and social networks. We will do this by properly studying the impact of the network geometry. The<br />

outcomes will be new approaches to managing complex networks to improve both efficiency and performance.<br />

DP110101743 Prof Alistair M Moffat, Dr Simon J Puglisi, Dr Anthony I Wirth, Dr Jason S Culpepper, A/Prof<br />

Andrew Turpin<br />

Approved Efficient and effective algorithms for searching strings in secondary storage<br />

Project Title<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Pattern searching is fundamental to a wide range of computing applications, including web search and<br />

bioinformatics. In this project we will develop compression algorithms and hybrid memory-disk search structures<br />

that allow fast pattern matching on sequences of textual and numeric data, including when approximate search is<br />

required.<br />

Page 186


University of Wollongong<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101951 A/Prof Yi Mu, Prof Willy Susilo, Prof Vijay Varadharajan<br />

Approved<br />

Project Title<br />

Achieving security and privacy in radio frequency identification (RFID) with lightweight<br />

security technologies<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

Secure RFID technology to achieve reliable identification is essential for protecting critical information<br />

infrastructures. However, they are prone to security attacks due to difficulties in protecting RFID systems. This<br />

project will develop new lightweight security techniques to achieve practical security solutions for RFID.<br />

Page 187


0805<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DISTRIBUTED COMPUTING<br />

Swinburne University of Technology<br />

DP110103671 Dr Quoc B Vo, Prof Ryszard Kowalczyk, Prof Sascha Ossowski, Prof Gregory E Kersten, A/Prof<br />

Rustam Vahidov<br />

Approved Responsive automated negotiation in open distributed environments<br />

Project Title<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

The outcomes of this project will be of central importance to a wide range of application areas such as service<br />

economy, smart energy grids and smart transportation. The work proposed here will enable the information<br />

technology industry to utilise distributed systems and agent technologies in developing the software-driven<br />

knowledge economy of the twenty-first-century.<br />

The University of New South Wales<br />

DP110104344 Prof Sanjay K Jha, Dr Salil Kanhere, A/Prof Matt Welsh<br />

Approved<br />

Project Title<br />

Flying networks: airborne sensing for environmental monitoring and disaster response<br />

2011 $128,428.00<br />

2012 $111,428.00<br />

2013 $92,528.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Airborne sensing technology is ideally suited to <strong>Australian</strong> geography and can be highly effective for monitoring<br />

disasters, surveillance, and precision agriculture. There are ample opportunities for local information technology<br />

companies and start-ups to create innovative airborne sensing applications for both the <strong>Australian</strong> and overseas<br />

markets.<br />

Page 188


0806<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

INFORMATION SYSTEMS<br />

Curtin University of Technology<br />

DP110103599 Prof Svetha Venkatesh, Dr Brett D Adams<br />

Approved<br />

Project Title<br />

Computational tools to analyse and exploit the social media revolution<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

We aim to create technologies to analyse social media communities, which are rapidly growing in reach,<br />

complexity, and content produced and shared. Powerful techniques to tap this resource will lead to commercial<br />

outcomes for marketing and search industries, alongside deeper insight into the cultural and social impact of this<br />

Internet revolution.<br />

Monash University<br />

DP110104386 Prof Ronald A Weber, Dr Andrew N Burton-Jones<br />

Approved<br />

Project Title<br />

Clarifying domain semantics through improved conceptual modelling<br />

2011 $55,000.00<br />

2012 $55,000.00<br />

2013 $55,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project aims to improve the ways in which those user requirements that motivate the design and<br />

implementation of an information system are modelled. As a result, it should be possible to build and deploy<br />

higher-quality information systems.<br />

Page 189


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Queensland University of Technology<br />

DP110105127 Prof Margot F Brereton, Prof Laurie R Buys, Prof Paul Roe, A/Prof Mark Taylor<br />

Approved<br />

Project Title<br />

Cooperation and reciprocity at the local scale enabled by social and mobile technologies:<br />

an empirically derived theoretical framework<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

The project aims to build new theories, design tools and social and mobile information technologies to support<br />

sharing of resources in local communities. Designs developed through agile software development will be built in<br />

communities to support new forms of community communication, agile ride sharing and distributed energy<br />

generation and use.<br />

DP110100091 Prof Arthur H ter Hofstede, Prof Dr Michael Rosemann, Prof Colin J Fidge, Dr Moe T Wynn, Dr<br />

Marcello La Rosa, Dr Michael Adams, Dr Chun Ouyang, Prof Dr Wil M van der Aalst<br />

Approved Risk-aware business process management<br />

Project Title<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

Risk-aware business process management will revolutionise the identification and treatment of risks in business<br />

processes by integrating the latest technologies for risk management and process management. It will provide<br />

organisations with a range of new tools and techniques for designing, deploying and monitoring risk-aware business<br />

processes.<br />

RMIT University<br />

DP110101304 Mr Florian Mueller<br />

Approved<br />

Project Title<br />

Understanding the design of exertion games to address Australia's obesity issue<br />

2011 $190,000.00<br />

2012 $150,000.00<br />

2013 $170,000.00<br />

APD Mr Florian Mueller<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

In the face of an obesity epidemic, <strong>Australian</strong>s have turned to physical computer games to address their weight<br />

issues. This research provides the first understanding of the role of the design of these games in motivating players<br />

to play harder, longer and more often, resulting in recommendations how to use and design games for health.<br />

Page 190


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102621 Prof Ramamohanarao Kotagiri, A/Prof Christopher Leckie, A/Prof James Bailey, A/Prof Jian Pei<br />

Approved<br />

Project Title<br />

Next generation data mining techniques for analysing large evolving networks<br />

2011 $297,000.00<br />

2012 $190,000.00<br />

2013 $210,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

In order to understand complex systems such as the Internet or gene interactions, we need to analyse how the<br />

networks in these systems function and evolve. This project will provide new methods for extracting knowledge<br />

from large network databases so that scientists can learn about the operation of these complex systems.<br />

DP110100757 Dr Lars Kulik, Dr Egemen Tanin, A/Prof James Bailey<br />

Approved<br />

Project Title<br />

Managing private location data in a mobile and networked world: getting the balance right<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Location based data are transforming the mobile service industry and this project will develop novel approaches to<br />

safeguard the location privacy of mobile individuals. This will facilitate the development of privacy-aware services<br />

which can be used for real time traffic monitoring, care for the elderly and smartphone enabled location services.<br />

DP110101999 Dr Frank Vetere, A/Prof Toni J Robertson, Prof Margot F Brereton, Prof Steve Howard, Prof<br />

Yvonne Rogers<br />

Approved Sociophysical Interactions: understanding the role of social and tangible technologies in<br />

Project Title maintaining good habits into old age<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

How can technology help us 'age well'? The project will study, design and evaluate novel information systems that<br />

integrate and support social engagement and physical activity in order to build foundational knowledge about these<br />

technologies and maintain the opportunities for social engagement and physical activity in our ageing population.<br />

Page 191


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110102937 Prof Xuemin Lin<br />

Approved<br />

Project Title<br />

Efficient structure search over large graphs<br />

2011 $80,000.00<br />

2012 $65,000.00<br />

2013 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The project aims to develop advanced search technology to support large-scale graph applications. The success of<br />

the project not only brings a breakthrough in technology development but also provides training for high quality<br />

personnel in this important and growing area, and brings considerable economic and social benefits to Australia.<br />

DP110104880 Dr Ying Zhang<br />

Approved<br />

Project Title<br />

Efficient processing of distance-based spatial queries on multi-valued objects<br />

2011 $97,000.00<br />

2012 $81,846.00<br />

2013 $81,846.00<br />

APD Dr Ying Zhang<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project aims to develop effective and efficient algorithms to analyse large scale multi-valued objects. The<br />

success of this project will not only be an important complement to the current spatial database systems but also<br />

bring considerable economic and social benefits to Australia.<br />

Page 192


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110103871 Dr Zi Huang<br />

Approved<br />

Project Title<br />

Monitoring online topic evolvements with near-duplicate videos<br />

2011 $97,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Zi Huang<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will make a major impact on social media mining, and open up a new research direction for topic<br />

discovery. The project's advances will bring economic/social benefits to Australia, where collaborative access of<br />

large amount of Web/media information is vital, for example, data sharing and management, broadcasting,<br />

advertising, opinion gathering, etc.<br />

DP110102777 A/Prof Shazia Sadiq, Dr Mohamed A Sharaf, Dr Ke Deng<br />

Approved<br />

Project Title<br />

QualA-D: a quality aware query engine for next generation data integration systems<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will address the growing diversity of the web/user community by developing new approaches for data<br />

integration that incorporate data quality requirements such as data currency, completeness and coverage.<br />

First-of-breed quality aware query system is expected to be developed that will assist in improving user experience<br />

and satisfaction.<br />

DP110103423 Prof Xiaofang Zhou<br />

Approved<br />

Project Title<br />

Making sense of trajectory data: a database approach<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project investigates new challenges related to providing functionality, flexibility and efficiency for large scale<br />

trajectory data management and processing. The expected outcome includes significant technical contributions in<br />

novel indexing structures and advanced query processing methods for making better use of rich trajectory data.<br />

Page 193


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Technology, Sydney<br />

DP110103733 Prof Jie Lu, Prof Da Ruan, Prof Jian-bo Yang<br />

Approved<br />

Project Title<br />

Trust-enhanced recommender systems for personalised government-to-business<br />

e-service<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

This study will transform current Government to Business service to a higher level to enable e-Government systems<br />

to offer Personalised e-Service. It will assist business users to significantly increase their use of e-Government<br />

services, particularly providing an effective solution to small and medium size businesses for locating business<br />

partners by using Government e-Services.<br />

Page 194


0899<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER INFORMATION AND COMPUTING SCIENCES<br />

The University of Melbourne<br />

DP110101934 Prof Justin Zobel, Prof Alistair M Moffat, A/Prof Timothy J Baldwin, Dr Aaron N Harwood<br />

Approved<br />

Project Title<br />

Principles, practice, and pragmatics of measurement in experimental computer science<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project team's confidence in scientific knowledge is partly due to the robustness of the systems of<br />

measurement used in experiments. The project aims to develop principles of measurement in Computer Science,<br />

where it is critically important that we have high confidence in the methods used in applications such as medicine,<br />

finance, and internet search.<br />

Page 195


0902<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

AUTOMOTIVE ENGINEERING<br />

The University of New South Wales<br />

DP110103762 Dr Shawn Kook, Dr Lyle M Pickett<br />

Approved<br />

Project Title<br />

In-cylinder soot sampling and morphology analysis in an optically-accessible diesel<br />

engine<br />

2011 $31,415.00<br />

2012 $40,085.00<br />

2013 $20,745.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Black soot emissions from diesel engines are associated with respiratory illness, cancer, and heart attacks. This<br />

project aims to reduce diesel soot emissions by clarifying the nature of the structure and size of soot particles that<br />

are sampled from both the engine cylinder and the tailpipe.<br />

Page 196


0903<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

BIOMEDICAL ENGINEERING<br />

Curtin University of Technology<br />

DP110104599 Dr Lihong Liu<br />

Approved<br />

Project Title<br />

Broad spectrum nanomedicine for Meningitis treatment<br />

2011 $95,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

APD Dr Lihong Liu<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

Brain inflammatory diseases are among the top ten infectious causes of death. The project aims to provide<br />

<strong>Australian</strong> doctors with a superior alternative of treating infections that do not respond to conventional antibiotics.<br />

The nanomedicine developed will reduce the burden of hospital and boost Australia economy in the biomedical<br />

sector.<br />

Macquarie University<br />

DP110102985 Prof Itsu (Yi) Sen (Qian), Dr Jian Tu, Prof Alberto P Avolio, Prof Michael K Morgan, Prof Yuichi<br />

Murayama, Prof Mitsuo Umezu<br />

Approved Mechanisms of initiation and remodelling of intracranial aneurysms: a synthesis of<br />

Project Title hemodynamics and molecular biomarkers<br />

2011 $105,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Rupture of brain aneurysms can lead to severe disability and death. This project proposes novel ways of assessing<br />

risk of rupture using sophisticated mathematical models of blood flow in aneurysms and biochemical substances<br />

released in the blood. This will enhance basic understanding of aneurysm formation and improve treatment and<br />

management.<br />

Page 197


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104010 Dr Adrian P Neild<br />

Approved<br />

Project Title<br />

Acoustic trapping for life science applications<br />

2011 $130,000.00<br />

2012 $140,000.00<br />

2013 $120,000.00<br />

2014 $102,654.00<br />

2015 $102,654.00<br />

ARF Dr Adrian P Neild<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Force fields can be established to move suspended cells into predefined locations using high frequency vibration;<br />

randomly dispersed cells can be brought together into clusters. This project aims to develop such technologies and<br />

will have applications in drug discovery and cell to cell interaction studies and has the future potential to promote<br />

the health of <strong>Australian</strong>s.<br />

Queensland University of Technology<br />

DP110103543 Dr Travis J Klein, Dr Cameron J Lutton, Prof Robert L Sah, Prof John Fisher, A/Prof Matthias<br />

Lutolf<br />

Approved Interplay between mechanical and biological microenvironments in chondrocyte function:<br />

Project Title towards an understanding of cartilage pathology<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

This project will develop state-of-the-art laboratory models of healthy and diseased joints. These models will assist<br />

in answering questions about the causes of osteoarthritis, and provide information on how best to treat diseased<br />

joints.<br />

Page 198


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102049 Dr Mathias Baumert, A/Prof Clive N May<br />

Approved<br />

Project Title<br />

Novel computational tools for the analysis of sympathetic nervous system activity<br />

2011 $130,000.00<br />

2012 $120,000.00<br />

2013 $108,904.00<br />

2014 $108,904.00<br />

2015 $108,904.00<br />

ARF Dr Mathias Baumert<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will investigate electrical signals from the heart, resulting in novel tools for the assessment of<br />

sympathetic nervous system activity. The findings will contribute to advancing Australia's international leading<br />

position in health technology and improve community health.<br />

The University of Queensland<br />

DP110104446 Prof Justin J Cooper-White<br />

Approved<br />

Project Title<br />

Elucidating surface-mediated permissive cues for cellular differentiation<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will develop a novel biomaterial platform technology that will enable firstly the probing and thereafter the<br />

control of the cellular pathways of adult mesenchymal stem cells. These fundamental insights will be translated into<br />

novel stem cell culture ware products that will enable clinically relevant, functional tissue repair and regeneration.<br />

The University of Sydney<br />

DP110102912 Prof Steven R Meikle, Dr Mark I Reinhard, Dr Andrew G Weisenberger<br />

Approved<br />

Project Title<br />

Novel imaging technologies for continuous measurement of tracer kinetics in awake<br />

animals<br />

2011 $150,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The fates of biologically relevant molecules, such as proteins and antibodies, in the body are fundamentally<br />

important for understanding the mechanisms and treatment of disease. This project will enable for the first time<br />

continuous imaging of the location and time course of labelled molecules in conscious, freely moving animals.<br />

Page 199


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110104789 Prof David D Sampson, Prof Brian C Wilson<br />

Approved<br />

Project Title<br />

Three dimensional (3D) optical coherence tomography in cancer<br />

2011 $260,000.00<br />

2012 $230,000.00<br />

2013 $190,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project will establish for the first time how well 3D optical coherence tomography, a form of medical imaging,<br />

can image cancer. Based on this, a version built into a needle will be developed which will enable extension much<br />

deeper into tissues than previously possible to image cancer and to guide related surgical procedures.<br />

University of Wollongong<br />

DP110104007 Prof Anatoly B Rozenfeld, Dr Marco Petasecca, Dr Susanna Guatelli, A/Prof Peter E Metcalfe,<br />

A/Prof Michael Jackson, A/Prof Martin G Carolan<br />

Approved Unified platform for real time QA in radiation therapy in brachytherapy based on high<br />

Project Title resolution silicon detectors (Magic Plate)<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project will design and manufacture new devices for measuring the amount of radiation given to the patient<br />

during radiotherapy. This will improve the accuracy and safety of cancer treatment as well as greatly reducing the<br />

time needed to perform essential safety checks.<br />

Page 200


0904<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CHEMICAL ENGINEERING<br />

Curtin University of Technology<br />

DP110105514 Prof Chun-Zhu Li<br />

Approved<br />

Project Title<br />

Fundamental research for advanced gasification technologies for low-rank coal and<br />

biomass in the carbon-constrained world<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This project aims to acquire fundamental knowledge in order to develop advanced gasification technologies with<br />

high efficiencies and the capability to couple with carbon storage facilities in the carbon-constrained future. These<br />

technologies will contribute to the reduction of Australia's CO2 emissions using its cheap low-rank coal and<br />

biomass.<br />

DP110100268 Prof Hongwei Wu, Asst Prof Manuel Garcia-Perez<br />

Approved<br />

Project Title<br />

Bio-oil/char slurry from biomass for co-combustion in coal power plants: achieving power<br />

generation with a significant reduction of CO2 emission<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This project will develop an advanced co-combustion technology of bio-oil/char slurry (i.e. bioslurry), prepared from<br />

biomass pyrolysis products, and coal in the existing coal-fired power plants for achieving significant CO2 reduction.<br />

It will enhance Australia's competitive advantage through high impact scientific and technological innovations.<br />

Deakin University<br />

DP110101338 Ms Hongxia Wang<br />

Approved<br />

Project Title<br />

Superhydrophobic fabrics for solar desalination of water<br />

2011 $86,000.00<br />

2012 $83,000.00<br />

2013 $83,000.00<br />

APD Ms Hongxia Wang<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

This project will further strengthen Australia's world leading position in water desalination technology and advanced<br />

fibrous materials research. It will lead to new membrane materials and techniques for high-efficiency, low-cost and<br />

energy-saving desalination of sea/saline water, which will have significant social and economic benefits.<br />

Page 201


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110101140 A/Prof Edith M Sevick<br />

Approved<br />

Project Title<br />

Optical tweezers as a micro-rheological probe of soft surfaces<br />

2011 $150,000.00<br />

2012 $130,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Biomembranes are more than soft containers - their dynamic flexibility plays an important role in cell function, but<br />

measurements of mechanical properties of soft surfaces are non-existent. This project develops and applies a new<br />

optical tweezers method to measure the flexibility of membranes and its effects upon the friction of nearby particles.<br />

The University of Adelaide<br />

DP110104410 A/Prof Bassam B Dally, Dr Peter A Kalt, Prof Jianchun Mi, Prof Heinz Pitsch<br />

Approved<br />

Project Title<br />

Enhanced mixing of turbulent jet flames via side lateral injection<br />

2011 $140,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This innovative project will contribute significantly to the reduction of pollutant emissions from combustion of fossil<br />

and bio-fuels through new and innovative mixing approach of fuel and oxidant. It will facilitate a range of new<br />

devices with broader application leading to export earnings, local employment and reduction of our carbon footprint.<br />

Page 202


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110101638 Prof Rose Amal, Dr Yun Hau Ng, Dr Jason A Scott, Prof Prashant V Kamat, Prof Akihiko Kudo<br />

Approved<br />

Project Title<br />

Engineering nanostructured graphene-based semiconductor photocatalysts<br />

2011 $170,000.00<br />

2012 $160,000.00<br />

2013 $130,000.00<br />

APD Dr Yun Hau Ng<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Harnessing solar energy and converting it into useful chemical energy efficiently is the expected outcome of the<br />

project. Given the strategic solar-geographical position of Australia, solar photocatalysis is a leading option for<br />

utilising our renewable energy resources to applications relating to energy conversion and environmental<br />

remediation.<br />

DP110101643 A/Prof Jie Bao, Prof Dianne E Wiley, Dr Alessio Alexiadis<br />

Approved<br />

Project Title<br />

Feedback destabilising control of electro-osmotic flow for reducing fouling and<br />

enhancing productivity of membrane systems<br />

2011 $115,500.00<br />

2012 $86,000.00<br />

2013 $74,500.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project aims to develop a new approach to improving the productivity of membrane systems. With over $9<br />

billion worth of membrane-based desalination plants either in operation, under construction or being planned in<br />

Australia, the expected outcomes of this project will lead to significant social and economic benefit and provide<br />

greater water security.<br />

Page 203


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110101185 Prof Joao C Diniz da Costa, Dr Simon K Smart, Dr Anne Julbe<br />

Approved<br />

Project Title<br />

Engineered functional metal silica membranes for hydrogen processing<br />

2011 $197,000.00<br />

2012 $145,000.00<br />

2013 $145,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project focuses on hydrogen processing technologies for the petrochemical, agricultural and coal/energy<br />

industries. These sectors employ 110,000 people with annual combined revenues of $80 billion. Advanced<br />

technologies are vital for the competitiveness of the <strong>Australian</strong> economy, and to sustain Australia's social stability<br />

and economic growth.<br />

DP110100539 Prof Jurg Keller, Dr Rene A Rozendal, Dr Bradley P Ladewig, Prof Dr Alfons J Stams, Prof Dr<br />

Uwe Schroeder, Prof Matthias Wessling<br />

Approved Novel concepts for bioelectrochemical generation of renewable fuels and chemicals from<br />

Project Title wastewater<br />

2011 $130,000.00<br />

2012 $110,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Global warming and the diminishing fossil fuel resources are posing an ever increasing threat to our societies and<br />

economies. This project aims to develop novel and highly innovative bioelectrochemical processes for the<br />

production of valuable fuels and chemicals from wastewater, which is a largely untapped renewable resource.<br />

DP110103440 Dr Chun Xiang C Lin, Dr Simon K Smart, Dr Li Ping Ding<br />

Approved<br />

Project Title<br />

Novel hybrid silica membranes for desalination<br />

2011 $60,000.00<br />

2012 $55,000.00<br />

2013 $55,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project aims to produce high flux, highly stable ceramic membranes for use in desalination. This will result in<br />

novel, low energy desalination processes, delivering potable water at a greatly reduced cost.<br />

Page 204


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100394 Dr Chun-Xia Zhao<br />

Approved<br />

Project Title<br />

Engineered nanoporous materials and composites having hierarchical structures by<br />

emulsion templating<br />

2011 $125,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

APD Dr Chun-Xia Zhao<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The project aims to develop new and flexible emulsion-templated processes capable of constructing novel<br />

nanoporous materials with hierarchical structures. The project has the potential to revolutionise current approaches<br />

for making porous materials, and the outcomes will enhance Australia's ability in frontier technologies and<br />

advanced materials.<br />

The University of Sydney<br />

DP110105161 Prof Hak-Kim Chan, Dr Runyu Y Yang<br />

Approved<br />

Project Title<br />

Developing novel aerosol inhalers for pulmonary drug delivery from the fundamental<br />

understanding of powder dispersion mechanisms<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project seeks to understand how powder aerosol inhalers can be significantly improved. The outcome will<br />

provide therapeutic benefits to the <strong>Australian</strong> community for better treatment of respiratory diseases and facilitate<br />

environmentally friendly technology since these inhalers do not require any harmful organic solvents to operate.<br />

The University of Western Australia<br />

DP110103699 Prof Dongke Zhang, Prof Behdad Moghtaderi, Prof Vishnu K Pareek, A/Prof Hong Yang, Dr<br />

Shaobin Wang, Dr Louis J Wibberley<br />

Approved Production, processing and combustion of an innovative slurry fuel for high efficiency<br />

Project Title distributed power generation<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project will advance the science underpinning the development of an innovative technology for energy<br />

production (with carbon capture) and use in remote regions. The outcomes of this research will help meet the great<br />

challenges of climate change and contribute to the development of an environmentally sustainable Australia.<br />

Page 205


0905<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CIVIL ENGINEERING<br />

DP110104078 A/Prof Abdelmalek Bouazza<br />

Approved<br />

Project Title<br />

Improved predictions of greenhouse gas transfers in landfill composite liner covers<br />

containing geomembrane defects<br />

2011 $58,000.00<br />

2012 $58,000.00<br />

2013 $64,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The <strong>Australian</strong> Greenhouse Office indicated that methane accounted for 85 per cent of the waste sector's annual<br />

greenhouse emissions in 2008, and stressed the need to undertake a range of activities to reduce these emissions.<br />

Models and theories derived from this project will address specifically the above issue leading to enhanced<br />

economic benefits.<br />

DP110101095 Dr Francis G Collins, Dr Wenhui Duan, Prof Chien Ming Wang<br />

Approved<br />

Project Title<br />

Tensile enhancement of cements utilising carbon nanotubes to create stronger, lighter,<br />

more ductile, and easier-to-build structures<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Portland cement, commonly used worldwide for construction, is brittle and prone to cracking. A carbon<br />

nanotube-cement nanocomposite will be developed, improving tensile strength and durability. Stronger and lighter<br />

structures are viable. Less cement (and steel reinforcement) will be needed, thus reducing CO2 emissions and<br />

promoting sustainability.<br />

DP110104808 A/Prof Jayantha K Kodikara<br />

Approved<br />

Project Title<br />

Advancement of cohesive crack approach to model shrinkage and load induced cracking<br />

in multi-phase soils<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Soil cracking affects many engineering applications and infrastructure. It is also recognised that the impending<br />

climate change can affect the severity of soil cracking. Despite this, there is lack of progress in this area and<br />

significant knowledge gaps exist. This project will provide new knowledge and better design and management tools.<br />

Page 206


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110103028 Prof Raymond I Gilbert, Dr Gianluca Ranzi<br />

Approved<br />

Project Title<br />

Time-dependent stiffness of cracked reinforced concrete<br />

2011 $150,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will quantify the time-dependent change in stiffness of cracked reinforced concrete and provide a<br />

clearer insight into the time-varying load sharing mechanisms at the concrete-reinforcement interface. Analytical<br />

models to simulate structural behaviour and reliable procedures for use in structural design will be developed.<br />

Page 207


The University of Newcastle<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103304 Dr Olivier P Buzzi, Prof Scott W Sloan<br />

Approved<br />

Project Title<br />

Long term stabilisation of expansive soils by polymer addition<br />

2011 $235,000.00<br />

2012 $155,000.00<br />

2013 $185,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Expansive soils can cause serious damage to infrastructure. The project aims to study the feasibility of reducing the<br />

long term swelling potential of expansive soils by polymer addition. The project involves advanced experimental<br />

testing to identify suitable candidates amongst different polymers and to test their long term performance.<br />

DP110101033 Prof John P Carter, Dr Majidreza Nazem, Dr Andrew J Abbo<br />

Approved<br />

Project Title<br />

Dynamic soil structure interaction<br />

2011 $204,312.00<br />

2012 $154,032.00<br />

2013 $189,032.00<br />

2014 $129,032.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

The aim of this project is to undertake a study of an important class of geotechnical problems in which systems<br />

composed of soil, structure and pore water are subjected to dynamic or impact loading. The outcomes will include<br />

safer and more efficient methods for designing geotechnical structures subjected to dynamic loading.<br />

DP110105408 Dr Dmitri Kavetski, Prof George A Kuczera, Dr Mark A Thyer, A/Prof Stewart W Franks, Dr Ross<br />

A Woods, Dr Martyn P Clark<br />

Approved Robust streamflow predictions by improving the identification of hydrological model<br />

Project Title structure<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project aims to provide <strong>Australian</strong> environmental agencies, design engineers and policy-makers with robust<br />

methods that better utilise observed environmental data and process understanding to produce hydrological models<br />

with stronger scientific basis and improved operational predictive ability in gauged and ungauged catchments.<br />

Page 208


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101654 Dr Richard S Merifield, Prof John P Carter, Dr Majidreza Nazem<br />

Approved<br />

Project Title<br />

Geomechanics of multiple seam mining interactions<br />

2011 $150,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project will address a highly significant and timely problem that has arisen in the coal mining industry. Through<br />

the application of scientific principles and advanced methods of engineering analysis, this research will develop<br />

practical guidelines that in turn will provide the means for rational planning of multi-seam mining operations.<br />

DP110100598 Prof Daichao Sheng, Dr Richard S Merifield<br />

Approved<br />

Project Title<br />

Mechanics of partially saturated soils and Its applications<br />

2011 $80,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

The project aims to study the fundamental behaviour of <strong>Australian</strong> natural soils under varying water contents and<br />

loading conditions. Some immediate applications include the design of foundations on reactive soils and the<br />

analysis of rainfall-induced landslides. In both cases, the aim is to improve the design method and hence reduce<br />

the damage cost.<br />

DP110101397 Prof Mark G Stewart<br />

Approved<br />

Project Title<br />

Probabilistic terrorism risk assessment and risk acceptability for infrastructure protection<br />

2011 $170,000.00<br />

2012 $155,000.00<br />

2013 $170,000.00<br />

2014 $180,000.00<br />

2015 $175,000.00<br />

APF Prof Mark G Stewart<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

The risk-based decision-making framework will enable security risks to be quantified and compared in a rational<br />

and consistent manner, for a range of terrorist threats to infrastructure and transport systems. This will allow risk<br />

mitigation to be maximised leading to optimal security expenditure.<br />

Page 209


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103948 Prof Gregory J Hancock, Mr Cao Hung Pham<br />

Approved<br />

Project Title<br />

Direct strength method of design of simple and complex thin-walled shapes for combined<br />

actions<br />

2011 $75,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

2014 $65,000.00<br />

APD Mr Cao Hung Pham<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The Direct Strength Method project will allow structural design engineers, and companies manufacturing<br />

cold-formed steel building products to innovate more widely. It will enhance the <strong>Australian</strong> and American standards<br />

for cold-formed steel design improving safety in building structures.<br />

DP110104263 Prof Kim J Rasmussen, Dr Hao Zhang, Prof Bruce R Ellingwood<br />

Approved<br />

Project Title<br />

System reliability-based criteria for designing steel structures by advanced analysis<br />

2011 $80,000.00<br />

2012 $86,500.00<br />

2013 $86,500.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The aim of the project is to develop a new system-based criterion for designing steel structures using advanced<br />

analysis methods. The outcome of the research will help industry to design safer and more economic steel<br />

structures, thus enabling the profession to stay competitive in the national and international marketplace.<br />

Page 210


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110101603 Dr Britta Bienen, Prof Mark J Cassidy<br />

Approved<br />

Project Title<br />

Predicting the foundation performance of offshore jack-up drilling rigs in intermediate<br />

soils<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $80,000.00<br />

2014 $80,000.00<br />

APD Dr Britta Bienen<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The research outcomes will be a major step forward in creating safer operations of mobile platforms in our<br />

challenging seabed conditions. The new models and guidelines will assist engineers in the efficient expansion of<br />

our offshore oil and gas industry, with significant increased investment projected over the next five years.<br />

DP110104916 Prof Hong Hao, Prof Guowei Ma<br />

Approved<br />

Project Title<br />

Development of design and analysis methods for blast-resistant window structures<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

More than 80 per cent of casualties in explosion events are caused by glass shards from fractured windows. This<br />

project aims to develop design guidelines for blast-resistant windows, develop numerical methods to predict window<br />

failure and fragmentation, and investigate the effectiveness of various window-strengthening measures for life and<br />

property protection.<br />

DP110105171 Dr Tongming Zhou, Prof Liang Cheng, Dr Ming Zhao<br />

Approved<br />

Project Title<br />

Vortex and force characteristics of inclined offshore cylindrical structures in oscillatory<br />

flows<br />

2011 $104,500.00<br />

2012 $71,750.00<br />

2013 $71,750.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

Understanding the effects of the inclination angle of an offshore cylindrical structure on hydrodynamic loads in<br />

waves is vitally important for safety and longevity of these structures. The project outcomes will be invaluable in<br />

minimising the chances of structural failure and enhancing Australia's capabilities in hydrodynamic research.<br />

Page 211


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Western Sydney<br />

DP110101328 Prof Brian Uy, Dr Xinqun Zhu, Dr Olivia Mirza<br />

Approved<br />

Project Title<br />

The use of innovative anchors for the achievement of composite action for rehabilitating<br />

existing and deployment of demountable steel structures<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

This project will develop an innovative technology to connect steel and concrete elements in steel framed<br />

structures. This will allow new structures to be made demountable and will increase the remaining life of existing<br />

infrastructure. This will provide methodologies to increase the sustainability benefits of steel structures in<br />

construction.<br />

Page 212


0906<br />

Deakin University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ELECTRICAL AND ELECTRONIC ENGINEERING<br />

DP110102076 Dr Yong Xiang, Dr Yue Rong<br />

Approved<br />

Project Title<br />

Blind separation of mutually correlated sources<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

This project is aimed at developing novel techniques for blind separation of mutually correlated sources. The<br />

expected outcomes will significantly advance the theory of blind source separation and improve the performance of<br />

important practical systems, such as densely deployed sensor networks and wireless video surveillance systems.<br />

Macquarie University<br />

DP110103748 Dr Andrew J Lee, Dr Helen M Pask<br />

Approved<br />

Project Title<br />

Unleashing terahertz radiation through the marriage of solid state laser and photonic<br />

crystal technology<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $100,000.00<br />

APD Dr Andrew J Lee<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Terahertz (THz) radiation holds enormous potential to improve the security and well being of <strong>Australian</strong>s, but its<br />

application has been largely restricted to the laboratory. By using photonic crystals (structures responsible for<br />

shimmer of opals and butterfly wings) this project will generate a new technology enabling its practical and<br />

widespread application.<br />

Page 213


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105606 Dr Nemai C Karmakar<br />

Approved<br />

Project Title<br />

Electronically controlled phased array antenna for universal Ultra-High-Frequency (UHF)<br />

Radio-Frequency Identification (RFID) applications<br />

2011 $105,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

RFID may potentially replace barcodes allowing automated identification of individual items at multiple points in<br />

supply and distribution chains. A smart antenna engineered RFID reader improves efficacy in a host of applications<br />

such as logistics and security surveillance and tremendously benefits <strong>Australian</strong> economy as a key player in the<br />

field.<br />

DP110100713 A/Prof Malin H Premaratne, Dr Haroldo T Hattori, Prof Govind P Agrawal, Prof Richard M De La<br />

Rue<br />

Approved Empowering optical metamaterials with gain<br />

Project Title<br />

2011 $180,000.00<br />

2012 $180,000.00<br />

2013 $180,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Artificial materials composites (metamaterials) make it possible for us to observe extra-ordinary properties, such as<br />

magnetic behaviour in glass and bending light in any direction. The project proposes to enhance the usability of<br />

metamaterials by redesigning them to strengthen their interaction with light, thus making them suitable for industrial<br />

applications.<br />

Queensland University of Technology<br />

DP110104554 Prof Arindam Ghosh, A/Prof Firuz Zare<br />

Approved<br />

Project Title<br />

Innovations in stability, reliability and protection of electric power distribution systems to<br />

enable increased use of green energy<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

This project will develop the innovative concepts necessary to increase the number of renewable energy sources in<br />

electric power distribution systems. The aim is to enable systems with a distributed mix of conventional rotary<br />

generators and renewable converter interfaced generators to operate safely and to required standards of reliability.<br />

Page 214


RMIT University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104966 Prof Arnan Mitchell, Dr Lam A Bui<br />

Approved<br />

Project Title<br />

Ultra-fast serialised all optical image processing: addressing the electronic bottleneck in<br />

the world's fastest camera<br />

2011 $105,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

Serial time encoded amplified microscopy can capture over a million frames per second. At this rate, a megapixel<br />

image would fill a terabyte hard disk in a second. We will use photonics to condense and manipulated the video<br />

stream so that only the important features are 'seen', making it practical to process and store on a computer.<br />

DP110100262 Dr Sharath Sriram, Dr Paul R Stoddart, Dr Tatiana S Perova<br />

Approved<br />

Project Title<br />

Dynamic substrates for surface-enhanced Raman scattering: piezoelectric actuated<br />

nanotextures with phase-locked signal processing<br />

2011 $110,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

APD Dr Sharath Sriram<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

Surface-enhanced Raman scattering shows great promise for sensitive detection of a wide range of chemical and<br />

biological compounds. Novel electronic devices will be produced to actively tune the nanometre scale structures<br />

that generate the scattering signal, resulting in an improved fundamental understanding and control of the effect.<br />

Page 215


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110103369 A/Prof Thushara D Abhayapala<br />

Approved<br />

Project Title<br />

Robust signal processing theory for synthesis and analysis of spatial wavefields<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will develop breakthrough signal processing techniques applied to wireless communication, defence<br />

and surveillance, entertainment systems, and acoustic imaging. The outcomes will produce new products. The<br />

project will also provide high quality research training for gifted postgraduate students and postdoctoral<br />

researchers.<br />

DP110100538 Prof Brian D Anderson, Dr Changbin Yu, Dr Guoqiang Mao<br />

Approved<br />

Project Title<br />

Spatially distributed complex multiagent systems<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $120,000.00<br />

2014 $130,000.00<br />

2015 $120,000.00<br />

QEII Dr Changbin Yu<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will develop design methodologies for two related classes of technological systems: wireless sensor<br />

networks (in particular mobile sensor networks) and formations of mobile robotic agents. These technologies find<br />

application today in defence, and will probably become pervasive in the civilian sector.<br />

DP110102692 Prof David J Hill<br />

Approved<br />

Project Title<br />

Modelling and distributed control of large infrastructure networks<br />

2011 $155,000.00<br />

2012 $115,000.00<br />

2013 $140,000.00<br />

2014 $110,000.00<br />

2015 $110,000.00<br />

APF Prof David J Hill<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The main outcome of this project will be the capability to study systematically basic questions on the operation of<br />

large infrastructure systems. Methodologies for control of larger systems and security issues will be developed.<br />

Application of the techniques to several applications areas will include power grids and traffic networks.<br />

Page 216


DP110102003 Dr Hark H Tan<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

III-V Semiconductor Nanowire Solar Cells<br />

2011 $200,000.00<br />

2012 $180,000.00<br />

2013 $176,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

III-V semiconductors, proven as excellent photovoltaic materials, combined with unique properties of nanowires will<br />

be investigated as new materials for third generation high efficiency solar cells. It will lead to fundamental<br />

understanding of photovoltaic mechanisms in nanowires and demonstration of nanowire solar cells for future<br />

applications.<br />

The Flinders University of South Australia<br />

DP110101473 Dr Kenneth J Pope, Em/Prof John O Willoughby, Prof David M Powers, Dr Trent W Lewis<br />

Approved<br />

Project Title<br />

Enhanced brain and muscle signal separation verified by electrical scalp recordings from<br />

paralysed awake humans<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

This project will develop algorithms to separate brain signals from muscle signals in electrical recordings from the<br />

scalp. Cleaner brain signal measurement enables improvements in understanding how the brain works, the<br />

diagnosis and management of neurological diseases, and the development of brain-controlled devices for very<br />

disabled people.<br />

Page 217


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101346 Dr Rachel A Caruso, Prof Yi-Bing Cheng<br />

Approved<br />

Project Title<br />

High efficiency dye-sensitised solar cells containing multiple sensitisers<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project aims to develop a new scalable approach suitable for industrial production of high efficiency<br />

dye-sensitised solar cells (DSCs) on both glass and flexible polymer substrates. The success of the project would<br />

be a breakthrough in DSC technology, bringing the technology a significant step closer to wide-spread commercial<br />

applications.<br />

DP110103066 A/Prof Christina Lim, Prof Ampalavanapillai Nirmalathas, Dr Ka Lun Lee<br />

Approved<br />

Project Title<br />

New frontiers in ultra-wideband electro-optic measurement technologies<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project will lead to new frontier technologies for scientific instrumentation with greatly improved accuracies and<br />

ultra wide bandwidth capability with outcomes enhancing Australia's research profile in measurement science. New<br />

capabilities developed will benefit areas such as neuroscience, high-speed electronic circuitry designs and imaging.<br />

DP110103778 Dr Michael C Rotkowitz, A/Prof Michael W Cantoni<br />

Approved<br />

Project Title<br />

Optimal control with decentralised information<br />

2011 $196,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

2014 $130,000.00<br />

2015 $130,000.00<br />

QEII Dr Michael C Rotkowitz<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will deliver optimisation-based tools to underpin systematic engineering approaches to the<br />

management of complex and networked systems arising in diverse areas. Optimal control for achieving guaranteed<br />

behaviour finds application in transport, resource management and distribution, telecommunications, and robotics<br />

and automation.<br />

Page 218


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110105240 Dr Julien R Epps, Prof Eliathamby Ambikairajah, Prof Haizhou Li<br />

Approved<br />

Project Title<br />

Joint modelling and recognition of linguistic and paralinguistic speech information<br />

2011 $90,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

A new modelling framework will be developed exploiting interdependence between linguistic and paralinguistic cues<br />

to improve automatic recognition of emotion-related information. Applications in the high-tech industry include<br />

automatic routing of angry telephone customers or pre-suicidal crisis centre callers to specialist operators/clinicians.<br />

The University of Newcastle<br />

DP110105211 Prof Minyue Fu<br />

Approved<br />

Project Title<br />

Control of networked multi-agent systems<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Networked multi-agent systems find wide applications in smart electricity grids, transportation networks, networked<br />

security systems, environmental monitoring networks and hospital resource schedulers. This project aims to<br />

develop advanced theories and techniques to model and control these systems for high performance and resource<br />

efficiency.<br />

DP110102319 Prof Graham C Goodwin, Prof Arie Feuer<br />

Approved<br />

Project Title<br />

Vector quantization approaches to nonlinear stochastic estimation<br />

2011 $106,500.00<br />

2012 $106,500.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Many problems in health, economics, telecommunications and industrial control can be formulated as estimation<br />

problems with uncertain data. This project is aimed at developing a novel class of algorithms aimed at high<br />

complexity estimation problems. If successful, the project will provide new approaches to these problems.<br />

Page 219


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100186 Dr Alistair L McEwan<br />

Approved<br />

Project Title<br />

Individually addressable, active, multipoint electrodes for bio-potential recording and<br />

electrical impedance imaging<br />

2011 $88,400.00<br />

2012 $50,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

We will develop non-invasive devices based on biosignal and impedance monitoring. They will be highly portable<br />

and based on comfortable electrode patches that can be applied quickly in emergencies. The technology may be<br />

used to save lives and reduce disabilities by monitoring strokes and heart attacks and stimulate Australia's<br />

biomedical industry.<br />

DP110102243 Dr Xiaoke Yi, Prof Robert A Minasian<br />

Approved<br />

Project Title<br />

New multi-function wideband microwave and radio frequency signal conditioning based<br />

on photonic approaches<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $110,000.00<br />

2014 $120,000.00<br />

2015 $120,000.00<br />

QEII Dr Xiaoke Yi<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The demand for more bandwidth, more functionality and higher sensitivity creates unprecedented challenges for<br />

optimally conditioning wideband signals. The project leverages breakthroughs in photonics to develop new<br />

programmable microwave processors, with benefits to Australia in radar/antenna systems for defence and<br />

broadband wireless networks.<br />

Page 220


University of Wollongong<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101369 Dr Attila J Mozer, Prof Dr Niyazi S Sariciftci, Prof Keith C Gordon<br />

Approved<br />

Project Title<br />

Next generation excitonic solar cells using advanced charge generation concepts: setting<br />

the new efficiency benchmark<br />

2011 $163,000.00<br />

2012 $165,000.00<br />

2013 $165,000.00<br />

2014 $140,000.00<br />

2015 $140,000.00<br />

ARF Dr Attila J Mozer<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

Next generation cheap organic solar cells will be developed, which will facilitate the large scale deployment of<br />

affordable solar cells, thus enabling Australia to reduce its carbon footprint. The proposed significant advances in<br />

solar cell design will place Australia at the forefront of this technology creating new industries.<br />

Page 221


0909<br />

James Cook University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

GEOMATIC ENGINEERING<br />

DP110103364 Dr Marc Leblanc, Prof Michael I Bird, Dr Sarah O Tweed, Dr Paul N Nelson, Dr Christian Leduc<br />

Approved<br />

Project Title<br />

Remote sensing estimation of greenhouse gas emissions from floodplains in the wet-dry<br />

tropics<br />

2011 $150,000.00<br />

2012 $160,000.00<br />

2013 $100,000.00<br />

2014 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

This project provides regional-scale estimates of greenhouse gas emissions from major floodplains in the wet-dry<br />

tropics. These estimates are required for future national carbon accounting, and are critical knowledge gaps for<br />

current global climate models.<br />

Page 222


0910<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MANUFACTURING ENGINEERING<br />

DP110104970 A/Prof Bijan Shirinzadeh, Dr Yongmin Zhong, Prof Julian A Smith<br />

Approved<br />

Project Title<br />

Robotic microsurgery: intra-operative measurement, modelling and micromanipulation<br />

control<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This research will significantly improve microsurgery and minimally invasive surgery techniques, and further<br />

produce important benefits to medicine and healthcare. The project will also open new domains in the capabilities<br />

of modelling and control of complex systems with significant impact and benefits to numerous science and<br />

engineering practices.<br />

The University of New South Wales<br />

DP110100690 Prof Jun Wang, Prof Xiaoping Li, Dr Yasser M Ali<br />

Approved<br />

Project Title<br />

Developing a hybrid waterjet-laser micromachining technology and associated process<br />

models for damage-free fabrication of silicon substrates<br />

2011 $140,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This hybrid micromachining technology will make it possible for damage-free, fast micro-fabrication of high-integrity<br />

devices such as high performance silicon solar cells. It will open new directions for the <strong>Australian</strong> manufacturing<br />

industry in micro-technologies. The environmental and economic benefits to the nation will be highly significant.<br />

DP110103150 Prof Jun Wang<br />

Approved<br />

Project Title<br />

Modelling the cutting process and cutting performance in high-speed abrasive waterjet<br />

turning<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will have a significant impact for the manufacturing industry by providing a new abrasive waterjet<br />

turning technology for producing highly reliable products from advanced, but difficult-to-machine, materials. It will<br />

also develop into a new branch of science by understanding the mechanics associated with the new turning<br />

process.<br />

Page 223


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103991 Prof Lin Ye, Prof Jintu Fan<br />

Approved<br />

Project Title<br />

Fibrous fabrics with differential transplanar transport properties for moisture and water<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project develops a framework for the development of fibrous fabrics with desired differential transplanar<br />

transport properties for moisture and water, integrating various transport mechanisms with hierarchical<br />

microstructures of the fabrics. The results will lead to the development of new fabrics for the local and overseas<br />

apparel industry.<br />

University of Wollongong<br />

DP110101073 Prof Geoffrey M Spinks, A/Prof Seon-Jeong Kim<br />

Approved<br />

Project Title<br />

Mechanical advantage: biomimetic artificial muscles for micro-machines<br />

2011 $160,000.00<br />

2012 $140,000.00<br />

2013 $160,000.00<br />

2014 $160,000.00<br />

2015 $180,000.00<br />

APF Prof Geoffrey M Spinks<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project will develop better ways to operate miniature machines by copying the way that muscle operates in<br />

Nature. The outcome will be important for portable devices like digital cameras that need small, efficient motors.<br />

The artificial muscles developed in this project may also be used in medical prosthetics and more agile robots.<br />

DP110104823 Prof Kiet A Tieu, Dr Hongtao Zhu, Dr Prabuono B Kosasih, Dr Cheng Lu<br />

Approved<br />

Project Title<br />

Lubrication mechanics in hot strip rolling<br />

2011 $125,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

The economic benefits in steel production of lubrication, reduced rolling force and roll wear, energy saving on power<br />

consumption, and better strip quality are highly significant. This project will provide new knowledge on the<br />

lubrication mechanics to help the <strong>Australian</strong> metal manufacturing industry to achieve maximum benefits.<br />

Page 224


0911<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MARITIME ENGINEERING<br />

The University of New South Wales<br />

DP110101176 Dr Chris Blenkinsopp, A/Prof Ian L Turner, A/Prof Tom E Baldock, Prof Hocine Oumeraci<br />

Approved<br />

Project Title<br />

Bed shear stress on beach sediment and coastal structures under wave run-up<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The aim of this work is to obtain critical new information about the way waves interact with the coast and the<br />

damage they can cause to beaches and coastal protection structures. This new data will provide the basis for<br />

improved predictions of coastal erosion and better coastal engineering design in the face of sea-level rise and<br />

climate change.<br />

Page 225


0912<br />

Deakin University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MATERIALS ENGINEERING<br />

DP110100869 A/Prof Tong Lin, Dr Xin Liu<br />

Approved<br />

Project Title<br />

Directional fluid-transfer in thin porous materials with gradient wettability through<br />

thickness<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

This project will further strengthen Australia's world leading position in advanced fibrous materials research. It will<br />

provide a new platform technology to develop self-driven unidirectional fluid-transfer fabrics and porous membranes<br />

for diverse applications in daily life, healthcare, defence and a number of industrial processes.<br />

DP110101315 Dr Yan Zhao<br />

Approved<br />

Project Title<br />

Magnetic liquid marbles: a new droplet manipulation technique for channel-free<br />

microfluidics<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Yan Zhao<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

The project will explore the feasibility of developing a new droplet-manipulation strategy by using magnetically<br />

responsive liquid marbles capable of hosting various liquid droplets. It will significantly advance the development of<br />

a new generation of microfluidic devices: magnetic field-actuated channel-free droplet microfluidics.<br />

Page 226


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100882 Dr Mainak Majumder, Dr Ben A Corry, Dr Andrea I Schaefer<br />

Approved<br />

Project Title<br />

Carbon nanotube fluidic channels for desalination - interplay of nanoscale confinement<br />

and electrostatics<br />

2011 $170,000.00<br />

2012 $150,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Tiny tubes of carbon, ten thousand times smaller than human hair, allow water to pass through at extraordinary<br />

speed. This project aims to understand and improve their salt rejection properties using comprehensive<br />

experimental and theoretical approaches. This will provide the impetus and knowledge for developing advanced<br />

membranes for desalination<br />

DP110102311 Prof Huanting Wang, Prof George P Simon<br />

Approved<br />

Project Title<br />

Fast stimuli-responsive polymer hydrogels as a new class of draw agent for forward<br />

osmosis desalination<br />

2011 $150,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The ability to extract fresh water from saline water can be important in areas such as desalination and other<br />

industrial applications. In this project new materials will be developed to perform this operation at a much lower<br />

energy cost than similar processes, whilst also improving the purity of the separated water.<br />

DP110105461 Dr Bjorn Winther-Jensen<br />

Approved<br />

Project Title<br />

Novel fuel-cell structures based on electroactive polymers<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will tackle some of the challenges currently hindering progression of our society into a post-petroleum<br />

era via materials developments that will lead to in-expensive, more efficient fuel cell technologies. Specifically, a<br />

new class of organic catalysts and novel ion conducting membranes will be integrated into functional fuel-cells.<br />

Page 227


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110102753 Dr Rongping Wang, Prof Salvy P Russo, Prof Dr Himanshu Jain, Prof Kia L Ngai<br />

Approved<br />

Project Title<br />

Understanding and optimising the microstructure of Germanium-Arsenic-Selenium<br />

glasses for superior device performance<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The project will seek to use a combined theoretical and experimental approach to develop 'state of the art' optical<br />

glass materials for use in integrated nonlinear optical components. Such materials could be used as optical<br />

waveguides in broadband communication systems and offer the possibility of significant improvement in<br />

telecommunication performance.<br />

DP110100618 Prof Ray L Withers, Dr Yun Liu, Prof Dr Zhuo Xu<br />

Approved<br />

Project Title<br />

Probing anti-ferroelectric to ferroelectric structural phase transitions: towards high power<br />

energy transformation devices<br />

2011 $110,000.00<br />

2012 $90,000.00<br />

2013 $110,000.00<br />

2014 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Materials which can be rapidly switched from anti-ferroelectric to ferroelectric states exhibit a wide range of<br />

exploitable properties. This project will identify the factors enabling such materials to respond to applied electric<br />

fields and mechanical stresses and use them to enhance the ability of industry to develop new advanced materials.<br />

Page 228


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101293 Prof Mark J Biggs, A/Prof Phillip Pendleton, Prof Francisco Rodriguez-Reinoso, Prof Katsumi<br />

Kaneko<br />

Approved Improved models of nanoporous carbons for greater fundamental insight and better<br />

Project Title sustainable technology<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Storage of hydrogen and energy from intermittent sources like solar and wind, and 'carbon capture' from coal-fired<br />

power stations are essential requirements for a sustainable future. A state-of-the-art computer model will be<br />

developed and demonstrated to help deliver these and other technologies for a safe and sustainable future.<br />

DP110102877 Dr Sheng Dai<br />

Approved<br />

Project Title<br />

New bar-encoded polymer microbeads for multiplexed bioanalysis-a quick and<br />

high-throughput approach for complex disease diagnosis<br />

2011 $159,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Distinguishable new bar-encoded (element-encoded) polymer microbeads associated with a mass<br />

spectroscopy-flow cytometer detector provide a novel platform for highly multiplexed biological analysis. Such an<br />

approach can simultaneously identify many non-self-agents at low concentrations, which facilitates early-stage<br />

complex disease diagnosis.<br />

Page 229


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110102391 Dr Dewei Chu<br />

Approved<br />

Project Title<br />

Development of advanced metal oxide materials for next generation nonvolatile memory<br />

devices<br />

2011 $220,450.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

APD Dr Dewei Chu<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The purpose of the project is to explore a new memory technology, resistive random-access memory, that can be<br />

made smaller than those of today, as well as preferably being faster, power saving and nonvolatile. The project is<br />

expected to bring resistive random-access memory materials a step closer to nonvolatile memory devices<br />

application.<br />

DP110105264 Prof Charles C Sorrell<br />

Approved<br />

Project Title<br />

Modification of optical properties of photocatalytic titania<br />

2011 $105,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The aim of the project is to capitalise on and optimise the recently discovered successful modification of the optical<br />

properties of titanium oxide (TiO2), such that efficient solar splitting of water is possible. TiO2 photocatalysts of<br />

adequate efficiency will be implemented as photoanodes in photoelectrochemical cells capable of large-scale<br />

production of hydrogen.<br />

DP110102306 A/Prof Nagarajan Valanoor, A/Prof Pamir S Alpay<br />

Approved<br />

Project Title<br />

Nanostructured ferroic oxides: Why does defect-induced nanoscale heterogeneity<br />

matter?<br />

2011 $180,000.00<br />

2012 $180,000.00<br />

2013 $180,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Ferroic oxides are an important class of functional materials used in applications such as storage memories,<br />

medical devices and smart sensors. This project will significantly impact the fundamental understanding and<br />

development of ferroic devices by revealing the underpinning interface mechanisms that govern their behaviour in<br />

nanostructured form.<br />

Page 230


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104629 Dr Danyang Wang, Prof Helen L Chan<br />

Approved<br />

Project Title<br />

Development of high-performance lead-free piezoelectric superlattices for<br />

environmentally-friendly and biocompatible piezoelectric micromachined ultrasonic<br />

transducers (pMUTs) applications<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This program is aimed at development of environmentally friendly and biocompatible lead-free piezoelectric thin<br />

films and superlattices for the potential applications in pMUTs. The expected outcome includes deposition of BNT<br />

and BZT-based thin films and superlattices, and enhancement of their physical properties by strain and interface<br />

engineering.<br />

DP110105338 Dr Jiabao Yi<br />

Approved<br />

Project Title<br />

The development of advanced diluted magnetic semiconductors through nonmagnetic<br />

element doping and defect engineering for spin transistors<br />

2011 $150,000.00<br />

2012 $140,000.00<br />

2013 $150,000.00<br />

2014 $155,000.00<br />

2015 $155,000.00<br />

QEII Dr Jiabao Yi<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project is to develop advanced diluted magnetic semiconductor materials by nonmagnetic element doping and<br />

defects engineering for the fabrication of spin devices (for example, spin transistors) and to understand the physics<br />

and engineering science of 'spin' behaviour.<br />

Page 231


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110100550 Dr Zhigang Chen, Dr Dawei Wang, Prof Dr Chang Liu<br />

Approved<br />

Project Title<br />

Development of nanostructured sensors for ultra-sensitive, label-free and selective<br />

detection of biological and chemical species<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Outcomes will significantly advance the technical and fundamental understanding of sensor assembly and provide<br />

guidelines for developing and manufacturing nanostructured sensors, which is critical for next generation nanoscale<br />

sensing platforms for health care, medical diagnostics and chemical detection and Australia's emerging sensor<br />

industries.<br />

DP110102730 Prof Paul Meredith, Prof Alan J Heeger, Dr Ebinazar B Namdas<br />

Approved<br />

Project Title<br />

Active channel organic transistors<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The objective of our project is to create the next generation of electronic transistors based upon organic<br />

semiconductors. Specifically, the project will create devices for use in applications such as low power lighting,<br />

chemical sensing and lasers.<br />

DP110105256 Dr Ya-Feng Yang<br />

Approved<br />

Project Title<br />

Net shape manufacturing of titanium alloys by powder metallurgy<br />

2011 $100,700.00<br />

2012 $83,000.00<br />

2013 $83,000.00<br />

APD Dr Ya-Feng Yang<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project is aiming at developing a novel net shape manufacturing for advanced materials (titanium alloys) and<br />

addresses Priority Goal of Advanced Materials of <strong>Research</strong> Priority 3: Frontier Technologies for Advanced<br />

Materials. It represents new science and innovative engineering and has the potential to produce valuable new<br />

intellectual property.<br />

Page 232


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103533 Dr Xiwang Zhang<br />

Approved<br />

Project Title<br />

High performance multifunctional hierarchical structured membrane for water processing<br />

2011 $105,000.00<br />

2012 $105,000.00<br />

2013 $105,000.00<br />

2014 $105,000.00<br />

2015 $105,000.00<br />

ARF Dr Xiwang Zhang<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The water processing industry is one of the most important economic sectors in Australia, though water scarcity is<br />

an economic limiting growth factor. The project targets at developing the next generation water processing<br />

technology affordable to residential consumption and applications in the industry and agriculture.<br />

Page 233


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102021 Prof Marcela M Bilek, Prof Dougal G McCulloch, Dr Martina Lattemann, Prof Ulf Helmersson<br />

Approved<br />

Project Title<br />

New generation pulsed magnetron sputtering for the synthesis of advanced materials<br />

2011 $160,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Magnetron sputtering underpins the manufacture of many products ranging from semiconductor microelectronics to<br />

energy efficient windows. This project will create a new generation sputtering process fully compatible with current<br />

technology but capable of synthesising new phases and new film microstructures with greatly enhanced<br />

performance.<br />

DP110100676 Dr Julie M Cairney, Dr Daniel S Gianola<br />

Approved<br />

Project Title<br />

Quantifying the role of impurities in nanocrystalline metals<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project aims to create new designer nanocrystalline materials with applications in aerospace, transportation<br />

and medical devices through the controlled addition of impurity elements. This project will investigate and predict<br />

the fundamental role of these impurities to be able to tailor the mechanical properties to particular applications.<br />

DP110103414 Prof Roger I Tanner, Dr Xijun Fan<br />

Approved<br />

Project Title<br />

Rheology of suspensions with viscoelastic matrices<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Suspensions of particles in non-simple fluids are an important class of materials (foods, paints, cosmetics,<br />

semi-crystalline polymers) for which scant experimental flow data (beyond viscosity measurements) and practically<br />

no easily applicable theories exist. The project aims to give us vastly improved theoretical predictions of material<br />

behaviour.<br />

Page 234


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110105082 Prof John M Dell, Prof Dr David L Pulfrey, Prof Klaus H Ploog<br />

Approved<br />

Project Title<br />

Cadmium telluride/Germanium (CdTe/Ge) tandem-junction solar cells for efficiency<br />

enhancement in thin-film photovoltaics<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The purpose of this project is to improve the efficiency of large-area, thin-film CdTe solar cells by using them in a<br />

tandem arrangement with thin-film Ge cells. An increase of 25 per cent in efficiency appears possible, which would<br />

greatly improve the prospects for cost-competitive photovoltaic power generation.<br />

DP110105296 Prof Xiao-Zhi Hu, Prof Paul I Ichim<br />

Approved<br />

Project Title<br />

Development of a hydroxyapatite-containing ceramic composite core dental implant<br />

system with effective variable elastic properties<br />

2011 $80,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The proposed dental implant system with a bio-active 'effective ligament' and thus variable elastic properties is<br />

closer to the natural tooth structure than the current high modulus metal and ceramic implants. The new implant<br />

system provides clinical longevity by promoting hard tissue growth and by reducing the stress concentration.<br />

DP110101653 Prof Timothy B Sercombe, Dr Anthony P Roberts, Dr Vivien J Challis, Dr Lai Chang Zhang,<br />

A/Prof Joseph F Grotowski, Asst Prof James K Guest, Prof Dr Jürgen Eckert<br />

Approved Porous beta-titanium bone implants optimised for strength and bio-compatibility: design<br />

Project Title and fabrication<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

APD Dr Vivien J Challis<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The project aims to develop the scaffold-design and manufacturing techniques that will underpin the next<br />

generation of bone implants. The scaffolds will be specifically designed to match the key biomechanical properties<br />

of bone, and fabricated from novel titanium alloys using the latest generation of advanced manufacturing<br />

technologies.<br />

Page 235


University of Wollongong<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100398 A/Prof Alexey V Pan, Dr Olga V Shcherbakova, Dr Sihai Zhou, Dr Ivan P Nevirkovets, Dr Karl H<br />

Muller, Prof Tom H Johansen, Prof Dr Hans Hilgenkamp<br />

Approved New approach to control grain boundary behaviour in superconducting thin films<br />

Project Title<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project aims at finding a new approach to overcome the cornerstone problem of high temperature<br />

superconducting films through new design, magnetic interactions, and real-time magnetic flux visualisation at the<br />

quantum level. The expected ultimate achievement would be to develop new technologies, delivering the best<br />

performance of the films.<br />

DP110103909 Dr Jia Z Wang, Mr Shulei Chou, A/Prof Huijun Li, Prof Dr Yuping Wu, Dr Kiyoshi Ozawa<br />

Approved<br />

Project Title<br />

A novel hybrid electrochemical energy system for both high energy and high power<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

APD Mr Shulei Chou<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project will lead to the development of a new energy-storage system by integrating the advantages of the<br />

lithium battery and the supercapacitor. The development of new scientific knowledge during this project will<br />

significantly enhance the international competitiveness of Australia in the area of energy storage.<br />

Page 236


0913<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MECHANICAL ENGINEERING<br />

The University of Newcastle<br />

DP110103938 A/Prof Philip D Clausen, A/Prof Tristan Perez, Dr Colin E Coates, Prof David H Wood<br />

Approved<br />

Project Title<br />

Improved design and operational efficiency of small wind turbines in unsteady flows<br />

2011 $50,000.00<br />

2012 $40,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

The purpose of this research is to improve the design and performance of small wind turbines for energy<br />

generation. The expected outcomes are novel control strategies and mechanical designs that account for unsteady<br />

aerodynamics and its effects on structural loads and power quality. Recommendations to improve current design<br />

standards will be made.<br />

DP110104777 Prof Mark G Jones, Em/Prof Alan W Roberts, Dr Kenneth C Williams<br />

Approved<br />

Project Title<br />

An investigation of granular stress fields and permeability interactions in gas-solid flow<br />

2011 $60,000.00<br />

2012 $60,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project will provide the fundamental theoretical basis for a completely new approach to the design of dense<br />

phase pneumatic conveying systems. This will lead to improved energy efficiency, significantly greater operational<br />

reliability and reduced wear of system components for the transport of bulk solids in the resource and process<br />

industries.<br />

The University of Queensland<br />

DP110103270 Dr Kamel Hooman<br />

Approved<br />

Project Title<br />

A novel air-cooled fuel cell system<br />

2011 $70,000.00<br />

2012 $66,000.00<br />

2013 $66,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project presents a novel cooling technology for fuel cell systems. This new design will not only save up to 50<br />

per cent of the material cost but also leads to 20 per cent less fuel consumption compared to the existing fuel cells.<br />

This can save us billions of dollars per year with profound impact on our nation's carbon-emission-free alternative<br />

energy sources.<br />

Page 237


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104698 A/Prof Qing Li, Dr Shiwei Zhou<br />

Approved<br />

Project Title<br />

Topology optimisation? An engineering approach to design of metamaterials<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Metamaterials offer unusual physical properties and have significant potential to many technological innovations in<br />

precision instrument, medical, telecommunication, space and defence industries in the future. This project aims to<br />

develop a computational method for metamaterials so that they can be designed in an effective way.<br />

DP110104123 Prof Liyong Tong<br />

Approved<br />

Project Title<br />

Design of compliant structure systems with integrated actuators<br />

2011 $100,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will meet some key scientific challenges in finding new smart compliant structures with desired<br />

functions for products, like morphing wings, piezoelectric-based energy harvesters, bio-sensors, in aerospace,<br />

energy, medical instruments and environment industries etc., and hence support economic activities and growth in<br />

Australia.<br />

Page 238


0914<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

RESOURCES ENGINEERING AND EXTRACTIVE METALLURGY<br />

The University of Adelaide<br />

DP110104766 Prof Peter A Dowd, Dr Chaoshui Xu<br />

Approved<br />

Project Title<br />

Stochastic modelling of fractures in crystalline rock masses for hot dry rock enhanced<br />

geothermal systems<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Hot dry rock geothermal energy will contribute significant base-load power to the nation without producing<br />

greenhouse gas emissions. This research will contribute to the optimal design of fracture generation programmes<br />

to create effective artificial reservoirs in geothermal systems, which is crucial to successful geothermal energy<br />

production.<br />

The University of Newcastle<br />

DP110105133 Prof Graeme J Jameson<br />

Approved<br />

Project Title<br />

A high-rate process for mineral flotation<br />

2011 $250,000.00<br />

2012 $250,000.00<br />

2013 $250,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Flotation is an important operation in the minerals industry, the bedrock of Australia's prosperity. Currently it is hard<br />

to recover the finest valuable particles. A new device has been discovered that is up to a 100 times faster, giving<br />

improved recoveries and much lower capital cost. This project will investigate new phenomena used in the device.<br />

Page 239


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110101507 Prof Peter C Hayes, Prof Evgueni Jak<br />

Approved<br />

Project Title<br />

The significant impacts of morphological and interface stability on gas/solid reaction<br />

kinetics and for metals production<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will provide fundamental scientific information on the reduction of metal oxides in hydrocarbon based<br />

systems, information required to successfully reduce Greenhouse gas emissions in metal production technologies.<br />

It will also extend our understanding of the fundamental science of decomposition of inorganic metal compounds.<br />

DP110103922 Prof Evgueni Jak, Prof Peter C Hayes, Prof Arthur D Pelton<br />

Approved<br />

Project Title<br />

New thermodynamic database development method for increasingly complex chemical<br />

systems supporting electric car battery recycling and other industries<br />

2011 $50,000.00<br />

2012 $50,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This strategic project will provide Australia with advanced research capability in high temperature thermochemistry<br />

and technology development fields, and support the development of the recycling processes for hazardous but<br />

valuable materials from electric car rechargeable batteries-part of solution to global warming and increasing CO2<br />

emissions.<br />

The University of Sydney<br />

DP110102645 Dr Giang D Nguyen, Dr Pierre Rognon<br />

Approved<br />

Project Title<br />

The micro-mechanics of faulting and fluid flow in porous reservoir rocks<br />

2011 $148,100.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project will improve the understanding of the mechanics and physics of reservoir rocks under various loading<br />

conditions. This will have impact on the recovery of hydrocarbon energy resources, storage of carbon dioxide in<br />

depleted oil reservoirs, and extraction of energy from geothermal reservoirs in Australia.<br />

Page 240


0915<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

INTERDISCIPLINARY ENGINEERING<br />

Swinburne University of Technology<br />

DP110102014 Dr Christopher D Easton<br />

Approved<br />

Project Title<br />

Surface tension-confined microfluidics: moving towards a flexible platform for<br />

diagnostics.<br />

2011 $90,300.00<br />

2012 $81,846.00<br />

2013 $81,846.00<br />

APD Dr Christopher D Easton<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

The point-of-care industry is poised to fulfil the international need for effective and mobile diagnostics tools;<br />

however current strategies are restricting this from becoming a reality. Surface tension-confined microfluidics<br />

provide an opportunity to meet the requirements necessary for flexible platform for point-of-care devices.<br />

The <strong>Australian</strong> National University<br />

DP110100925 Prof John D Close, Dr Nicholas P Robins, Prof Wolfgang Ertmer, Prof Ernst M Rasel<br />

Approved<br />

Project Title<br />

Precision inertial sensing with cold atoms<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Many advances in our technology-driven society rely on precision measurement. The project will provide the<br />

<strong>Australian</strong> industrial and government sectors with new and better inertial sensors to measure acceleration, rotation<br />

and gravity. The technology will find application in navigation, defence, mineral exploration, earth science and<br />

fundamental physics.<br />

Page 241


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102448 Dr Nicholas Hutchins, Dr Jason P Monty, Prof Min S Chong<br />

Approved<br />

Project Title<br />

A novel surface preparation for manipulation of turbulent boundary layers<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Australia's geographic isolation means that we are unusually dependent on long-haul transportation systems for<br />

sustaining our economy. This project seeks to examine novel surface coatings to reduce the drag of large transport<br />

systems. A successful outcome would ultimately reduce Australia's fuel costs and environmental footprint.<br />

DP110102896 Prof Joseph C Klewicki<br />

Approved<br />

Project Title<br />

Elucidating the inertial force mechanisms of turbulence<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The turbulent flow of fluids (for example, air, water) near a solid surface is of enormous technological importance.<br />

The proposed research will advance engineering prediction and control capabilities by revealing how the unsteady<br />

eddying motions produce the apparent inertial force that distinguishes turbulent flows from their laminar<br />

counterparts.<br />

Page 242


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110104763 Dr Evatt R Hawkes, Dr Shawn Kook, Dr John E Dec<br />

Approved<br />

Project Title<br />

Fuel stratification to enable higher load operation of homogeneous charge compression<br />

ignition engines<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The project aims to provide knowledge needed to solve a problem impeding the development of an efficient and<br />

clean engine concept known as homogeneous charge compression ignition. Fuel stratification using alternative<br />

fuels will be studied fundamentally and used to reduce the problematic rapid pressure changes that occur in these<br />

engines.<br />

DP110104764 Dr Evatt R Hawkes, Dr Jacqueline H Chen<br />

Approved<br />

Project Title<br />

The stabilisation of lifted jet flames in hot oxidiser<br />

2011 $120,000.00<br />

2012 $124,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The project will contribute fundamental insights on a crucial phenomenon in diesel engines: the detachment of the<br />

flame from the fuel nozzle, which strongly affects harmful emissions of nitrogen oxides (NOx) and particulates.<br />

Detailed numerical simulations will be used to reveal the mechanism of flame stabilisation, knowledge that will aid<br />

the development of cleaner engines.<br />

Page 243


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102343 Dr Michael P Kirkpatrick, A/Prof Wenxian Lin, Prof Steven W Armfield<br />

Approved<br />

Project Title<br />

The dynamics of turbulent entrainment in sheared convective boundary layers<br />

2011 $130,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project aims to develop general laws to enable the accurate prediction of boundary layer entrainment<br />

processes. This will be significant in a wide range of environmental and engineering applications. In particular, the<br />

current lack of understanding of this area is a major source of uncertainty in the latest generation of global climate<br />

models.<br />

DP110105535 Prof Assaad R Masri<br />

Approved<br />

Project Title<br />

Towards a unified understanding of Clean Turbulent Combustion<br />

2011 $250,000.00<br />

2012 $250,000.00<br />

2013 $250,000.00<br />

2014 $250,000.00<br />

2015 $250,000.00<br />

APF Prof Assaad R Masri<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will explore the parameter space encompassing the entire domain of turbulent combustion to provide a<br />

unified understanding that will advance the development of computational tools which will be used in optimising the<br />

design of clean and efficient combustion systems hence facilitating Australia's transition to a low carbon economy.<br />

DP110101533 Dr Chiara Neto, Dr Shaun C Hendy<br />

Approved<br />

Project Title<br />

Tailoring surface properties to maximise boundary slip for microfluidic applications<br />

2011 $90,000.00<br />

2012 $90,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Overcoming the huge hydrodynamic resistance that slows down liquid flow in confined spaces is a technical and<br />

scientific challenge. The project will need to answer the question: what interfacial properties control liquid slip on<br />

solid surfaces? Surfaces will be designed to mimic real world examples that present strong drag reduction.<br />

Page 244


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103417 Dr Nicholas J Williamson<br />

Approved<br />

Project Title<br />

Purging and destratifying of thermal and saline pools in Australia's inland rivers<br />

2011 $121,400.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

APD Dr Nicholas J Williamson<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The health of inland <strong>Australian</strong> rivers is significantly affected by saline intrusions into deep river pools. This study<br />

will provide tools which can be immediately used to predict required flow releases and understand river response to<br />

natural or managed flow release. This will improve the efficiency with which water resources can be used.<br />

Page 245


1004<br />

Macquarie University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MEDICAL BIOTECHNOLOGY<br />

DP110102207 Dr David W Inglis, Prof Ewa M Goldys, Prof Mark S Baker, A/Prof Nils P Calander, Prof Robert H<br />

Austin<br />

Approved Quest for trace biomarkers in complex media through innovative nanoscale science of<br />

Project Title fluids, molecules, particles and light<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project will break new ground in the detection of rare molecules in biological samples by exploiting the<br />

interactions of fluids, molecules and particles confined in nanoscale channels. By revealing yet unknown<br />

biomarkers the project will bring a radical change in medical diagnostics and in the science and technology used to<br />

map the Human Proteome.<br />

Monash University<br />

DP110102633 Prof Donald McNaughton, Prof Edouard G Stanley, Prof Andrew G Elefanty, Dr Mark J Tobin<br />

Approved<br />

Project Title<br />

Developing the basis for an quality control platform for human pluripotent stem cells and<br />

their differentiated derivatives<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Biophotonic techniques based on spectroscopy have the potential to provide low-cost, automatable measurements<br />

for the quality control of stem and differentiated cells produced for use in industry and regenerative medicine. This<br />

project is aimed at acquiring the fundamental scientific knowledge base required to bring this about.<br />

DP110104437 Dr Kylie M Wagstaff<br />

Approved<br />

Project Title<br />

Novel technology platform for gene delivery into intact cells<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

APD Dr Kylie M Wagstaff<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Delivery of DNA to cells is a crucial but highly inefficient process. This project will develop a way to manipulate the<br />

genetic code of cells efficiently and to easily generate stem cells from normal adult cells, thus avoiding controversial<br />

embryonic harvesting. This new technology will have potential benefits for research, agriculture and humans alike.<br />

Page 246


1005<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

COMMUNICATIONS TECHNOLOGIES<br />

Curtin University of Technology<br />

DP110100736 Prof Sven E Nordholm, Dr Yue Rong, Dr Defeng D Huang, Dr Alexander J Duncan<br />

Approved<br />

Project Title<br />

Increasing the range and rate of underwater acoustic communication systems using<br />

multi-hop relay<br />

2011 $220,000.00<br />

2012 $160,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

Australia has a very long coastline, thus it is vitally important for Australia to efficiently explore and exploit the rich<br />

resources in the ocean. This project develops novel communication technologies for long-range and high-rate<br />

underwater acoustic communications that are crucial to <strong>Australian</strong> ocean-related industries and defence<br />

applications.<br />

The <strong>Australian</strong> National University<br />

DP110102548 Prof Rodney A Kennedy, Dr Tharaka A Lamahewa, Mr Xiangyun Zhou, Prof Georgios B<br />

Giannakis<br />

Approved Optimum cross-layer design in wireless communication systems with channel uncertainty<br />

Project Title<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

For wireless communications to be part of Australia's information delivery infrastructure, including the National<br />

Broadband Network, requires improvements in reliability, speed and cost effectiveness over current technologies.<br />

The assembled world class research team has the objective to develop advanced design techniques to meet this<br />

challenge.<br />

The University of Adelaide<br />

DP110103505 A/Prof Matthew Roughan, Dr Walter Willinger<br />

Approved<br />

Project Title<br />

Internet traffic-matrix synthesis<br />

2011 $155,000.00<br />

2012 $135,000.00<br />

2013 $135,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will enhance research and development in Internet engineering by providing basic inputs to test and<br />

validate new ideas. The result will be a more efficient, reliable, and robust Internet.<br />

Page 247


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101391 Dr Marcus N Brazil, Prof Doreen A Thomas<br />

Approved<br />

Project Title<br />

Relays and robustness: achieving optimal efficiency in wireless sensor networks<br />

2011 $87,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Wireless sensor networks consist of coordinated sensing and relay devices that offer us new ways to observe and<br />

interact with the physical world, with direct applications to national security and environmental monitoring. We aim<br />

to develop powerful new methods to get the best performance from a planned sensor network through smart relay<br />

deployment.<br />

DP110103363 A/Prof William Shieh, Dr Abdullah Al Amin<br />

Approved<br />

Project Title<br />

The road to Terabit Era: the optical transport perspective<br />

2011 $115,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The Internet has been playing an increasingly critical role in today's society. The project aims to look into novel<br />

approaches to construct the physical layer of optical internet networks. The project will keep Australia in the leading<br />

edge of exciting Terabit transport technologies as well as create many commercial opportunities in Australia.<br />

The University of New South Wales<br />

DP110104995 Prof Jinhong Yuan, Prof Li Ping<br />

Approved<br />

Project Title<br />

Efficient cross-layer coding techniques for wireless networks<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project is proposed to develop novel wireless communication/networking design theory and practical strategies<br />

based on the emerging network coding technique. The expected outcomes can be used to substantially increase<br />

network throughput and reliability of future wireless services, such as wireless Internet and mobile broadcasting.<br />

Page 248


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103324 Dr Raymond H Louie<br />

Approved<br />

Project Title<br />

Design of future cognitive radio relay networks<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Raymond H Louie<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project will aim to make fundamental advances in the design of spectrum-efficient cognitive radio relay<br />

networks. This will be facilitated by novel designs using game theory, multiple-antenna and cooperative relaying<br />

technologies. These designs will be essential to the future development of spectrum-efficient wireless<br />

communications.<br />

The University of Western Australia<br />

DP110103980 Dr Mikhail Kostylev, Dr Rantej Bali, A/Prof Sergey N Samarin, Prof Robert L Stamps, A/Prof<br />

Sergej O Demokritov, Prof Giovanni Carlotti, A/Prof Adekunle O Adeyeye, Dr Oleksandr Serha<br />

Approved Complex magnetic structures for microwave, logic and memory applications<br />

Project Title<br />

2011 $190,000.00<br />

2012 $140,000.00<br />

2013 $180,000.00<br />

2014 $170,000.00<br />

APD Dr Rantej Bali<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The proposed work addresses high profile fields of nanotechnology and frequency agile materials. Device<br />

prototypes of novel energy efficient components for microwave signal processing, for wave logic and for memory<br />

applications based on magnetic materials will be designed, fabricated and studied.<br />

Page 249


1007<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

NANOTECHNOLOGY<br />

Commonwealth Scientific and Industrial <strong>Research</strong> Organisation<br />

DP110105341 Dr Jacek J Jasieniak<br />

Approved<br />

Project Title<br />

Nanoparticle inks for electronic applications employing nanostructured thin-films<br />

2011 $81,846.00<br />

2012 $81,846.00<br />

2013 $81,846.00<br />

APD Dr Jacek J Jasieniak<br />

Administering Organisation<br />

Project Summary<br />

Commonwealth Scientific and Industrial <strong>Research</strong> Organisation<br />

The development of next-generation technologies requires careful engineering of materials at the nanoscale. Using<br />

nanoparticle inks, many of the engineering difficulties which exist at these length scales can be overcome, thus<br />

allowing for technologies such as thin-film solar cells to become cheaper and more efficient.<br />

Deakin University<br />

DP110101188 Prof Ying I Chen, Prof Wenhui Duan<br />

Approved<br />

Project Title<br />

Ultra-fine boron nitride nanotubes<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

This research aims to advance <strong>Australian</strong>'s leading position in boron nitride nanotube research and applications in<br />

the world by exploring new ultrafine nanotubes with the unique properties for new nanotechnology and environment<br />

protection applications.<br />

DP110101974 Prof Cuie Wen, Prof Deliang Zhang<br />

Approved<br />

Project Title<br />

Multimodal nanostructured metals and alloys with high tensile ductility and strength<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

This project will develop a new class of advanced multimodal nanostructured materials that have high tensile<br />

ductility, strength, and excellent fracture toughness. This work is important for the transportation industry as the new<br />

materials provide potential in creating lightweight structures, leading to the reduction of carbon dioxide emission.<br />

Page 250


Monash University<br />

DP110105312 Dr Udo Bach<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Concepts towards the next generation of dye-sensitised solar cells: tandem and<br />

plasmonic solar cells<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

2014 $70,000.00<br />

2015 $70,000.00<br />

ARF Dr Udo Bach<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project aims at exploring the feasibility of novel device concepts to enhance the performance of dye-sensitised<br />

solar cells. These concepts include tandem solar cells as well as novel energy relay systems based on the ability of<br />

nanoparticles to effectively act as antenna systems that can funnel energy towards a sensitising dye molecule.<br />

DP110101019 Dr Michael K Danquah, Prof Vasso Apostolopoulos, Prof Dr Liang-Yin Chu<br />

Approved<br />

Project Title<br />

Multifunctional biodegradable nanoparticles for enhanced DNA vaccine delivery<br />

2011 $160,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

DNA vaccine, which shows better immunological and economic merits than conventional vaccines, suffers clinical<br />

failure due to the difficulty of delivering intact DNA molecules to relevant cells. This project seeks to develop smart<br />

polymer nanospheres to protect the DNA molecules from premature degradation in order to improve its efficacy.<br />

DP110100462 A/Prof Dan Li<br />

Approved<br />

Project Title<br />

Novel solution processable carbon nanohybrids<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Carbon nanomaterials have extraordinary electrical and mechanical properties but their processing into robust<br />

macroscopic structures is difficult. This project will develop innovative processing strategies to bring carbon<br />

nanohybrids a step closer to large scale applications, particularly in high-performance energy storage and<br />

conversion devices.<br />

Page 251


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Queensland University of Technology<br />

DP110102773 Prof Lidia Morawska, Dr Congrong He, Dr Thor E Bostrom, A/Prof Darren J Martin<br />

Approved<br />

Project Title<br />

Detection, characteristics and dynamics of airborne engineered nanoparticles for human<br />

exposure assessment<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

Recent advances in nanotechnology have led to questions about the safety of airborne engineered nanoparticles in<br />

commercial and research facilities. This project aims to develop an understanding of nanoparticle emission and<br />

behaviour in the air, which is needed to control workplace exposure to these particles and minimise the risk to<br />

human health.<br />

Swinburne University of Technology<br />

DP110102870 Dr James W Chon, Prof Dr Michel Orrit<br />

Approved<br />

Project Title<br />

Geometry variation and coupling of single gold nanorods for highly efficient, one-photon<br />

and two-photon luminescent markers<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

The search for highly efficient, non toxic and stable luminescence markers is continuing for many applications in<br />

bio- and nano-photonics. The project's study of gold nanorod luminescence is designed to fundamentally<br />

understand and control the luminescence quantum efficiency of gold nanorod and ultimately unveil its potential as<br />

the future marker.<br />

The <strong>Australian</strong> National University<br />

DP110100975 Prof Andrei V Rode, Prof Wieslaw Z Krolikowski, Prof Miles J Padgett<br />

Approved<br />

Project Title<br />

Nanometrology of laser-trapped airborne particles<br />

2011 $170,000.00<br />

2012 $170,000.00<br />

2013 $170,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project aims to develop a new concept of touch-free measuring of physical characteristics of nanoparticles<br />

using specially designed optical vortex beams. The new concept will be of direct importance in developing new<br />

nanotechnologies demanding ever-increasing purity of every element in the industrial environment and production<br />

processes.<br />

Page 252


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101454 Dr Kristy C Vernon<br />

Approved<br />

Project Title<br />

Boolean plasmonics: the design of nano-optical logic gates<br />

2011 $125,000.00<br />

2012 $125,000.00<br />

2013 $125,000.00<br />

APD Dr Kristy C Vernon<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The success of this project will see the development of an all-optical nano-scale logic gate. Such a device will<br />

drastically improve communications and information technology. Standard lithographic techniques will be used<br />

ensuring reproducibility and mass production, placing Australia at the forefront of the photonic market.<br />

The University of New South Wales<br />

DP110103802 A/Prof Adam P Micolich, Prof Heiner Linke, Prof Lars Samuelson<br />

Approved<br />

Project Title<br />

Electron transport in semiconductor nanowire devices - Setting two top nanoelectronics<br />

problems on the straight and narrow<br />

2011 $140,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will establish a new program to build electronic devices using tiny semiconductor nanowires. This<br />

project will contribute strongly to Australia's ongoing efforts in semiconductor nanotechnology and quantum<br />

information science, and allow Australia to play a leading role in the development of the next generation of<br />

electronics technologies.<br />

Page 253


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110101978 Prof Chengzhong Yu, Prof Gaoqing M Lu, Prof Xinguo Jiang, Dr Jian Liu<br />

Approved<br />

Project Title<br />

Designer nano-carriers for targeted hydrophobic anticancer drug delivery with enhanced<br />

bioavailability<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

APD Dr Jian Liu<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will prepare novel nano-carriers for water insoluble anticancer drug delivery with enhanced<br />

bioavailability and targeted therapy. The techniques developed in this project will advance the intellectual leadership<br />

of Australia and improve therapeutic efficacy, reduce side effects, and promote good health.<br />

DP110100565 Prof Jin Zou, Prof Wei Lu<br />

Approved<br />

Project Title<br />

Understanding the role of catalysts in the epitaxial growth of multinary III-V<br />

semiconductor nanowires and nanowire heterostructures<br />

2011 $190,000.00<br />

2012 $190,000.00<br />

2013 $190,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will address a bottle-neck problem in the nanowire community. The outcomes of this project will provide<br />

new knowledge in nanoscience and guidelines for the development of nanowire-based nanodevices and<br />

nanosystems. This is strategically important to place Australia at the forefront of developments on nanoscience and<br />

nanotechnology.<br />

The University of Sydney<br />

DP110103117 Dr Yanbo Wang<br />

Approved<br />

Project Title<br />

Effects of grain size on the deformation mechanisms and mechanical properties of Gum<br />

Metals (Ti alloys)<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Yanbo Wang<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The project aims to understand the relationships among grain size, mechanical properties and deformation<br />

mechanisms using in-situ deformation transmission electron microscopy techniques. This will provide the<br />

fundamental science for designing Gum Metals with superior properties for a range of engineered and biomedical<br />

applications.<br />

Page 254


University of South Australia<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103391 Dr Rossen Sedev, Dr Jason N Connor, Prof John Ralston<br />

Approved<br />

Project Title<br />

Electrowetting as a tool for measuring the surface energy of solids<br />

2011 $90,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of South Australia<br />

Ionic liquids can be forced to spread over hydrophobic surfaces by applying an electric field, thus overwriting their<br />

natural tendency to bead. This phenomenon, called electrowetting, can be used to manipulate liquids but also to<br />

determine the surface energy of the solid surface which is a key design parameter in many applications.<br />

DP110104179 Prof Dayang Wang, Dr David A Beattie, Dr Catherine P Whitby, Prof Helmut Moehwald<br />

Approved<br />

Project Title<br />

Nanoparticle adsorption at air-water interfaces for foam stabilization<br />

2011 $160,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of South Australia<br />

Pharmaceutical formulations and lightweight materials and processes such as mineral flotation and biocatalysis<br />

depend on the interactions between air bubbles and particles in water. This project will provide in-depth insight into<br />

how the physics and chemistry of the particle surfaces control the structure of the materials formed in those<br />

processes.<br />

University of Wollongong<br />

DP110104359 Dr Michael J Higgins<br />

Approved<br />

Project Title<br />

Synergistic nanostimulation of nerve cells using atomic force microscopy technology<br />

2011 $125,000.00<br />

2012 $125,000.00<br />

2013 $125,000.00<br />

2014 $125,000.00<br />

2015 $110,000.00<br />

ARF Dr Michael J Higgins<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

The research will develop multifunctional nanoelectrodes for neural prosthetic devices of the future. They will be<br />

smaller and more effective, enabling integration with single neural networks in the body, to improve the clinical<br />

treatment of severe neurological disorders and loss of sensory (hearing and vision) and motor functions.<br />

Page 255


1102<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CARDIOVASCULAR MEDICINE AND HAEMATOLOGY<br />

DP110101498 Dr Andreas Fouras, Prof Stuart B Hooper, Prof Rob A Lewis<br />

Approved<br />

Project Title<br />

In-vivo detection of airway injury and disease using phase contrast X-ray velocimetry<br />

2011 $140,000.00<br />

2012 $110,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Currently diagnosis of lung disease, a major cause of death in humans, is based on clinical symptoms that do not<br />

usually manifest until the disease is well advanced. This project will develop a novel imaging technique, X-ray<br />

velocimetry, to detect changes in tissue before symptoms arise, potentially leading to strategies for managing lung<br />

diseases.<br />

DP110101941 Dr Marcus J Kitchen, Prof Stuart B Hooper<br />

Approved<br />

Project Title<br />

Low dose methods for detecting early lung disease using x-ray phase contrast imaging.<br />

2011 $150,000.00<br />

2012 $145,000.00<br />

2013 $145,000.00<br />

2014 $140,000.00<br />

2015 $140,000.00<br />

ARF Dr Marcus J Kitchen<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will develop a highly sensitive, low-dose x-ray imaging technique for the early detection of diseases of<br />

the respiratory system. This technology will have the potential to be used as a diagnostic screening tool to reduce<br />

the incidence of respiratory related deaths from diseases such as lung cancer and emphysema.<br />

The University of Queensland<br />

DP110101706 Prof Peter D Sly, Dr Philip A Stumbles, Dr Alexander N Larcombe, Prof Zoltan Hantos, Dr<br />

Anthony Kicic, Dr Deborah H Strickland<br />

Approved Rhinovirus impairs physiological and immunological lung development and causes<br />

Project Title exacerbation of allergic airways disease<br />

2011 $190,000.00<br />

2012 $180,000.00<br />

2013 $180,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Rhinovirus (RV) infections account for around 90 per cent of asthma exacerbations, yet the mechanisms behind<br />

this are unknown. This project will use mouse models to study the effects of early life RV infection and allergic<br />

sensitisation on respiratory and immunological development, with the expectation that early life RV infection<br />

disrupts anitgen presenting cell function.<br />

Page 256


1107<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

IMMUNOLOGY<br />

DP110103616 Dr Niamh E Mangan<br />

Approved<br />

Project Title<br />

The role of a novel protein, interferon epsilon, in reproductive tract immunity<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

2014 $120,000.00<br />

2015 $120,000.00<br />

ARF Dr Niamh E Mangan<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project aims to develop a world-first description of a new protein that has a protective role against female<br />

reproductive tract infections. This unique protein, called interferon epsilon, was discovered in our laboratory. This<br />

project will facilitate development of new therapeutic approaches of benefit in diseases such as Chlamydia and<br />

Herpes Simplex Virus.<br />

DP110105024 Dr Di Yu<br />

Approved<br />

Project Title<br />

microRNAs and the control of T lymphocyte differentiation, function and malignant<br />

transformation<br />

2011 $115,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The molecular mechanism of the immune system is not completely understood. This project will investigate how<br />

transcription factors and microRNAs, two major types of regulatory molecules work together to control immune<br />

responses. The results from this research will assist in the design of better vaccination strategies and treat certain<br />

lymphomas.<br />

The University of Melbourne<br />

DP110104124 Prof Dale I Godfrey, Dr Onisha Patel<br />

Approved<br />

Project Title<br />

Atypical T cell receptor recognition of monomorphic CD1 antigen-presenting molecule<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

T lymphocytes are white blood cells that respond to foreign molecules (antigens). Until recently, most known<br />

antigens were proteins. This project will study how T lymphocytes recognise a different class of antigen (glycolipids)<br />

that are likely to play an equally important role in the immune system.<br />

Page 257


The University of Newcastle<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101107 A/Prof Phil M Hansbro, Prof Paul S Foster, Prof Rakesh K Kumar<br />

Approved<br />

Project Title<br />

Development of microbial bioproducts for the suppression of inflammation<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Asthma and inflammatory diseases are serious health problems that result from excessive inflammation. Exposure<br />

to bacteria may reduce inflammation. This project will identify the bacterial components that reduce inflammation<br />

and develop them into new anti-inflammatory therapies for asthma.<br />

The University of Sydney<br />

DP110104429 Dr Paulus Mrass, Prof Dr Wolfgang Weninger, Dr Janka Petravic<br />

Approved<br />

Project Title<br />

Real-time analysis of tumour-infiltrating T cells using novel analytical tools<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

By dynamic visualization of immune cells within intact tumours, we have shown that active screening for target cells<br />

optimises their anti-tumour effect. This project will develop novel mathematical/analytical tools to unravel the basic<br />

strategies that enable immune cells to position themselves at the right location at the right time.<br />

Page 258


1108<br />

La Trobe University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MEDICAL MICROBIOLOGY<br />

DP110100624 Prof Leann Tilley, Dr Matthew W Dixon<br />

Approved<br />

Project Title<br />

Probing sexual transformation of the human malaria parasite, Plasmodium falciparum,<br />

using novel imaging modalities<br />

2011 $150,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

2014 $150,000.00<br />

2015 $150,000.00<br />

APF Prof Leann Tilley<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

Malaria parasites adopt a characteristic banana shape prior to sexual recombination; without this shape change<br />

disease transmission via mosquitoes cannot occur. This project will use advanced imaging technologies to study<br />

sexual recombination of malaria with a view to preventing the millions of deaths due to malaria each year.<br />

The University of Melbourne<br />

DP110100483 Dr Michael F Duffy, Dr Anthony T Papenfuss, Prof Graham V Brown, Asst Prof Zbynek Bozdech,<br />

Asst Prof Michael S Kobor<br />

Approved Are alternative histones important regulators of transcription in Plasmodium falciparum?<br />

Project Title<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Malaria parasites depend on tightly controlled expression of their genes for maintaining infection and causing<br />

disease. The project will identify mechanisms of gene control used by parasites; these mechanisms may provide<br />

targets for malaria therapies.<br />

DP110101351 Dr Marc Pellegrini<br />

Approved<br />

Project Title<br />

Evolution of immunoregulatory networks: preventing autoimmunity at the expense of<br />

perpetuating chronicity in persistent infections<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Chronic pathogens like HIV take advantage of human genes that regulate immune responses, which evolved to<br />

prevent autoimmunity, enabling them to evade eradication. This project defines the nature and interplays between<br />

these genes and will provide valuable clues as to how immunity can be manipulated to promote clearance of<br />

persistent infections.<br />

Page 259


1109<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

NEUROSCIENCES<br />

DP110101200 Prof Marcello Rosa, Prof Partha P Mitra<br />

Approved<br />

Project Title<br />

Computational neuroanatomy: analysis of neural connections in the primate brain<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will map the full network of connections between brain cells, using a computer graphics database that<br />

will consolidate data from hundreds of experiments. This will allow the first realistic simulations of neural activity,<br />

and will provide new insights about the structure and function of the nervous system.<br />

The University of Adelaide<br />

DP110100297 Dr Mark R Hutchinson<br />

Approved<br />

Project Title<br />

Toll Like Receptor signalling as a mediator of sex differences in pain, opioid and alcohol<br />

action<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

2014 $140,000.00<br />

2015 $140,000.00<br />

ARF Dr Mark R Hutchinson<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

Brain immunology will be examined in this project to see if the signalling of a receptor called Toll Like Receptor 4<br />

can explain sex differences in pain, and the action of pain killers and alcohol. These findings will have significant<br />

implications on the understanding of male and female brains, and will assist in the design of new drugs to treat<br />

brain and spinal cord diseases.<br />

Page 260


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100379 Dr Jhodie R Duncan, Prof Andrew Lawrence, Dr Timothy W Bredy, Dr Maria Gavrilescu<br />

Approved<br />

Project Title<br />

The long-term consequences of toluene exposure on the maturing brain.<br />

2011 $130,000.00<br />

2012 $115,000.00<br />

2013 $115,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Inhalant abuse is a significant problem especially among adolescent and indigenous communities. This project will<br />

provide insights into the long-term neurobiological consequences following inhalant exposure during adolescence<br />

when critical aspects of brain development are still occurring and how these may relate to altered behaviour in<br />

adulthood.<br />

DP110102084 Dr Joanne Fielding, Prof Gary F Egan<br />

Approved<br />

Project Title<br />

The cognitive control of saccades: identifying neuroanatomical and neurophysiological<br />

substrates<br />

2011 $100,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will use imaging techniques to provide a greater understanding of neural processes underpinning the<br />

cognitive control of eye movement. As eye movements are often used as a measure cognition, understanding the<br />

functional organisation of the eye movement network, and the differences that predict how well a person performs,<br />

is crucial.<br />

DP110100086 Dr Elizabeth L Scarr, Dr Joseph N Varghese, Prof Brian Dean, Dr Connie Darmanin<br />

Approved<br />

Project Title<br />

Resolving the Structures of Human Muscarinic M1 and M4 Receptors.<br />

2011 $50,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Muscarinic receptors are vital for most basic human brain functions. These receptors are changed in schizophrenia<br />

and Alzheimer's disease. This project will determine the structure and localisation of two of these receptors in order<br />

to i) understand their roles in brain disorders and ii) develop drugs to treat disorders involving them.<br />

Page 261


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101368 Dr Anthony R White, Prof James Camakaris<br />

Approved<br />

Project Title<br />

Improving neuronal cell function with cell permeable copper complexes<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Metal-based drugs offer an exciting new approach to treatment of neurodegeneration. However, little is known<br />

about how cells metabolise these drugs and this information is critical for further drug development. This project will<br />

determine how metal-based drugs are metabolised by neuronal cells and how this may result in therapeutic benefit.<br />

The University of New South Wales<br />

DP110102771 Prof Peter W Gunning, Dr Thomas Fath, Prof James R Bamburg<br />

Approved<br />

Project Title<br />

The role of tropomyosin in coordinated neurite branching<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will explore how nerve cells generate a highly branched network of cell processes which allows all<br />

higher functions of the nervous system. We previously discovered the central role of a component of the cell<br />

architecture in determining the branching pattern and in this project expect to reveal the molecular basis for its<br />

function.<br />

Page 262


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110103201 Prof Perry F Bartlett, Prof Andrew W Boyd<br />

Approved<br />

Project Title<br />

Development of novel reagents that specifically counteract EphA4 to enhance axonal<br />

regeneration<br />

2011 $140,000.00<br />

2012 $140,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will examine the role of EphA4, an important guidance protein, in neural cell regeneration. The goal is<br />

to understand the signalling mechanisms that inhibit regeneration in the central nervous system and to develop<br />

novel biological agents to overcome these processes and promote functional recovery after nervous system injury<br />

or disease.<br />

DP110104292 A/Prof Roslyn N Boyd, A/Prof Jenny M Ziviani, Dr Andrea Guzzetta<br />

Approved<br />

Project Title<br />

Effect of infant hand observation training on the early development of hand reaching and<br />

grasping in healthy infants and those with early brain damage<br />

2011 $110,000.00<br />

2012 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The best way to learn a new motor skill is to look at people who can already do it. But is this also true for infants?<br />

And, can we help infants with motor problems by teaching them how to do it? This project aims to answer these<br />

questions by studying training based on the observation of parent's actions by infants with and without brain<br />

damage.<br />

DP110101803 Prof Geoffrey J Goodhill<br />

Approved<br />

Project Title<br />

Mechanisms of nerve fibre guidance by molecular gradients<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Brain wiring is crucial for brain function. The project will investigate the basic principles underlying the development<br />

of brain wiring, using both experiments and mathematical models. This will lead a predictive model of how wiring<br />

develops, both in normal and abnormal situations.<br />

Page 263


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101567 Dr Julia Hocking<br />

Approved<br />

Project Title<br />

Memory and the temporal lobes<br />

2011 $35,000.00<br />

2012 $50,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will use brain imaging techniques to investigate how humans perceive, combine and access stored<br />

knowledge about the world via different senses. This information will not only provide information on normal brain<br />

processes, but will also provide vital data on what happens to memory if certain regions of the brain become<br />

damaged.<br />

DP110105389 Prof Justin N Marshall, Dr Karen L Cheney, Dr Shelby Temple, A/Prof Thomas H Cribb<br />

Approved<br />

Project Title<br />

The functions of reef fish colour patterns: how did the coral trout get its spots?<br />

2011 $90,000.00<br />

2012 $80,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

How did the coral trout get its spots? Why are some reef fish striped yellow and blue while others dress in pink and<br />

orange blotches? This project goes beyond just interpreting animal colours and uses a new approach to reveal the<br />

meanings of whole body patterns. Uniquely, it does so through the eyes of the fish themselves.<br />

DP110103277 Prof Mandyam V Srinivasan<br />

Approved<br />

Project Title<br />

Visual guidance of flight in birds<br />

2011 $200,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Birds flying rapidly amidst the branches of trees engage continually in a three-dimensional slalom. This project will<br />

study birds flying through tunnels and gaps, to understand how they use their eyes and wings to achieve this agility.<br />

The results could suggest better designs for unmanned aerial vehicles operating in dense urban environments.<br />

Page 264


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105636 Dr Bernard W Balleine, Prof MacDonald J Christie<br />

Approved<br />

Project Title<br />

Action-related learning and plasticity in the cortico-striatal network<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project focuses on the neural bases of adaptive behaviour, specifically on the neural processes through which<br />

new actions are acquired. This project aims to establish the neural networks involved as well as the locus of the<br />

critical cellular plasticity mediating this learning process in the brain.<br />

DP110104579 A/Prof Simon Carlile<br />

Approved<br />

Project Title<br />

The effect of multisensory and sensory-motor training on auditory accommodation<br />

2011 $110,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Learning to use a hearing aid or cochlear implant requires the brain to make adaptive changes to the new type of<br />

sensory information provided to the ears. This project examines what drives this accommodation and how we may<br />

accelerate the process and maximise its benefits by training so that listeners are able to make better use of these<br />

devices.<br />

University of Western Sydney<br />

DP110102173 Dr Tamara L Watson<br />

Approved<br />

Project Title<br />

Identifying the basis for perceptual stability and perceptual omission during saccadic eye<br />

movements<br />

2011 $100,000.00<br />

2012 $85,000.00<br />

2013 $100,000.00<br />

APD Dr Tamara L Watson<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

The ability to explore the world via eye movements is an important feature of visual capabilities. This project will<br />

establish how the brain maintains the perception of a stable and stationary world despite the several eye<br />

movements made each second. This knowledge will fill a conspicuous gap in the understanding of the human<br />

visual system.<br />

Page 265


1112<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ONCOLOGY AND CARCINOGENESIS<br />

DP110105009 Prof Jiri Neuzil<br />

Approved<br />

Project Title<br />

Mitochondrially targeted anti-cancer drugs modulate the mitochondrial genome<br />

2011 $110,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

Successful cancer management requires novel therapeutical approaches. This project will test the effect of a new<br />

class of compounds that target mitochondria, the powerhouse of the cells, where they suppress expression of<br />

mitochondrial genes. By this mechanism, cancers that are resistant to apoptosis induction can be inhibited.<br />

Page 266


1113<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OPTOMETRY AND OPHTHALMOLOGY<br />

Queensland University of Technology<br />

DP110102018 Prof David A Atchison, Dr Andrew J Lambert, Prof William N Charman<br />

Approved<br />

Project Title<br />

Removing the blinkers: a wider study of the human eye. Peripheral aberrations, wide-field<br />

retinal imaging and optical parameters<br />

2011 $120,000.00<br />

2012 $113,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

This project will study peripheral (side vision) optics of the human eye and its role in the limits of visual<br />

performance. This will improve ocular measurements and contribute towards improved diagnosis and treatment of<br />

ocular diseases and short-sightedness.<br />

Swinburne University of Technology<br />

DP110103784 Prof David P Crewther, Prof Sheila G Crewther<br />

Approved<br />

Project Title<br />

The mechanism for defocus-driven ocular growth<br />

2011 $95,000.00<br />

2012 $90,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

30 per cent of the <strong>Australian</strong> young adult population (with much higher percentages in Asia) suffer from myopia, and<br />

while we know the retina senses defocus, we do not know how. The knowledge gained through this project will help<br />

the development of pharmaceuticals to control myopia and of developmental practices that minimise the chances of<br />

children becoming myopic.<br />

Page 267


1114<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PAEDIATRICS AND REPRODUCTIVE MEDICINE<br />

The University of Adelaide<br />

DP110102979 Prof Raymond J Rodgers, Dr Helen F Irving-Rodgers<br />

Approved<br />

Project Title<br />

Interactions between cells and extracellular matrix in the epithelial-mesenchymal<br />

transition of the ovarian follicular stratified epithelium<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

The lining of many mammalian organs and cavities contain cells that can transform into different cells to bring about<br />

organ development or repair but if it goes horribly wrong the cells become metastatic cancers. This project<br />

examines the key features of this process especially the roles of matrix that develops around the cells in this<br />

process.<br />

Page 268


1117<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PUBLIC HEALTH AND HEALTH SERVICES<br />

Curtin University of Technology<br />

DP110103905 Dr Lynn Meuleners, Prof Andy H Lee, Ms Delia V Hendrie, Dr Jonathon Ng<br />

Approved<br />

Project Title<br />

The impact of first and second eye cataract surgery on falls and utilisation of mental<br />

health services among older <strong>Australian</strong>s<br />

2011 $70,000.00<br />

2012 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This population-based study will investigate the association and timing of cataract surgery and health-related costs<br />

in reducing the incidence of falls and utilisation of mental health services following first and second eye cataract<br />

surgery. Evidence-based recommendations will be developed to improve safety for older <strong>Australian</strong>s.<br />

Deakin University<br />

DP110101434 Dr Kylie D Hesketh, Prof Jo Salmon, A/Prof Anthony D Okely, Dr Anna F Timperio, Dr Dylan P<br />

Cliff, Dr Nick Andrianopoulos<br />

Approved Determinants of children's physical activity and sedentary behaviour: a follow-up study<br />

Project Title from early childhood<br />

2011 $195,851.00<br />

2012 $172,314.00<br />

2013 $179,696.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

This project investigates changes in preschool children's physical activity and sedentary behaviour, and influences<br />

on these changes, during the important period of transition to school. It will provide important information on how we<br />

might assist children to be more active, thereby avoiding the detrimental health and social outcomes of inactivity.<br />

La Trobe University<br />

DP110101199 Prof Marian K Pitts, Prof Victor Minichiello, Dr Gail Hawkes<br />

Approved<br />

Project Title<br />

Sexual well-being and ageing: a study of older <strong>Australian</strong> women<br />

2011 $42,009.00<br />

2012 $130,000.00<br />

2013 $108,000.00<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

This research addresses important issues of ageism and sexism that together affect older women's health and<br />

well-being. The findings will inform the link between aging, sexuality and more general dimensions of health and<br />

well-being and advance our understanding of issues central to policy and services for older <strong>Australian</strong>s.<br />

Page 269


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101349 Dr Samantha L Thomas, Prof Timothy S Olds, Dr Samantha L Murray, Prof Jim Hyde<br />

Approved<br />

Project Title<br />

Weighing the impact: How do <strong>Australian</strong> families interpret and respond to population<br />

messaging about obesity, weight loss and physical activity?<br />

2011 $126,916.00<br />

2012 $111,578.00<br />

2013 $74,237.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

How do adults and adolescents - both fat and thin - respond to the range of obesity messages that they are<br />

exposed to in their everyday lives? This study investigates the attitudes and opinions of 150 families about current<br />

obesity campaigns, and will develop a practical template for improving current obesity messaging strategies.<br />

Queensland University of Technology<br />

DP110105043 Dr Lisa Buckley, Prof Mary C Sheehan, Adj/Prof Victor Siskind<br />

Approved<br />

Project Title<br />

Protecting young people from harm and injury: investigating the utility of a risk and<br />

protective framework<br />

2011 $64,169.00<br />

2012 $176,964.00<br />

2013 $88,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

Serious injuries due to transport, violence and alcohol associated risk-taking are the main cause of teenage death.<br />

An innovative school course will be taught and evaluated that increases protecting others from risk, helping injured<br />

friends and promoting a connected environment where teachers and peers reach out to provide support.<br />

DP110100651 Prof Shilu Tong, Prof Patricia E Dale, Prof John S Mackenzie, Prof Kerrie L Mengersen<br />

Approved<br />

Project Title<br />

From science to policy: quantifying and managing the risk of mosquito borne disease in<br />

the context of climate change<br />

2011 $108,712.00<br />

2012 $96,543.00<br />

2013 $105,705.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

It is important to assess and manage the health risks of climate change. This research will create fundamental<br />

knowledge and practical skills on the interdisciplinary assessment and management of health risks of climate<br />

change, and explore policy ramifications of research outcomes in this study.<br />

Page 270


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110101990 A/Prof Richard T O'Kearney, A/Prof Karen Salmon<br />

Approved<br />

Project Title<br />

Enhancing emotion knowledge in pre-schoolers with disruptive behaviour: the role of<br />

mother-child emotion talk<br />

2011 $111,786.00<br />

2012 $123,896.00<br />

2013 $128,967.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

How can the mother of a disruptive son help him deal better with his anger and fears? The research identifies<br />

aspects of mother-child emotion talk that influence the child's ability to understand negative emotions. It assesses if<br />

mothers can alter their emotion talk with their children to improve their child's emotion knowledge and behaviour.<br />

The Flinders University of South Australia<br />

DP110101893 Dr Damien W Riggs<br />

Approved<br />

Project Title<br />

Mapping the developmental trajectories of foster families<br />

2011 $58,306.00<br />

2012 $57,120.00<br />

2013 $58,005.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

Currently lacking in <strong>Australian</strong> research on foster care is a developmental account of foster families. This research<br />

will, through an ethnographic study of foster families, provide a map of the unique shapes that foster families take,<br />

and will provide much needed information about the support needs of both foster carers and children.<br />

Page 271


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101713 Dr Sarah E Drew, Prof Johanna G Wyn, Dr Helen W Cahill, Prof Vicki A Anderson, Dr Jenny L<br />

Hynson, Ms Maria C McCarthy, Dr Rony E Duncan<br />

Approved Improving the participation of young people with chronic illness in triadic medical<br />

Project Title discussions about their health<br />

2011 $45,000.00<br />

2012 $30,000.00<br />

2013 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This research will identify key strategies for empowering young people and improving their participation in medical<br />

communication about chronic illness. Project outcomes will include the development of guidelines and educational<br />

resources to support young people, parents and doctors to achieve open, inclusive communication in medical<br />

settings.<br />

DP110101758 Dr Jodie McVernon, Dr Kevin B Korb, Dr Kathryn Glass, Dr James McCaw, Dr Emma McBryde<br />

Approved<br />

Project Title<br />

Development of an 'ageing household' model for assessing medium to long-term vaccine<br />

impact in populations<br />

2011 $120,045.00<br />

2012 $120,590.00<br />

2013 $124,136.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

As birth rates in developed and newly industrialising countries fall, so too do the number of households containing<br />

children, with implications for the spread of infections in families. We aim to study the influence of this phenomenon<br />

on the risk of common childhood infections, and the length of time that vaccines given in infancy will protect.<br />

The University of New England<br />

DP110104680 Prof Victor Minichiello, A/Prof John G Scott<br />

Approved<br />

Project Title<br />

A framework to promote safer practice in commercial sex encounters<br />

2011 $91,654.00<br />

2012 $94,357.00<br />

2013 $90,068.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New England<br />

The project will address public health needs by producing a framework to promote safer sex practices in<br />

commercial sexual encounters involving men, by considering the motivation and practice of those involved. It will<br />

also enhance our understanding of masculinity.<br />

Page 272


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100992 A/Prof Rebecca Q Ivers, Prof Kathleen F Clapham, A/Prof James E Harrison, Dr Teresa M<br />

Senserrick, Prof Russell L Gruen, Dr Alexandra L Martiniuk<br />

Approved Road safety and Aboriginal people<br />

Project Title<br />

2011 $186,752.00<br />

2012 $97,020.00<br />

2013 $90,310.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This study will involve an in-depth examination of factors underlying the high involvement in road crashes by<br />

Aboriginal people in Australia. Using mixed methods in six communities across NSW and South Australia it will<br />

inform development of new programs aimed at closing the gap in this important area.<br />

DP110101740 Dr Lisa J Keay, A/Prof Rebecca Q Ivers, Dr Soufiane Boufous<br />

Approved<br />

Project Title<br />

Evaluation of a program to enable older, at-risk drivers to stop or limit driving, but<br />

maintain mobility<br />

2011 $135,631.00<br />

2012 $190,154.00<br />

2013 $106,043.00<br />

APD Dr Lisa J Keay<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

<strong>Research</strong>ers will evaluate the safety benefits of a program designed to help older drivers to make timely decisions<br />

about continuing to drive. Importantly, the program integrates the concepts of safety and mobility through providing<br />

alternate transport. The findings will provide valuable direction for promotion of healthy aging in the community.<br />

DP110105115 A/Prof Jennifer A O'Dea, A/Prof Michael J Dibley, A/Prof Liaquat Hossain<br />

Approved<br />

Project Title<br />

An investigation of ethnicity, socio-economic status and social networks as drivers of<br />

childhood obesity and body image among children and adolescents<br />

2011 $190,003.00<br />

2012 $144,763.00<br />

2013 $116,859.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This study addresses the problem of obesity and overweight in children and adolescents in Australia. It aims to<br />

build a longitudinal picture of relevant social, behavioural and environmental factors and includes a unique study of<br />

the role of social networks in determining and reinforcing understandings and prevalence of obesity and overweight.<br />

Page 273


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100090 Prof Johanna I Westbrook, Prof William T Dunsmuir, Prof Christine M Duffield<br />

Approved<br />

Project Title<br />

Advancing understanding of health professionals' work and communication patterns and<br />

the effectiveness of work reform initiatives<br />

2011 $120,745.00<br />

2012 $182,773.00<br />

2013 $208,533.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Health systems internationally need to improve productivity and the way hospital staff work together. Yet we have<br />

surprisingly poor data about these and few measurement techniques. This project will deliver new methods,<br />

information and theoretical advances to support the design and evaluation of future workforce reform initiatives.<br />

The University of Western Australia<br />

DP110100967 Prof Fiona J Stanley, Dr Melissa O'Donnell, Dr Natasha Nassar, A/Prof Ruth Gilbert, Dr Marni D<br />

Brownell<br />

Approved Public health approach to child abuse and neglect: antecedents, outcomes and<br />

Project Title international comparisons of trends<br />

2011 $81,885.00<br />

2012 $61,385.00<br />

2013 $56,385.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

Child maltreatment is a significant public health issue. Findings will identify characteristics of at-risk children,<br />

families and communities; mental health and juvenile justice outcomes. Findings will be used to develop policy<br />

recommendations for intervention and prevention strategies to reduce vulnerability and improve monitoring of<br />

maltreatment.<br />

University of South Australia<br />

DP110101738 Prof Timothy S Olds, Prof Wendy J Brown, Dr Carol A Maher, Dr Jannique G van Uffelen, Dr<br />

Nicola W Burton<br />

Approved Retirement activity planning: a randomised controlled trial<br />

Project Title<br />

2011 $96,385.00<br />

2012 $66,385.00<br />

2013 $66,385.00<br />

2014 $66,385.00<br />

APD Dr Carol A Maher<br />

Administering Organisation<br />

Project Summary<br />

University of South Australia<br />

Retirement is a life transition where people must rethink the way they use their time, but little thought is given to<br />

planning for this. This project will assess the effect of systematic pre-retirement activity planning on use of time<br />

after retirement, with an emphasis on physical activity and sedentary behaviours.<br />

Page 274


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Technology, Sydney<br />

DP110103025 Dr Katherine E Carroll<br />

Approved<br />

Project Title<br />

'Liquid Gold': establishing the place of donated human milk in the tissue economy<br />

2011 $92,846.00<br />

2012 $106,846.00<br />

2013 $95,978.00<br />

APD Dr Katherine E Carroll<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

Donated human milk can offer profound benefits to the health and survival of hospitalised pre-term infants yet<br />

Australia is slow to adopt its use. This research explores the policies and practices of donated human milk use in<br />

Australia, and will contribute to the development of donated breast milk policy, and progress current tissue donation<br />

theory.<br />

University of Wollongong<br />

DP110100857 Dr Christopher A Magee, A/Prof Peter Caputi, Prof Donald Iverson<br />

Approved<br />

Project Title<br />

Short sleep as a cause of obesity: a longitudinal examination of <strong>Australian</strong> children and<br />

adults<br />

2011 $40,000.00<br />

2012 $40,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This project will examine whether short sleep durations predict weight gain and obesity in <strong>Australian</strong> children and<br />

adults. The findings will have potentially important implications for how obesity is treated and prevented in Australia.<br />

Page 275


1201<br />

RMIT University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ARCHITECTURE<br />

DP110100939 Prof Leon H van Schaik, A/Prof SueAnne Ware, Prof Geoffrey London, Prof Colin Fudge<br />

Approved<br />

Project Title<br />

Design practice research: uncovering the role of spatial intelligence in designing and in<br />

reviewing design of the built environment<br />

2011 $52,000.00<br />

2012 $54,000.00<br />

2013 $48,000.00<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

This project will result in the identification and methodical analysis of spatial intelligence as deployed by Architects,<br />

Landscape Architects and Urban Designer practitioners. It will also explore improvements and invention of new<br />

design policies and design procurement procedures which are informed by deeper understandings of Spatial<br />

Intelligence.<br />

The University of Melbourne<br />

DP110100505 A/Prof Julie L Willis, Prof Kate Darian-Smith, Prof Philip J Goad, A/Prof Hannah Lewi, Dr David<br />

G Nichols, Dr Elain Harwood, A/Prof Julie E McLeod<br />

Approved Designing <strong>Australian</strong> schools: a spatial history of innovation, pedagogy and social<br />

Project Title change<br />

2011 $130,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will provide understanding of the design, educational and environmental motivations underpinning<br />

modern <strong>Australian</strong> schools in the twentieth-century, thus informing current ideas about the school as a centre of the<br />

broader social and local community fabric.<br />

The University of Queensland<br />

DP110101711 Prof John P Macarthur, Dr Naomi Stead, Dr Deborah van der Plaat<br />

Approved<br />

Project Title<br />

The cultural logic of Queensland architecture: place, taste and economy<br />

2011 $30,000.00<br />

2012 $30,000.00<br />

2013 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The project seeks a better understanding of the cultural role of architecture in Queensland, interrogating notions of<br />

place, climate, and art, as they have been used to describe local architecture past and present. This will illuminate<br />

the strategies and effects of state support for architecture as a cultural activity and object of taste.<br />

Page 276


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105596 Prof Dr Richard De Dear<br />

Approved<br />

Project Title<br />

Field survey of residential air conditioning and comfort in Australia<br />

2011 $48,000.00<br />

2012 $38,000.00<br />

2013 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Air conditioning represents one of the fastest growing electricity end-uses in the <strong>Australian</strong> residential sector. This<br />

project will be the first large-scale <strong>Australian</strong> study into residential thermal comfort and air conditioning and will<br />

provide a solid basis for further greenhouse mitigation strategies and policies.<br />

Page 277


1203<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DESIGN PRACTICE AND MANAGEMENT<br />

The University of Melbourne<br />

DP110102625 A/Prof Bharat Dave<br />

Approved<br />

Project Title<br />

Digital fabrication technologies: analysing patterns of adoption and innovative<br />

transformations in architectural design and practice<br />

2011 $56,000.00<br />

2012 $49,000.00<br />

2013 $64,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project on adoption of digital fabrication technologies by <strong>Australian</strong> architecture practices will reveal emerging<br />

opportunities for creative design and associated transformations in the design practices. These outcomes will<br />

enable the increasingly globalising sector of architectural design services to become more agile and innovative.<br />

Page 278


1205<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

URBAN AND REGIONAL PLANNING<br />

Curtin University of Technology<br />

DP110104884 Prof Carey A Curtis, Dr Paul A Mees<br />

Approved<br />

Project Title<br />

Spatial network analysis for multimodal urban transport systems: a planning decision<br />

support tool<br />

2011 $118,000.00<br />

2012 $170,000.00<br />

2013 $170,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This research explores and assesses the development and use of accessibility tools for integrated land use and<br />

transport planning. It will establish international benchmarks for sustainable accessibility providing evidentiary<br />

support for government decision making and investment in sustainable urban development and public transport<br />

infrastructure.<br />

Swinburne University of Technology<br />

DP110104738 Prof Terry W Burke, Dr Paul A Mees, Dr John Stone<br />

Approved<br />

Project Title<br />

New paradigms for urban public transport planning in Australia: assessing the capacity of<br />

institutions and infrastructure<br />

2011 $50,248.00<br />

2012 $52,463.00<br />

2013 $51,238.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

Current urban transport policies cannot be sustained in the face of climate change, peak oil and economic<br />

instability: dramatic increases in public transport use will require new standards of service delivery. This project will<br />

use international experience to shape new approaches to planning public transport in our largest cities.<br />

DP110100543 Prof Dr Peter W Newton, Prof Peter W Newman<br />

Approved<br />

Project Title<br />

Green shoots? Exploring the genesis and development of a Green Economy in Australia<br />

2011 $125,170.00<br />

2012 $215,061.00<br />

2013 $135,351.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

Creating a green economy is fundamental to the sustainability of Australia in the twenty-first-century. This project<br />

will explore the genesis of this new economy, and for the first time, develop a classification of green industries,<br />

measure their significance and map the geography of the nation's green economy by sector and region.<br />

Page 279


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105218 Dr Nicole Gurran, Dr Steven Rowley, Prof Alan H Peters, Dr Heather MacDonald, Prof Peter J<br />

Phibbs<br />

Approved Measuring the impact of urban regulation on housing affordability in <strong>Australian</strong> cities and<br />

Project Title regions<br />

2011 $90,000.00<br />

2012 $85,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Urban planning must ensure that development meets new environmental goals, but stringent regulation may reduce<br />

housing supply and affordability. This project uses new local planning data and econometric studies to quantify and<br />

monitor planning regulation impacts on housing supply and affordability in <strong>Australian</strong> cities and regions.<br />

Page 280


1301<br />

Deakin University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

EDUCATION SYSTEMS<br />

DP110103700 Prof Jill A Blackmore, Prof Susan A Wright, Prof Nelly Stromquist, Asst Prof Peiying C Chen,<br />

A/Prof Hildegard Macha<br />

Approved Leadership in entrepreneurial universities: cross-national investigations of engagement<br />

Project Title and diversity<br />

2011 $130,000.00<br />

2012 $120,000.00<br />

2013 $110,000.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

Attracting and retaining academics in leadership is critical to developing twenty-first century universities that<br />

promote innovative and creative economies and inclusive civil societies. This comparative study will provide policy<br />

makers and universities with empirical evidence and policy options to build leadership capacity and increase<br />

diversity in leadership.<br />

Queensland University of Technology<br />

DP110104227 Prof Susan J Danby, Prof Amanda H Spink, Prof Karen Thorpe, Dr Christina R Davidson<br />

Approved<br />

Project Title<br />

Interacting with knowledge, interacting with people: web searching in early childhood<br />

2011 $160,636.00<br />

2012 $161,836.00<br />

2013 $141,499.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

This study investigates the extent of pre-school children's Web searching, what they access and in what social<br />

contexts. Findings will inform educators and families about Web use for socially interactive learning and<br />

knowledge-building.<br />

The University of Newcastle<br />

DP110103007 Prof Allyson P Holbrook, Prof Sidney F Bourke, Prof Terence J Lovat, Dr Margaret M Kiley, Prof<br />

Brian R Paltridge, Dr Sue B Starfield<br />

Approved A cross-national study of the relative impact of an oral component on PhD examination<br />

Project Title quality, language and practice<br />

2011 $64,000.00<br />

2012 $60,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

High quality doctoral degrees call for the most effective forms of assessment. This project investigates the role of<br />

oral examination in PhD assessment, common internationally but not in Australia, and is the first to compare the<br />

relative impact of oral and 'no oral' models on examination quality, language and practice.<br />

Page 281


1302<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CURRICULUM AND PEDAGOGY<br />

Curtin University of Technology<br />

DP110104254 Prof David F Treagust<br />

Approved<br />

Project Title<br />

The roles of scientific diagrams in contributing to science achievement and conceptual<br />

change<br />

2011 $60,000.00<br />

2012 $30,000.00<br />

2013 $45,000.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

The project is designed to develop a body of research that facilitates excellence in teaching and in learning<br />

scientific diagrams in secondary school science. Benefits will include the dissemination of effective pedagogical<br />

strategies and improved science achievement measured by conceptual change from both cognitive and affective<br />

perspectives.<br />

Deakin University<br />

DP110101500 Prof Russell W Tytler, Prof Mark W Hackling, Dr Peter J Hubber, Dr Gail D Chittleborough, Dr<br />

Karen J Murcia, Prof Dr Joerg Ramseger, Prof Hsiao-Lan S Chen, Prof Chao-Ti J Hsiung<br />

Approved Exploring quality primary education in different cultures: a cross-national study of<br />

Project Title teaching and learning in primary science classrooms<br />

2011 $140,000.00<br />

2012 $90,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Deakin University<br />

This project uses video studies of primary science classrooms in Australia, Taiwan, and Germany to explore<br />

teaching and learning practices, situated in diverse cultures, which provide opportunities for quality reasoning and<br />

learning in science. The findings will inform primary science teacher education to improve student achievement.<br />

Macquarie University<br />

DP110103586 A/Prof Joanne T Mulligan, Prof Lyn D English, Dr Kerry A Hodge, Dr Marina M Papic<br />

Approved<br />

Project Title<br />

Transforming children's mathematical and scientific development: a longitudinal study<br />

2011 $55,000.00<br />

2012 $55,000.00<br />

2013 $55,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

An innovative program promoting young children's mathematical and scientific reasoning will be evaluated from<br />

grades one to three This study will determine whether an intervention capitalising on children's natural capacity for<br />

learning impacts their general cognitive development and problem solving skills at an optimum age.<br />

Page 282


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103013 Prof Marilyn Fleer<br />

Approved<br />

Project Title<br />

Conceptual play: foregrounding imagination and cognition during concept formation in<br />

early years science education<br />

2011 $34,566.00<br />

2012 $33,148.00<br />

2013 $33,283.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The National Quality agenda has created the need for better understanding learning in early childhood. This study<br />

seeks to find out how the imagination of preschool aged children helps them to learn scientific concepts. The<br />

outcomes will help early childhood educators in childcare centres and kindergartens to teach science to young<br />

children.<br />

DP110104057 Prof Peter A Sullivan, Prof Douglas M Clarke, Dr Jill C Cheeseman, Prof James A Middleton<br />

Approved<br />

Project Title<br />

Investigating the relationship between teacher expectations, student persistence and the<br />

learning of mathematics<br />

2011 $99,659.00<br />

2012 $89,609.00<br />

2013 $85,335.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

There is a culture in many classrooms in which teachers are encouraged by students to pose easy tasks. The<br />

project will explore what is needed to encourage students to embrace challenges and to persist even when tasks<br />

are difficult. The outcome will be enhanced mathematics learning and improved student confidence.<br />

DP110101320 A/Prof Anthony I Taylor, A/Prof Joseph Zajda<br />

Approved<br />

Project Title<br />

Globalising studies of the politics of history education: a comparative analysis of history<br />

national curriculum implementation in Russia and Australia<br />

2011 $100,000.00<br />

2012 $115,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Internationally, history education has been, and continues to be, a highly controversial element in curriculum<br />

change. In that context, this project compares and analyses the processes involved in developing national history<br />

curricula in Russia (a former dictatorship) and in Australia (a liberal democracy).<br />

Page 283


The University of Melbourne<br />

DP110102466 Prof Lyn Yates<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Knowledge building in schooling and higher education: policy strategies and effects<br />

2011 $175,379.00<br />

2012 $202,125.00<br />

2013 $211,175.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Should school and university programs in Australia emphasise learning outcomes and competencies, or maintain a<br />

high subject-based focus? This project investigates what is happening in history, science and in 'graduate attributes'<br />

across the learning cycle to shed new light on knowledge-building in a period of rapid global knowledge change.<br />

The University of New England<br />

DP110104309 A/Prof Mary R Macken-Horarik, Prof Len Unsworth, A/Prof Kristina Love<br />

Approved<br />

Project Title<br />

Grammar and praxis: investigating a grammatics for twenty-first century school English<br />

2011 $195,306.00<br />

2012 $182,634.00<br />

2013 $72,011.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New England<br />

The project will investigate English teachers' current levels of knowledge about language (KAL) and kinds of<br />

knowledge needed for a twenty-first century English curriculum. Project findings from diverse classrooms will yield<br />

vital information about how grammar contributes to development of coherent, cumulative and portable KAL at key<br />

stages of schooling.<br />

Page 284


1303<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

SPECIALIST STUDIES IN EDUCATION<br />

DP110104319 Prof Jacqueline J Cumming, Prof Claire M Wyatt-Smith<br />

Approved<br />

Project Title<br />

An investigation of school and teacher use of National Assessment Program Literacy and<br />

Numeracy (NAPLAN) for student learning improvement<br />

2011 $90,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

This project will examine how schools and teachers use National Assessment Program Literacy and Numeracy<br />

(NAPLAN) outcomes to improve student learning, the main purpose of such testing programs. The project will<br />

include the first comprehensive and large-scale State and Territory survey of school practices.<br />

DP110104289 Dr Clarence Ng, Prof Claire M Wyatt-Smith, Prof Brendan J Bartlett<br />

Approved<br />

Project Title<br />

Improving disadvantaged students? Reading outcomes through overcoming reading<br />

avoidance and building reading engagement<br />

2011 $99,092.00<br />

2012 $129,269.00<br />

2013 $134,474.00<br />

2014 $129,890.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

It is costly for students to avoid reading. Low literacy levels impact negatively on academic success, earning levels<br />

and employment opportunities. This project aims to produce new conceptual and empirical knowledge to inform the<br />

development of effective teaching practices to promote reading engagement for disadvantaged students.<br />

Macquarie University<br />

DP110103093 Dr Linda J Graham, Dr Penny Van Bergen, Dr Naomi Sweller<br />

Approved<br />

Project Title<br />

Tracking the experiences of students enrolled in segregated settings for challenging<br />

behaviour and their reintegration to mainstream schools<br />

2011 $40,000.00<br />

2012 $35,000.00<br />

2013 $35,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

The aim of this project is to better combat school exclusion by understanding the experiences and outcomes of<br />

students who have been referred to special schools for challenging behaviour. The project will contribute to the<br />

Commonwealth government's national agenda linking educational outcomes with enhanced social inclusion.<br />

Page 285


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101173 Dr Mary Louise Rasmussen, Dr Clive Aspin, Dr Louisa E Allen, Dr Fida Sanjakdar, Dr Kathleen A<br />

Quinlivan<br />

Approved Sex education in Australia and New Zealand: responding to cultural and religious<br />

Project Title difference<br />

2011 $30,000.00<br />

2012 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will enhance the conceptualisation and provision of school-based sex education programs by<br />

deepening understanding of pertinent cultural and religious differences. The aim is to improve the sexual health and<br />

well-being of young people, in Australia and New Zealand, within and across cultural and religious divides.<br />

The University of Adelaide<br />

DP110100732 Ms Clemence Due, Prof Martha Augoustinos, Dr Damien W Riggs<br />

Approved<br />

Project Title<br />

The provision of education to migrants and refugees: a longitudinal study of newly<br />

arrived students' experiences of education in Australia<br />

2011 $40,995.00<br />

2012 $38,410.00<br />

2013 $52,785.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will investigate the education provided to primary school aged newly-arrived students from non-English<br />

speaking backgrounds. The outcomes will help ensure that these students do not 'drop out' of school early, that<br />

their experiences of education in Australia are positive, and that their chances of securing employment are<br />

maximised.<br />

The University of Queensland<br />

DP110102778 Prof Robyn M Gillies, Dr Kim C Nichols, Prof John G Hedberg<br />

Approved<br />

Project Title<br />

Transforming primary teachers' representational practices: effects on students' scientific<br />

reasoning and discourse within contemporary sciences<br />

2011 $120,000.00<br />

2012 $100,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Training teachers to appropriately represent and communicate scientific information is critically important for<br />

promoting scientific thinking and learning in students. This research is critical to securing Australia's future interests<br />

in developing new and emerging frontier science and technologies through the engagement and retention of<br />

students.<br />

Page 286


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110103947 Prof David Andrich<br />

Approved<br />

Project Title<br />

Advancing the application of Rasch models to the level of tests: estimating person<br />

parameters independently of all test parameters<br />

2011 $70,000.00<br />

2012 $70,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

The project advances recent theoretical work on Rasch models which makes it possible to compare estimates of<br />

person locations on a scale independently of all properties of the tests to which they have responded. The project<br />

aims to circumvent the current methods of test equating where various distribution assumptions are implied.<br />

DP110100078 Prof Stephen J Houghton, A/Prof Annemaree Carroll, Prof John A Hattie, A/Prof Rebecca P Ang,<br />

Miss Carol S Tan<br />

Approved Structural relations of loners' loneliness and antisocial behaviour in children and<br />

Project Title adolescents: building a conceptual model for effective intervention<br />

2011 $60,435.00<br />

2012 $73,830.00<br />

2013 $78,134.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This is the first research project to develop a conceptual model of loneliness and detached a-loneness to explain<br />

the contribution of loneliness to childhood and adolescent antisocial behaviour. The outcome will be a school-based<br />

web delivered program which will have a major impact on promoting the healthy development of young <strong>Australian</strong>s.<br />

Page 287


1401<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ECONOMIC THEORY<br />

The University of Queensland<br />

DP110103884 Dr Jeffrey J Kline, Prof Mamoru Kaneko<br />

Approved<br />

Project Title<br />

Inductive game theory: experiential knowledge, interactions, and limited inferences in<br />

social contexts<br />

2011 $25,000.00<br />

2012 $25,000.00<br />

2013 $25,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This research project stresses the importance of limited experiences and limited inferential abilities for explaining<br />

differences observed across individuals and groups in society. The project will use inductive game theory to attack<br />

problems and conflicts between individuals and groups based on such limitations.<br />

University of Technology, Sydney<br />

DP110105555 Prof Roderick O'Donnell<br />

Approved<br />

Project Title<br />

The unpublished writings of JM Keynes<br />

2011 $53,169.00<br />

2012 $53,169.00<br />

2013 $51,189.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

Our knowledge of the writings of JM Keynes, an economist to whom many policy-makers have turned in the recent<br />

global crisis, is seriously incomplete. The project addresses this issue by producing the opening volumes of a<br />

twelve volume edition that provides access to his many unpublished contributions to economics, philosophy and<br />

politics.<br />

Page 288


1402<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

APPLIED ECONOMICS<br />

DP110101871 Prof Jakob B Madsen, Prof Pietro F Peretto<br />

Approved<br />

Project Title<br />

The great divergence, long-run growth and unified theories of economic growth<br />

2011 $216,170.00<br />

2012 $206,039.00<br />

2013 $192,983.00<br />

2014 $198,838.00<br />

2015 $158,838.00<br />

APF Prof Jakob B Madsen<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project investigates why income has been close to subsistence levels for most of human history, and in<br />

particular, the factors that were responsible for take-off in Europe two centuries ago and then later in other<br />

countries. It is expected that both major and minor technological innovations have played a critical role in take-off.<br />

Queensland University of Technology<br />

DP110103653 Prof Uwe Dulleck, Prof Dr Matthias Sutter, Prof Dr Rudolf Kerschbamer<br />

Approved<br />

Project Title<br />

Honesty and efficiency in the provision of expert services: doctors and other experts as<br />

participants in economic experiments<br />

2011 $125,000.00<br />

2012 $68,000.00<br />

2013 $77,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

Experts serve us when we see the doctor, the financial planner or the car mechanic. In all these case the expert<br />

can take advantage of his superior knowledge and sell us something we do not need. This research will inform<br />

policy makers about the underlying motives of real world experts and allow them to design better institutions.<br />

RMIT University<br />

DP110103808 A/Prof Roslyn A Russell, A/Prof Amalia Di Iorio, Prof Timothy R Fry, Prof Lisa Farrell<br />

Approved<br />

Project Title<br />

What women want: unravelling the factors underlying women's financial decision-making<br />

behaviour<br />

2011 $50,000.00<br />

2012 $120,000.00<br />

2013 $25,000.00<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

By the time women retire, they are generally worse off financially than men. This national study will be the first to<br />

measure the impact of underlying factors that explain rather than describe the financial decision-making behaviour<br />

of women, and how financial decision-making and economic outcomes for women might be improved.<br />

Page 289


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110102057 Dr Frank H Jotzo<br />

Approved<br />

Project Title<br />

International coalitions for climate change mitigation: the role of carbon market linkages<br />

and trade restrictions<br />

2011 $60,000.00<br />

2012 $40,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project uses cooperative game theory, implementation theory and agent-based modelling to investigate how<br />

coalitions to reduce greenhouse gas emissions could be formed and maintained among countries. Applications<br />

include the role of carbon market linkage and trade policy, in countries of the Asia-Pacific region.<br />

Page 290


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101634 Prof Lisa A Cameron, Dr Manisha Shah<br />

Approved<br />

Project Title<br />

Combating HIV/AIDS in Indonesia: understanding the behaviour of sex workers and their<br />

clients<br />

2011 $108,132.00<br />

2012 $115,134.00<br />

2013 $42,452.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The aim of this project is to improve our understanding of the behaviour of sex workers and their clients in<br />

Indonesia, which has the fastest growing HIV epidemic in Asia. A comparison of the behavioural characteristics of<br />

sex workers and their clientele will tell us which groups are likely to be more responsive to particular types of<br />

policies.<br />

DP110103456 Prof Deborah Cobb-Clark<br />

Approved<br />

Project Title<br />

Non-cognitive skills and human capital investments: the importance of individuals' sense<br />

of control<br />

2011 $100,485.00<br />

2012 $97,469.00<br />

2013 $99,362.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project investigates whether people's sense of control over their lives influences their decision to get an<br />

education, do job training, migrate, or adopt a healthy lifestyle. The results are important in helping policymakers to<br />

understand why some individuals work harder than others to ensure good outcomes for themselves.<br />

DP110103457 A/Prof Chris Edmond<br />

Approved<br />

Project Title<br />

Money, price and output dynamics: a segmented asset markets approach<br />

2011 $52,074.00<br />

2012 $52,074.00<br />

2013 $36,874.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project studies the importance of asset market frictions and the cross-sectional composition of nominal<br />

spending across households for the monetary policy transmission mechanism (that is, for the channels by which<br />

monetary policy affects the broader macro-economy).<br />

Page 291


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102863 Prof Anthony Scott, Dr Jong-Say Yong, A/Prof Helena C Britt, Prof Hugh Gravelle<br />

Approved<br />

Project Title<br />

The effect of competition and doctor heterogeneity on prices charged by doctors<br />

2011 $78,106.00<br />

2012 $85,456.00<br />

2013 $84,696.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Prices charged by doctors can have important effects on health care costs, access to health care and health status.<br />

This research will examine the determinants of prices charged by doctors. The results will be important in<br />

understanding the pricing practices of doctors and their impact on health care costs.<br />

The University of New South Wales<br />

DP110100773 Dr Shiko Maruyama, Dr Meliyanni Johar, Dr Sayaka Nakamura<br />

Approved<br />

Project Title<br />

The economics of filial informal care: future trends and directions for policy supports<br />

2011 $50,130.00<br />

2012 $56,186.00<br />

2013 $51,409.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project examines the family decision on informal care and living arrangements, it aims to make constructive<br />

policy suggestions in order to promote the healthy life of elderly people, support more productive and fulfilling lives<br />

of adult children with elderly parents and fortify supportive family structures.<br />

DP110101675 Prof John R Piggott, Prof Olivia S Mitchell, Prof Richard F Disney<br />

Approved<br />

Project Title<br />

Integrating public and private retirement risk protection: public policy and business<br />

practice<br />

2011 $81,846.00<br />

2012 $81,846.00<br />

2013 $81,846.00<br />

2014 $81,846.00<br />

2015 $81,846.00<br />

APF Prof John R Piggott<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Demographic shift has brought widespread calls for structures which allow both the private and public sectors to<br />

participate in retirement protection. This project will deliver outcomes for co-ordinating public policy and business<br />

practice to finance adequate retirement protection, and identify opportunities for specific outcome improvements.<br />

Page 292


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110101316 Prof Peter E Robertson, Prof Prema-chandra Athukorala<br />

Approved<br />

Project Title<br />

Sustaining India's economic transformation: challenges, prospects and implications for<br />

Australia and the Pacific region<br />

2011 $80,000.00<br />

2012 $40,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

India's emergence from economic stagnation is beginning to have a profound impact on the world economy,<br />

including Australia. This project aims to investigate the sources of India's growth and the reforms needed to ensure<br />

that growth generates reductions in poverty and ensures equity and political stability.<br />

Page 293


1403<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ECONOMETRICS<br />

DP110103824 A/Prof Mark N Harris, Prof William H Greene, Prof Dr Laszlo Matyas, Dr Laszlo Konya<br />

Approved<br />

Project Title<br />

The econometrics of gravity models of trade: a re-assessment<br />

2011 $70,476.00<br />

2012 $70,392.00<br />

2013 $88,201.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This research will lead a much greater understanding of the empirical determinants of trade flows between<br />

countries. This project will apply cutting-edge data econometric techniques to the popular Gravity model of<br />

international trade flows. These more appropriate techniques will shed more light on some previous puzzling<br />

findings, such that regional trade agreements had little, or no, affect on trade.<br />

The University of Melbourne<br />

DP110102721 A/Prof Jenny Williams, Dr Liana Jacobi, Ms Mabel A Andalon Lopez, Prof Jan C van Ours, Prof<br />

Michael Grossman<br />

Approved An econometric analysis of the impact of education on health in developing countries<br />

Project Title<br />

2011 $169,275.00<br />

2012 $143,659.00<br />

2013 $157,640.00<br />

APD Ms Mabel A Andalon Lopez<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will provide empirical knowledge on whether education affects health over the life course in developing<br />

countries. This research will aid the design of more cost effective strategies aiming to reduce poverty and promote<br />

economic development, which will ultimately lead to a more prosperous and safe region and world.<br />

Page 294


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Technology, Sydney<br />

DP110104732 Prof John F Geweke<br />

Approved<br />

Project Title<br />

Pooling econometric models for prediction and decision making<br />

2011 $188,847.00<br />

2012 $178,847.00<br />

2013 $188,847.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

The project develops methods for combining econometric models with the goal of improving prediction. It applies<br />

these methods to macroeconomic models used to improve monetary policy and to asset return models used to<br />

improve financial risk management.<br />

DP110100729 A/Prof Elizabeth J Savage, Prof Thomas P Buchmueller, A/Prof Denise J Doiron, Prof Randall P<br />

Ellis, Prof Denzil G Fiebig, A/Prof Glenn S Jones<br />

Approved Risk management and funding structures: an econometric panel data analysis of health<br />

Project Title insurance in Australia<br />

2011 $284,462.00<br />

2012 $197,320.00<br />

2013 $175,292.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

This research analyses how subsidies to <strong>Australian</strong> health insurance, both public and private, vary by income, risk<br />

of loss, age and region. It will provide the necessary information to guide future health funding by analysing the<br />

equity and efficiency of existing subsidies and alternative subsidies related to individuals' risk of high health costs.<br />

Page 295


1501<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ACCOUNTING, AUDITING AND ACCOUNTABILITY<br />

DP110101542 Prof Jayne M Godfrey, Prof Jane M Hamilton, Prof Debra C Jeter<br />

Approved<br />

Project Title<br />

Improving fraud detection, financial reporting quality, investor confidence and market<br />

returns by using specialist auditors<br />

2011 $47,558.00<br />

2012 $44,081.00<br />

2013 $46,725.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

As investors, managers and auditors grapple with the global financial crisis effects, this project's findings will help<br />

them by showing how and when auditor specialisation contributes to greater financial statement quality and returns.<br />

Investors will benefit from lower audit costs, increased audit quality and more credible financial statements.<br />

DP110101306 Prof Kim M Langfield-Smith, A/Prof David A Smith<br />

Approved<br />

Project Title<br />

Ensuring Australia's competitiveness by implementing targeted performance<br />

measurement systems across the extended supply chain<br />

2011 $140,000.00<br />

2012 $125,000.00<br />

2013 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will develop a framework to guide managers in designing, implementing, and using performance<br />

measurement systems across the industry supply chain to maximise the potential benefits of supply chain<br />

management. The outcomes enhance organisational competitiveness, supply chain competitiveness and boost<br />

Australia's economy.<br />

Page 296


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110103444 Prof Roger Simnett, Prof Ken T Trotman<br />

Approved<br />

Project Title<br />

Evaluating and enhancing the composition and functioning of multidisciplinary<br />

greenhouse gas assurance engagement teams<br />

2011 $74,429.00<br />

2012 $97,827.00<br />

2013 $77,072.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The purpose of this research is to understand and improve the functioning of multidisciplinary greenhouse gas<br />

assurance teams. A combination of archival and behavioural experiment research methods will be used to gain<br />

insights into current practice and techniques for optimising greenhouse gas assurance team performance.<br />

DP110103382 Prof Ken T Trotman<br />

Approved<br />

Project Title<br />

Improving auditors? Risk assessments and detection of financial statement frauds<br />

2011 $111,970.00<br />

2012 $121,020.00<br />

2013 $121,020.00<br />

2014 $121,020.00<br />

2015 $108,707.00<br />

APF Prof Ken T Trotman<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Auditor teams are required, as part of the planning process, to discuss potential financial statement frauds. By<br />

carrying out a series of experiments on audit discussion group teams, this study will help improve the performance<br />

of audit teams to ultimately reduce the occurrence and increase the detection of financial statement fraud.<br />

Page 297


1502<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

BANKING, FINANCE AND INVESTMENT<br />

Edith Cowan University<br />

DP110102884 Prof David E Allen, Prof Lyn C Thomas, Dr Robert J Powell, Prof James W Taylor, Prof Michael<br />

McAleer<br />

Approved New methods for modelling and forecasting risk<br />

Project Title<br />

2011 $129,377.00<br />

2012 $123,077.00<br />

2013 $116,977.00<br />

Administering Organisation<br />

Project Summary<br />

Edith Cowan University<br />

The project will develop and assess risk measures and risk forecasting. It will assess why customary measures<br />

failed in the financial crisis and develop new and better techniques. The project is unique in terms of the scope and<br />

range of methods to be applied and tested. It will be of value to investors, institutions and regulators alike.<br />

Monash University<br />

DP110103260 Prof Francis H In, A/Prof Paul R Lajbcygier, Prof Madhu Veeraraghavan, Dr Stephen Brown<br />

Approved<br />

Project Title<br />

Systemic risk, hedge funds and modelling asymmetric dependence using a Copula<br />

approach<br />

2011 $76,236.00<br />

2012 $66,000.00<br />

2013 $82,812.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will assess whether hedge funds pose a significant systemic risk for Australia and the impact of<br />

asymmetric dependence on portfolio choice involving hedge funds. The project is timely and important as it is<br />

aimed at protecting Australia's financial system.<br />

The <strong>Australian</strong> National University<br />

DP110101953 Prof Tom Smith, Prof Terence J O'Neill, Prof Juliana Ng, Dr Barry R Oliver, A/Prof Karen L<br />

Benson, Dr Mahmuda S Akhtar<br />

Approved Surviving financial crises: a study of the <strong>Australian</strong> Government securities market<br />

Project Title<br />

2011 $148,000.00<br />

2012 $131,000.00<br />

2013 $151,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project assesses the capacity of the <strong>Australian</strong> Government securities market to meet investor demand in<br />

times of financial crises. The outcomes will provide governments in Australia and other countries with the necessary<br />

tools to enhance the efficiency of securities markets and to flag liquidity problems in a timely manner.<br />

Page 298


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Technology, Sydney<br />

DP110104487 Prof Carl Chiarella, Dr Xuezhong (Tony) He<br />

Approved<br />

Project Title<br />

Double auction markets with heterogeneous boundedly rational traders<br />

2011 $100,000.00<br />

2012 $75,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

The project will study limit order markets for the formation of security prices in modern exchanges, allowing<br />

heterogeneity and bounded rationality of the economic agents who will engage in various trading strategies. The<br />

model developed will be of interest to market participants seeking to design more efficient and transparent markets.<br />

Page 299


1503<br />

La Trobe University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

BUSINESS AND MANAGEMENT<br />

DP110103759 Dr Fiona M Graetz, Prof Aaron C Smith, Prof Ian C Palmer, Prof Richard W Dunford<br />

Approved<br />

Project Title<br />

Organising for control in innovation-driven firms: managing the efficiency-flexibility<br />

duality<br />

2011 $55,000.00<br />

2012 $33,000.00<br />

2013 $45,000.00<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

Cultivating innovation in <strong>Australian</strong> companies is a key priority for international competitiveness and national<br />

economic prosperity. This project will determine the management and implementation requirements that foster both<br />

innovation and performance accountability and control, a critical dual force for sustainable, long-term growth.<br />

The University of Melbourne<br />

DP110101764 Prof Cynthia Hardy, Dr Steve Maguire<br />

Approved<br />

Project Title<br />

An organizational perspective on risk assessment: comparing chemicals management in<br />

Australia and Canada<br />

2011 $41,897.00<br />

2012 $41,298.00<br />

2013 $41,298.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project compares the managerial and organisational implications of chemical risk assessment in Australia and<br />

Canada. It will identify how governments can effectively manage the relationships among different stakeholder<br />

organisations involved in risk assessment; and explore how different cultural contexts influence risk assessment.<br />

DP110103530 Dr Prakash J Singh, A/Prof Damien J Power<br />

Approved<br />

Project Title<br />

Advancing the theoretical bases of supply chain management through the lens of<br />

relational exchange theory<br />

2011 $100,000.00<br />

2012 $65,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will explain and predict the behaviour of supply chain members better than current theories do. An<br />

integrated theory of supply chain management will be developed and tested empirically. This theory will enable<br />

better understanding of how supply chains function and guide actions of managers so that the expected benefits<br />

are realised.<br />

Page 300


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110100880 Dr Steven S Lui<br />

Approved<br />

Project Title<br />

The social network antecedents and performance outcomes of service innovation<br />

2011 $76,000.00<br />

2012 $73,000.00<br />

2013 $77,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Service innovation is vital for organisations in creating and sustaining customer value in a knowledge-based<br />

economy. To enhance our understanding of service innovation, this project examines the role of social network<br />

factors and the conditions by which service innovation contributes to firm performance.<br />

The University of Queensland<br />

DP110102525 Prof Neal M Ashkanasy, Prof Karen A Jehn, Dr Oluremi B Ayoko, Prof Christopher W Clegg<br />

Approved<br />

Project Title<br />

Employee wellbeing and productivity: the role of territoriality, conflict and emotions<br />

2011 $95,000.00<br />

2012 $80,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Australia is investing billions in redesigning modern office spaces, but the effect of office layout on employees is still<br />

not well understood. Using innovative real-time data collection techniques, an international team will study the effect<br />

of office layout and develop a training package to improve office-worker productivity and wellbeing.<br />

DP110104382 A/Prof Jorgen Sandberg, Dr Gloria A Dall'Alba, Prof Mats Alvesson, Prof Silvia Gherardi<br />

Approved<br />

Project Title<br />

Knowing in professional practice: enhancing the relationship between professional<br />

education and practice<br />

2011 $120,000.00<br />

2012 $93,000.00<br />

2013 $96,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This research investigates the knowledge taught in professional education and its relationship to professional<br />

practice. It will provide a stronger basis for educating aspiring professionals, managing professional practice, and<br />

connecting professional education with practice.<br />

Page 301


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104066 Prof Christopher A Wright, Prof David S Grant, Dr Bernt D Nyberg, Prof Richard W Dunford<br />

Approved<br />

Project Title<br />

Sustainable organisational change: <strong>Australian</strong> business responses to climate change<br />

2011 $60,000.00<br />

2012 $60,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

<strong>Australian</strong> businesses are expected to play a leading role in the fight against global warming. This project will<br />

generate new insights into how, though organisational change initiatives, <strong>Australian</strong> corporations are responding to<br />

the issue of climate change, as well as the sustainability of these initiatives.<br />

The University of Western Australia<br />

DP110105051 Prof Cristina Gibson<br />

Approved<br />

Project Title<br />

Identity and intimacy in a virtual world: designing meaningful, responsible and effective<br />

virtual work<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $104,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project will help to bring theories of work design into the twenty-first century by acknowledging the important<br />

role of electronic communication reliance and being in remote locations for determining work outcomes, and<br />

offering concrete alternatives, including building identity and intimacy, to manage virtual work to leverage benefits<br />

and mitigate costs.<br />

Page 302


1505<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

MARKETING<br />

Queensland University of Technology<br />

DP110102848 Prof Judy C Drennan, A/Prof Jason P Connor, Prof David J Kavanagh, Dr Dian W<br />

Tjondronegoro, Dr Marie-Louise Fry, Dr Josephine A Previte, Dr Angela M White<br />

Approved Leveraging mobile phone technology to influence responsible drinking behaviours<br />

Project Title<br />

2011 $40,000.00<br />

2012 $40,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

Alcohol remains a key social and health issue for Australia, particularly for young women. The project will assess<br />

the impact of a mobile phone software application tool for supporting young adult women's responsible drinking<br />

behaviour. Expected outcomes are to reduce problem drinking behaviour in Australia.<br />

The University of New South Wales<br />

DP110103527 Prof Paul G Patterson, Dr Yi-Ting Yu, Prof Ko de Ruyter<br />

Approved<br />

Project Title<br />

Building ambidextrous capacity in service industries-a cross national study<br />

2011 $65,000.00<br />

2012 $45,000.00<br />

2013 $45,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This research aims to understand the employee and organisations factors responsible for achieving ambidexterity<br />

(that is, ability to achieve sales targets and excellent customer service, simultaneously) in service industries.<br />

Results will assist firms to increase productivity and be more competitive in domestic and international markets.<br />

The University of Newcastle<br />

DP110102197 Prof Dr Aron O'Cass, Dr Liem V Ngo, A/Prof Debra A Grace, Dr Jay Weerawardena, Prof Dr<br />

Michael Song<br />

Approved Examining the role of service innovation and service branding capabilities in services<br />

Project Title firms value creation and appropriation: a multi-level study<br />

2011 $75,000.00<br />

2012 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

This project examines how service firms' innovation and branding capabilities help them create superior value for<br />

customers, as well as obtain higher profit ensuring their sustainability. Our findings will help improve the efficiency<br />

of <strong>Australian</strong> service firms and provide higher profiles to its academic contributions to services research globally.<br />

Page 303


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110102312 Prof Janet R McColl-Kennedy, Prof Paul G Patterson, Dr Michael K Brady, Dr Doan Nguyen<br />

Approved<br />

Project Title<br />

Pro bono service: drivers, delight, dark side and downside for the professional<br />

2011 $140,000.00<br />

2012 $90,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Pro bono work, common in the professions, is important to Australia's economy. This ground breaking research<br />

provides rich insights into why pro bono givers feel unappreciated, unacknowledged, unreciprocated, and often<br />

taken advantage of and, importantly, equips professionals with strategies for enhanced outcomes.<br />

University of Wollongong<br />

DP110101347 Prof Dr Sara Dolnicar, Prof Dr Friedrich Leisch, Dr Bettina Gruen<br />

Approved<br />

Project Title<br />

Market segmentation methodology: attacking the 'Too Hard' basket<br />

2011 $280,000.00<br />

2012 $200,000.00<br />

2013 $390,000.00<br />

2014 $370,000.00<br />

2015 $220,000.00<br />

QEII Prof Dr Sara Dolnicar<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

Businesses embrace market segmentation to identify and target clients. However, poor segmentation analysis<br />

leads to poor segment choice. This project will develop tools to improve segmentation analysis and will test the<br />

resulting tools in tourism, foster care and climate change mitigating behaviours, and produce usable, transferable<br />

recommendations.<br />

Page 304


1507<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

TRANSPORTATION AND FREIGHT SERVICES<br />

The University of Sydney<br />

DP110100454 Prof David A Hensher<br />

Approved<br />

Project Title<br />

Assessment of the commuter's willingness to pay a congestion charge under alternative<br />

pricing regimes and revenue disbursement plans<br />

2011 $116,377.00<br />

2012 $179,343.00<br />

2013 $130,724.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The call to replace fixed charges with car use related charges, has placed congestion charging regimes at the<br />

centre of future variable user charging policy. This project investigates the impact and acceptability of alternative<br />

charging schemes in terms of the charge level, the regime (for example, distance versus cordon), and how revenue<br />

is disbursed.<br />

Page 305


1601<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ANTHROPOLOGY<br />

DP110102635 Prof David M Lambert, Prof Eske Willerslev, Dr Michael C Westaway, Prof Elizabeth (Lisa) A<br />

Matisoo-Smith<br />

Approved The origin of the first <strong>Australian</strong>s<br />

Project Title<br />

2011 $71,000.00<br />

2012 $72,000.00<br />

2013 $74,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

Using new DNA methods researchers aim to uncover the origins of the first <strong>Australian</strong>s and to provide new<br />

evidence for when people came here and where they came from. This exciting work aims to determine some of the<br />

physical and metabolic characteristics of these early people.<br />

James Cook University<br />

DP110102291 A/Prof Rosita J Henry, A/Prof Russell E McGregor, Dr Michael A Wood, Dr Shelley M Greer, Prof<br />

Dr Ton Otto<br />

Approved Objects of possession: artefact transactions in the wet tropics of North Queensland, 1870<br />

Project Title -2013<br />

2011 $130,000.00<br />

2012 $100,000.00<br />

2013 $120,000.00<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

The project's research into artefact collecting will provide Indigenous peoples, museum curators and other<br />

community members with important insights into the history of Indigenous cultures in the Wet Tropics region. Our<br />

project will contribute to the development of innovative ways of presenting Indigenous peoples' connections with<br />

their cultural heritage.<br />

Macquarie University<br />

DP110102886 Prof Deborah B Rose, Dr Thomas F van Dooren<br />

Approved<br />

Project Title<br />

Encounters with Extinction: A multi-sited, multi-species approach to life at the edge of<br />

catastrophe in the Asia-Pacific region<br />

2011 $35,000.00<br />

2012 $30,000.00<br />

2013 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project explores people's relationships with five endangered charismatic animal species in our Asia-Pacific<br />

region. We investigate how people's lives - from local communities to activists and biologists - are bound up with<br />

these animals, for better and worse, as they slide towards extinction.<br />

Page 306


1602<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CRIMINOLOGY<br />

DP110102126 Prof Stephen W Smallbone, Dr Benoit Leclerc, Dr Troy J Allard<br />

Approved<br />

Project Title<br />

Understanding and preventing youth sexual violence and abuse: an investigation of<br />

offender development, offending onset, and progression.<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

Youth sexual violence and abuse poses serious threats to the health and well-being of <strong>Australian</strong> women and<br />

children. This project will investigate the development, onset and progression of youth sexual violence and abuse,<br />

and thereby contribute to its management and prevention.<br />

Monash University<br />

DP110102453 A/Prof Sharon J Pickering, Dr Leanne Weber, Dr Michael J Grewcock, Dr Marie T Segrave<br />

Approved<br />

Project Title<br />

Exporting risk: the <strong>Australian</strong> deportation project<br />

2011 $95,000.00<br />

2012 $150,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This study will investigate the use of deportation. It will test our claim that deportation has a significant impact on<br />

institutions, individuals and communities, and will contribute to a more ethically and legally robust approach to<br />

deportation.<br />

Page 307


1603<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DEMOGRAPHY<br />

DP110103211 Dr Dharmalingam Arunachalam, Dr Genevieve M Heard<br />

Approved<br />

Project Title<br />

Dynamics of childbearing in Australia in the first decade of the twenty-first century<br />

2011 $56,420.00<br />

2012 $55,584.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Why did <strong>Australian</strong> fertility increase in the first decade of the twenty-first century? This project examines the roles of<br />

government policies and social changes on childbearing preferences and behaviours in the 2000's and in doing so<br />

contributes to a sustainable Australia by informing family and population policy.<br />

The <strong>Australian</strong> National University<br />

DP110104439 Dr Heather A Evans, Dr Brienna G Perelli-Harris<br />

Approved<br />

Project Title<br />

Childbearing within cohabiting unions in Australia: trends, explanations and comparison<br />

2011 $22,070.00<br />

2012 $50,560.00<br />

2013 $35,801.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will explore the trends and determinants of childbearing within cohabitation in Australia. The project will<br />

contribute to our understanding of modern family dynamics and change. By comparison with other countries we will<br />

learn more about the policy settings that assist and support couples to realise their family formation plans.<br />

DP110105019 Dr Heather A Evans, Dr Edith E Gray<br />

Approved<br />

Project Title<br />

Hidden relationships: living apart together in Australia<br />

2011 $80,000.00<br />

2012 $50,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

<strong>Australian</strong>s who are in a relationship but do not live together pose a challenge to social surveys and scholarship,<br />

which qualify people as cohabiting, married or single. The project study how many <strong>Australian</strong>s 'live apart together',<br />

and why, to produce a better understanding of the complex and dynamic factors behind modern <strong>Australian</strong><br />

relationships.<br />

Page 308


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105522 Prof Graeme J Hugo, Dr Yan Tan, Prof Guishan S Yang, Prof Naiang A Wang<br />

Approved<br />

Project Title<br />

Climate change and migration in China: theoretical, empirical and policy dimensions<br />

2011 $130,000.00<br />

2012 $160,000.00<br />

2013 $160,000.00<br />

2014 $130,000.00<br />

2015 $130,000.00<br />

QEII Dr Yan Tan<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project will analyse the complex relationship between climate change and migration by focussing in depth on<br />

two areas in China anticipated being major hotspots of Climate change impact. It will provide insight into national<br />

and international policy development in Climate change mitigation and adaptations.<br />

The University of Melbourne<br />

DP110102756 Dr Rebecca Kippen, A/Prof Hamish J Maxwell-Stewart, Dr Damminda Alahakoon, Dr James<br />

Bradley, A/Prof Shyamali C Dharmage, Prof Kris E Inwood, Prof John D Mathews, Prof Michael<br />

Shields<br />

Approved Convicts and Diggers: a demography of life courses, families and generations<br />

Project Title<br />

2011 $165,000.00<br />

2012 $142,000.00<br />

2013 $136,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Based on convict records, birth, death and marriage registrations, World War One service records, and other<br />

historical data, this project explores long-term demographic outcomes of individuals, families and lineages. The<br />

project draws on the expertise of family historians to trace individuals and their descendants for 'Australia's biggest<br />

family history'.<br />

The University of Queensland<br />

DP110101363 Prof Martin J Bell, Prof John C Stillwell, Dr Marek Kupiszewski, Prof Dr Yu Zhu<br />

Approved<br />

Project Title<br />

Comparing internal migration in countries around the world: measures, theories and<br />

policy dimensions<br />

2011 $250,000.00<br />

2012 $200,000.00<br />

2013 $250,000.00<br />

2014 $220,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Internal migration shapes settlement patterns, adjusts labour markets and enables people to pursue opportunities,<br />

but little is known about how and why mobility varies so widely between countries around the world. This project will<br />

make rigorous cross-national comparisons, explain the differences and help refine policies that affect mobility.<br />

Page 309


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110101262 Dr Alison Reid, Prof Lin Fritschi, A/Prof Anthony D LaMontagne, Dr Seeromanie Harding, Dr Erik<br />

Lenguerrand<br />

Approved Work-related fatal and non-fatal accidents and injuries and exposure to workplace<br />

Project Title hazards in migrant workers in Australia.<br />

2011 $142,000.00<br />

2012 $146,000.00<br />

2013 $113,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

Do migrants have worse workplace conditions and more work-related accidents and injuries than <strong>Australian</strong>-born<br />

workers? This project will analyse national deaths and hospital discharge data, and determine best practice<br />

methods to include migrant workers in a future cross-sectional study looking at occupational health and safety.<br />

Page 310


1604<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

HUMAN GEOGRAPHY<br />

DP110100100 Dr Michael K Townsley, Prof Scott W Baum, Dr Willem Bernasco, Dr Joseph P Clare, Dr Shane<br />

D Johnson, A/Prof Gentry White, Dr Stijn Ruiter<br />

Approved Understanding how criminals decide where and when to offend<br />

Project Title<br />

2011 $61,312.00<br />

2012 $60,000.00<br />

2013 $50,000.00<br />

2014 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

By building a comprehensive model of offender mobility, we will better able to describe what influences burglar<br />

preferences about where and when to commit crime. This understanding will enable the development of more<br />

effective crime prevention projects.<br />

James Cook University<br />

DP110101540 Dr Joshua E Cinner, Prof Terence P Hughes, Dr Timothy R McClanahan<br />

Approved<br />

Project Title<br />

Linking social science and ecology to understand the vulnerability of coastal societies to<br />

changes in coral reef resources<br />

2011 $133,000.00<br />

2012 $162,000.00<br />

2013 $137,000.00<br />

2014 $148,000.00<br />

2015 $109,000.00<br />

ARF Dr Joshua E Cinner<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

This project will examine how vulnerable communities in Australia and across the Indo-Pacific are to the impacts of<br />

climate change on coral reefs. Key outcomes will include: vulnerability assessments in 30 communities, new<br />

insights into the conditions that foster adaptations that erode reef resilience; and research training for three PhD<br />

students.<br />

Page 311


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103381 Prof Michael J Webber, A/Prof Jonathon R Barnett, A/Prof Brian L Finlayson, Prof Zhongyuan<br />

Chen<br />

Approved Adapting to climate, management and policy driven risks to freshwater supply in<br />

Project Title Shanghai<br />

2011 $108,000.00<br />

2012 $126,000.00<br />

2013 $156,000.00<br />

2014 $144,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project aims to identify the multiple drivers of risk to freshwater supply in Shanghai, opportunities for adaptation<br />

to sustain that supply, and the barriers and limits to these adaptations. The project will combine physical and social<br />

science to understanding the barriers and limits to adaptation to climate change.<br />

The University of Newcastle<br />

DP110100081 Prof Pauline M McGuirk, A/Prof Robyn Dowling, Dr Harriet A Bulkeley<br />

Approved<br />

Project Title<br />

Governing carbon: Australia's cities and carbon control<br />

2011 $64,000.00<br />

2012 $57,000.00<br />

2013 $38,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Two thirds of <strong>Australian</strong>s live in cities. Developing governance systems to control urban carbon is essential to any<br />

effective response to climate change. This project will provide, for the first time, a baseline map and analysis of the<br />

actors, roles, relationships, and networks that govern carbon in Australia's cities.<br />

Page 312


1605<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

POLICY AND ADMINISTRATION<br />

Curtin University of Technology<br />

DP110102728 A/Prof Siobhan E Austen, Dr Rachel Ong, Dr Therese M Jefferson, Adj/Prof Rhonda Sharp, Prof<br />

Gill Lewin<br />

Approved Missing workers: retaining mature age women workers to ensure future labour security<br />

Project Title<br />

2011 $81,709.00<br />

2012 $94,797.00<br />

2013 $68,590.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

This project will generate new data and analyses of the factors affecting the retention of mature age women in paid<br />

work. It will produce an evidence base on mature age women's employment for the development of policy<br />

frameworks aimed at strengthening labour security in the aged care and other sectors.<br />

DP110101720 A/Prof David Moore, A/Prof Paul M Dietze, Prof Robin G Room, A/Prof Pascal Perez<br />

Approved<br />

Project Title<br />

Developing the capacity to model the impact of interventions that target high-risk drinking<br />

among young <strong>Australian</strong>s<br />

2011 $192,530.00<br />

2012 $130,414.00<br />

2013 $115,830.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

Alcohol use is a major contributing factor to social and health problems among young <strong>Australian</strong>s. The project will<br />

inform the development of effective policy by providing multidisciplinary research evidence and the capacity to<br />

model how various interventions impact on the prevalence of alcohol-related problems.<br />

Griffith University<br />

DP110104791 Prof Patrick M Weller, Prof Yi-chong Xu<br />

Approved<br />

Project Title<br />

Decision making in international organisations: who and what shapes decisions?<br />

2011 $105,000.00<br />

2012 $109,000.00<br />

2013 $114,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

This project explores the working of seven international organisations (IOs) to ask who or what shapes what IOs do.<br />

Using public policy concepts to analyse the contributions of state representatives, chief executives and staff within<br />

IOs, this project seeks to provide more realistic appreciation of what IOs can achieve.<br />

Page 313


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101426 Prof Bruce P Hollingsworth, A/Prof Mark N Harris, Dr Paula K Lorgelly, Prof William H Greene,<br />

Dr John Wildman, Prof Nigel Rice<br />

Approved Mis-reporting, adaptation and anchoring: the implications for self assessed health<br />

Project Title<br />

2011 $154,433.00<br />

2012 $158,969.00<br />

2013 $162,618.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

In terms of targeting scarce public health resources, information concerning the true health status of different social<br />

groups is important. This project will provide more accurate information on the health of the <strong>Australian</strong> population<br />

using data already collected on a routine basis. Resources can then be targeted to reduce health inequalities.<br />

The <strong>Australian</strong> National University<br />

DP110101879 Prof Jon C Altman, A/Prof Boyd H Hunter, Dr William G Sanders, Ms Kirrily Jordan<br />

Approved<br />

Project Title<br />

From welfare to work, or work to welfare: will reform of the Community Development<br />

Employment Program help close the employment gap?<br />

2011 $120,000.00<br />

2012 $110,000.00<br />

2013 $100,000.00<br />

APD Ms Kirrily Jordan<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project seeks to improve Indigenous livelihood options through a comprehensive analysis of recent reform of<br />

the Community Development Employment Program (CDEP). In examining the impetus for change and tracking<br />

outcomes, it will greatly advance understanding of appropriate responses to seemingly intractable Indigenous<br />

development problems.<br />

The Flinders University of South Australia<br />

DP110102006 Prof Donald A DeBats<br />

Approved<br />

Project Title<br />

Discovering the fundamental metrics of political behaviour: African-Americans and their<br />

White Neighbours in an era of revolutionary change<br />

2011 $75,090.00<br />

2012 $64,008.00<br />

2013 $64,008.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

Newly freed from slavery, African-Americans first voted in the 1870s; remarkably, their names and individual<br />

political choices still survive in the records of one American state. Using innovative software to track voters and<br />

map social networks, this project will reveal the dynamics of black and white voting in this era of revolutionary<br />

change.<br />

Page 314


1606<br />

Murdoch University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

POLITICAL SCIENCE<br />

DP110100425 Dr Shahar Hameiri, Dr Lee Jones<br />

Approved<br />

Project Title<br />

Securitisation and the governance of non-traditional security in Southeast Asia and the<br />

Southwest Pacific<br />

2011 $115,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

APD Dr Shahar Hameiri<br />

Administering Organisation<br />

Project Summary<br />

Murdoch University<br />

In recent years, the <strong>Australian</strong> government has become concerned with managing non-traditional security threats<br />

such as terrorism and pandemics in Australia's region. This project compares responses to terrorism and health<br />

scares in Southeast Asia and the Southwest Pacific to explain the processes shaping the way security is<br />

understood and governed.<br />

The <strong>Australian</strong> National University<br />

DP110102622 Prof Keith M Dowding, Mr Aaron J Martin, A/Prof Edward S Adler, Prof Peter C John<br />

Approved<br />

Project Title<br />

Policy agendas in the <strong>Australian</strong> Commonwealth Government<br />

2011 $90,000.00<br />

2012 $99,000.00<br />

2013 $98,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Who leads the agenda: the government; the public or the media? Is legislation 'normal business' or a response to<br />

crisis? Does changing the government really change much? By systematically analysing legislation, the media and<br />

public opinion over a forty year period this project can answer these questions more thoroughly than ever before.<br />

Page 315


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100669 Prof Robyn W Eckersley<br />

Approved<br />

Project Title<br />

What makes a climate leader? Developed countries' responsibilities under the<br />

international climate regime<br />

2011 $97,000.00<br />

2012 $93,000.00<br />

2013 $93,000.00<br />

2014 $93,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project seeks to elucidate the conditions and possibilities for climate leadership by developed states under the<br />

international climate regime. The project will generate insights into how and why climate leaders emerge, how they<br />

manage domestic and international political demands, and the conditions under which climate leadership is<br />

possible.<br />

DP110102854 Prof Leslie T Holmes<br />

Approved<br />

Project Title<br />

Police corruption: an underestimated legitimacy and security risk<br />

2011 $72,000.00<br />

2012 $169,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project analyses police corruption in four states and makes recommendations for reducing it. While most<br />

states now recognise corruption as a problem, many are reluctant to address the issue of police corruption; yet<br />

when police officers collude with organised crime (for example, in drugs or arms trafficking), corruption can be a<br />

serious security risk.<br />

The University of New South Wales<br />

DP110105299 Prof Marc A Williams, Dr Duncan A McDuie-Ra<br />

Approved<br />

Project Title<br />

Climate change and environmental security in the Pacific: the role of regional<br />

organisations<br />

2011 $84,000.00<br />

2012 $50,000.00<br />

2013 $55,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project through exploring the twin features of climate change and security in the Pacific region and assessing<br />

the role of regional organisations to respond to these threats will enable <strong>Australian</strong> policy-makers to better design<br />

and implement policies to promote sustainable development and human security in the region.<br />

Page 316


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110100612 Prof Stephen R Bell, Dr Andrew M Hindmoor<br />

Approved<br />

Project Title<br />

The institutional dynamics of banking crisis and reform in the United Kingdom, United<br />

States, Australia and Canada<br />

2011 $90,000.00<br />

2012 $40,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The recent banking crisis is an event of compelling policy significance. This project examines its causes and, in<br />

particular, aims to explain why the <strong>Australian</strong> and Canadian banking systems proved relatively resilient during the<br />

crisis and why the United Kingdom and United States proved so vulnerable.<br />

DP110100546 Prof Roland Bleiker, Dr Emma K Hutchison, Prof Dr David Campbell<br />

Approved<br />

Project Title<br />

How images shape responses to humanitarian crises<br />

2011 $85,000.00<br />

2012 $65,000.00<br />

2013 $72,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project systematically assess of how images shape Australia's responses to humanitarian crises. We provide<br />

scholars, NGOs and government agencies with evidence about how images procure a willingness to alleviate<br />

human suffering and how they can actively be used to enhance Australia's humanitarian commitment to the global<br />

community.<br />

The University of Sydney<br />

DP110103569 Prof Graeme J Gill<br />

Approved<br />

Project Title<br />

Strategies for the stabilisation of authoritarian rule: Russia in comparative perspective<br />

2011 $40,000.00<br />

2012 $60,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will explore why authoritarian rule has been consolidated in post-Soviet Russia. By analysing this in a<br />

comparative context, the project will also explore why so many countries are characterised by non-democratic<br />

political systems in this so-called age of democracy.<br />

Page 317


1608<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

SOCIOLOGY<br />

Curtin University of Technology<br />

DP110102719 Prof Barbara Pini, Dr Karen M Soldatic, A/Prof Helen Meekosha, Prof Carol Thomas<br />

Approved<br />

Project Title<br />

Disability in rural Australia<br />

2011 $63,894.00<br />

2012 $68,730.00<br />

2013 $48,260.00<br />

Administering Organisation<br />

Project Summary<br />

Curtin University of Technology<br />

In rural Australia 21.2 per cent of the population has a disability while in remote areas the number is 22.1 per cent<br />

yet rural disabled people are rarely heard in policy debates. This study, mapping the experiences of disabled people<br />

in non-metropolitan Australia is consequently of critical importance to government and disability advocacy groups.<br />

Page 318


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101081 Dr Mark D Davis, Dr Niamh Stephenson, Prof Paul Flowers<br />

Approved<br />

Project Title<br />

Using a biosocial approach to advance pandemic influenza control<br />

2011 $92,931.00<br />

2012 $83,986.00<br />

2013 $116,342.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project investigates Australia's capacity to cope with pandemic influenza outbreaks, with a special focus on the<br />

lives of everyday citizens. By consulting members of the general public and professionals, this project will advise<br />

governments on how <strong>Australian</strong>s can be assisted to prepare for the next outbreak of pandemic influenza.<br />

DP110101759 Dr Suzanne M Fraser, Prof Janice E Wright, Dr JaneMaree Maher, Prof Alan R Petersen<br />

Approved<br />

Project Title<br />

Improving Australia's response to childhood obesity: prevention education and its impact<br />

on mothers and families<br />

2011 $50,000.00<br />

2012 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project will generate new and more considered approaches to childhood obesity prevention, and in turn ensure<br />

future investment of public funds in this area best supports children's health.<br />

DP110101249 A/Prof Anita L Harris<br />

Approved<br />

Project Title<br />

The civic life of young <strong>Australian</strong> Muslims: active citizenship, community belonging and<br />

social inclusion<br />

2011 $123,251.00<br />

2012 $106,726.00<br />

2013 $36,647.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This project investigates the ways young <strong>Australian</strong> Muslims contribute to community building and participate in<br />

civic life. It will provide information about their civic practices to assist policy makers and service providers develop<br />

effective methods to maximise active citizenship amongst marginalised young people.<br />

Page 319


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105423 Prof Roderick J McClure, Dr Anneliese B Spinks, A/Prof Neil G Sipe<br />

Approved<br />

Project Title<br />

The social determinants of childhood injury<br />

2011 $142,808.00<br />

2012 $144,592.00<br />

2013 $96,637.00<br />

2014 $165,126.00<br />

2015 $140,879.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Child hood injury is a preventable problem of major importance. This project will provide a comprehensive,<br />

research-based policy solution that will minimise death and disability among children zero to three years of age.<br />

Queensland University of Technology<br />

DP110100530 Dr Catherine A Doherty, Prof Wendy A Patton, Mr Paul G Shield<br />

Approved<br />

Project Title<br />

Career mobility in educational markets: a sociological study of how families reconcile<br />

priorities<br />

2011 $50,468.00<br />

2012 $52,800.00<br />

2013 $107,948.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

Family units have to reconcile career opportunities with educational opportunities, which can make decisions about<br />

moving complex. This project will survey police, health and education professionals with family responsibilities<br />

about how their families balance career opportunities in rural and remote areas, with education strategies.<br />

Page 320


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110100446 Dr Paul Henman, Dr Robert J Ackland, Prof Helen Z Margetts<br />

Approved<br />

Project Title<br />

The institutional structure of e-government: a cross-policy, cross-country comparison<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Governments have expended vast resources on building websites, yet how government is structured on the internet<br />

is unknown. This project will map Australia's online government for the first time and assess to how websites are<br />

supporting improved government service. The study will support government innovation in web design and service<br />

delivery.<br />

DP110100803 Dr Paul Henman, Prof Mitchell Dean, Dr Michele M Foster, Prof Richard H James, Prof Robert L<br />

Lingard, Prof Michael K Power<br />

Approved Technologies of performance, technologies of governance: the bane, benefits, ethics and<br />

Project Title future of performance measurement in government<br />

2011 $135,714.00<br />

2012 $167,769.00<br />

2013 $134,478.00<br />

2014 $62,024.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This study examines governments' increasing use of performance management and the complex ways this is<br />

transforming schools, universities, health and welfare services. It aims to improve service performance by<br />

identifying problems areas and engaging wider public perspectives.<br />

DP110102299 Prof Geoffrey A Lawrence, Prof David F Burch, Dr Kristen Lyons, Dr Carol A Richards, Dr Hilde<br />

Bjorkhaug, Prof Jörg Gertel, Prof Dr Reidar Almas<br />

Approved The new farm owners: finance companies and the restructuring of <strong>Australian</strong> and global<br />

Project Title agriculture<br />

2011 $70,000.00<br />

2012 $123,000.00<br />

2013 $154,000.00<br />

2014 $99,000.00<br />

APD Dr Carol A Richards<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Finance companies are increasingly investing in land and agriculture in both the developed and developing worlds.<br />

This project investigates how this new farm ownership is transforming both the domestic and global production of<br />

foods, forestry products and fuel crops and examines the social and environmental implications of these changes.<br />

Page 321


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104636 Dr Alexander F Broom, A/Prof Jonathan Adams, Prof Kathryn Refshauge, A/Prof David W<br />

Sibbritt<br />

Approved Navigating back pain care: a sociological study of women's illness pathways within and<br />

Project Title between intersecting social worlds<br />

2011 $124,660.00<br />

2012 $131,026.00<br />

2013 $135,936.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Back pain affects most people at some point in their life. It is difficult to treat, choosing a provider can be confusing,<br />

and it is costly for the Government. This project will provide comprehensive data on women's journeys through back<br />

pain care, their experiences of different providers, and how they negotiate competing ideological perspectives.<br />

DP110102372 Prof Raewyn Connell<br />

Approved<br />

Project Title<br />

The making of market society on a world scale: social experience and social theory from<br />

the global South<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

How does our social world change, when markets become dominant? This project explores the problem on a global<br />

scale-beyond Eurocentrism. Placing Australia in a broad world context, using both web-based and close-focus<br />

research methods on four continents, this project will pioneer a new approach to understanding modern society.<br />

University of Ballarat<br />

DP110102619 Prof William J Smyth<br />

Approved<br />

Project Title<br />

Young people's narratives of socio-economic disadvantage and educational opportunities<br />

in contexts of place-based interventions<br />

2011 $85,773.00<br />

2012 $79,785.00<br />

2013 $76,785.00<br />

Administering Organisation<br />

Project Summary<br />

University of Ballarat<br />

Society and individuals suffer when young people from disadvantaged areas become disengaged from school. This<br />

project will inform educational policy by generating knowledge from young people about the resources they use to<br />

make educational decisions.<br />

Page 322


University of South Australia<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102007 Prof Barbara A Pocock<br />

Approved<br />

Project Title<br />

The meaning of work, well-being and the changing terms, times and spaces of service<br />

sector jobs<br />

2011 $80,000.00<br />

2012 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of South Australia<br />

This research investigates how work and its terms, timing, technologies and location are changing, and how these<br />

affect well-being. It will analyse the meaning that service sector workers draw from work, and how workers at the<br />

top (like professionals and consultants) compare with those at the lower end (like carers and cleaners).<br />

University of Western Sydney<br />

DP110103197 Prof Kevin M Dunn, Dr Heather MacDonald, Dr Yin C Paradies, Dr Rae Dufty<br />

Approved<br />

Project Title<br />

Ethnic discrimination in the private rental housing market<br />

2011 $142,000.00<br />

2012 $91,000.00<br />

2013 $209,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

Paired testing protocols, as used in North American and Europe, will be used for the first time in Australia to test for<br />

ethnic discrimination in the allocation of private rental housing. This will fill a significant gap in current knowledge,<br />

and provide an evidence for policy action and remedies.<br />

DP110104025 Prof Christine Halse, Prof Janice E Wright, A/Prof Michael Kohn, Dr Sloane Madden, Dr Desiree<br />

L Boughtwood<br />

Approved A socio-cultural analysis of eating disorders among pre-teen boys and girls<br />

Project Title<br />

2011 $60,000.00<br />

2012 $50,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

This project tackles the tough question of why there has been a dramatic increase in eating disorders amongst very<br />

young boys and girls by examining the social conditions of children's lives in contemporary Australia. The findings<br />

will provide important information for policy makers, educators and clinicians working with children and families.<br />

Page 323


University of Wollongong<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100084 Dr Karin H Garrety, Prof Ian P McLoughlin, Dr Ping Yu, Dr Andrew Dalley, Mr Robert G Wilson<br />

Approved<br />

Project Title<br />

Generating insights for the future: A retrospective, comparative study of attempts to<br />

implement large-scale electronic health record systems<br />

2011 $20,000.00<br />

2012 $30,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This is a retrospective, comparative study of five attempts to set up regional and national systems for sharing<br />

electronic health records in Australia and Britain. The purpose is to learn from the mistakes and successes of the<br />

past, so that complex technology projects such as these can be better managed in the future.<br />

DP110104704 Dr Valerie Harwood<br />

Approved<br />

Project Title<br />

Imagining university education: the perspectives of young people impacted by low<br />

socio-economic status and disengagement from school<br />

2011 $20,000.00<br />

2012 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

Significant effort is being made in Australia to increase the participation of students from low socio-economic status<br />

backgrounds in university education. This project will contribute to this effort by delivering knowledge on the<br />

perceptions of university education held by low socio-economic status young people aged 12-15 disengaged from<br />

school.<br />

Page 324


1699<br />

Macquarie University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER STUDIES IN HUMAN SOCIETY<br />

DP110101721 Prof Richard L Howitt, Prof Janice J Monk<br />

Approved<br />

Project Title<br />

Social conditions of Aboriginal people in rural NSW: rethinking policy failure and future<br />

options<br />

2011 $87,938.00<br />

2012 $114,347.00<br />

2013 $119,762.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project works with three rural NSW Aboriginal communities to reframe ideas for sustainable Indigenous futures<br />

in NSW. By building both academic and community understanding of economic and social change since the<br />

mid-1960s it offers a framework for action at several geographical scales to improve outcomes for rural Aboriginal<br />

communities.<br />

The University of Sydney<br />

DP110103949 Dr Nicole M Wedgwood, Dr Russell P Shuttleworth, Prof Gwynnyth M Llewellyn<br />

Approved<br />

Project Title<br />

Disability and ability: how young people with impairments make the transition to<br />

adulthood<br />

2011 $89,000.00<br />

2012 $93,000.00<br />

2013 $103,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Compared to their able-bodied peers, 15-29 year olds with disabilities have an increased risk of negative social,<br />

physical and mental health outcomes. By analysing the life histories of 100 young people with physical impairments<br />

and tracking their development over four years, this project will explore how to reduce these risks.<br />

Page 325


1701<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PSYCHOLOGY<br />

<strong>Australian</strong> Catholic University<br />

DP110100652 A/Prof Peter G Rendell, Prof Matthias Kliegel, Prof Louise H Phillips, Dr Mareike Altgassen<br />

Approved<br />

Project Title<br />

Imagining and realising the future: limits and potentials in older adulthood<br />

2011 $80,649.00<br />

2012 $82,039.00<br />

2013 $83,922.00<br />

Administering Organisation<br />

Project Summary<br />

<strong>Australian</strong> Catholic University<br />

Older adults often forget to carry out important intentions such as turning off appliances, and this research will<br />

investigate the role of forward thinking in these memory failures. By testing the effectiveness of new strategies to<br />

assist memory for intentions, the research has important implications for maintaining independence in old age.<br />

Griffith University<br />

DP110103223 Dr David L Neumann<br />

Approved<br />

Project Title<br />

Psychological strategies for maximum health and enjoyment during moderate intensity<br />

and vigorous physical exercise<br />

2011 $70,000.00<br />

2012 $50,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

This project will change the way people think during physical exercise. It will show adults of all ages and levels of<br />

experience how to get more out of moderate intensity and vigorous exercise by reducing perceived effort and<br />

making it more enjoyable.<br />

La Trobe University<br />

DP110103114 Prof Susan J Paxton, Prof Eleanor H Wertheim<br />

Approved<br />

Project Title<br />

The development of body image attitudes in three, four and five year old girls and boys: a<br />

prospective study of psychosocial predictor variables<br />

2011 $88,650.00<br />

2012 $73,783.00<br />

2013 $95,940.00<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

This project will examine risk and protective factors for the development of body size stereotypes and<br />

dissatisfaction in young children. The project assess three year-old children and follows them up until they are five<br />

years old. The findings will help inform public health messages for parents that will help them build positive body<br />

image in their children.<br />

Page 326


Macquarie University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100178 Prof Richard J Stevenson<br />

Approved<br />

Project Title<br />

Thinking in smells<br />

2011 $57,478.00<br />

2012 $100,940.00<br />

2013 $107,479.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Smell contributes to wealth, health and disease via its role in flavour and eating, yet our understanding of this sense<br />

is limited, and it may function differently to other senses. This project will study these differences to explore key<br />

issues about cognition, with spin-offs for understanding flavour, and hence wealth, health and disease.<br />

Monash University<br />

DP110100472 A/Prof Helen M Watt<br />

Approved<br />

Project Title<br />

Participation in mathematics and science careers: longitudinal study of motivational and<br />

contextual predictors<br />

2011 $133,409.00<br />

2012 $136,874.00<br />

2013 $135,061.00<br />

2014 $105,758.00<br />

2015 $53,437.00<br />

ARF A/Prof Helen M Watt<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Australia faces escalating shortages of suitably qualified individuals in science, technology, engineering and<br />

mathematics, negatively impacting economic and national wellbeing. Why young people are losing interest and not<br />

pursuing these fields will be determined in three complementary longitudinal studies spanning ages 12 up to their<br />

early 30's.<br />

Murdoch University<br />

DP110100046 Prof Craig A McGarty, Dr Ana-Maria Bliuc, Dr Laura G Smith, Prof Tom Postmes<br />

Approved<br />

Project Title<br />

Pathways to social cohesion and social change: opinion-based groups and the dynamic<br />

formation of identities<br />

2011 $46,408.00<br />

2012 $43,857.00<br />

2013 $46,408.00<br />

Administering Organisation<br />

Project Summary<br />

Murdoch University<br />

This project will update the understanding of political conflict by exploring groups based around shared opinions. It<br />

will show that groups are likely to be more successful in their political campaigns when they tie their causes to<br />

national and other positive identifies.<br />

Page 327


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Queensland University of Technology<br />

DP110101425 Prof Barry C Watson, Dr Alexia J Lennon, Prof Narelle L Haworth, A/Prof C. R Bingham<br />

Approved<br />

Project Title<br />

Reducing aggression on our roads: testing a comprehensive model of aggressive driving<br />

2011 $105,672.00<br />

2012 $80,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

Queensland University of Technology<br />

This project aims to increase our understanding of driver aggression, its causes and how it can be prevented. This<br />

will inform development of more effective educational and enforcement measures to reduce driver aggression and<br />

resultant road crashes, which have significant social and economic impacts on the <strong>Australian</strong> community.<br />

Swinburne University of Technology<br />

DP110101598 Dr Jordy Kaufman, Prof Denis Mareschal<br />

Approved<br />

Project Title<br />

Young infants' representations of 'What' and 'Where'<br />

2011 $25,000.00<br />

2012 $30,000.00<br />

2013 $45,000.00<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

This project will clarify how the world looks though a young infant's eyes by measuring infant brain activity and<br />

observing their eye movements. The project will provide scientists and parents with a fuller understanding of what it<br />

means to be an infant and what develops between infancy and adulthood.<br />

Page 328


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110100850 A/Prof Elinor McKone, Dr Romina Palermo, A/Prof Richard T O'Kearney, Dr Tirin Moore<br />

Approved<br />

Project Title<br />

Perceptual and psychosocial factors associated with individual differences in face<br />

identity and face expression processing<br />

2011 $106,000.00<br />

2012 $105,000.00<br />

2013 $107,000.00<br />

2014 $96,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

What makes one person better or worse than another at recognising faces, or the emotions displayed in those<br />

faces? This project examines which aspects of visual perception contribute to these abilities, and their associations<br />

with problems such as debilitating social anxiety and young children's anti-social behaviour.<br />

DP110102435 Dr Timothy D Windsor, Prof Kaarin J Anstey, Asst Prof Denis Gerstorf<br />

Approved<br />

Project Title<br />

Social relations and social engagement in older adulthood: implications for health, well<br />

being and cognition<br />

2011 $40,000.00<br />

2012 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will examine the nature of changes in peoples' social networks that occur with age, and the effects of<br />

these changes on health and well being in later life. The project will use information collected from several ongoing<br />

<strong>Australian</strong> studies of ageing, and will have important implications for social policy in Australia.<br />

Page 329


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103486 A/Prof Michael E Nicholls, Dr Jason D Forte, Prof Charles J Spence<br />

Approved<br />

Project Title<br />

Left to right is front to back: attentional distortions in near and far space for healthy and<br />

clinical populations<br />

2011 $60,000.00<br />

2012 $50,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

We are investigating a perceptual bias that makes people think objects right in front of them are actually slightly to<br />

the right but objects far away are slightly to the left. This project will help understand why this happens, to help<br />

reduce traffic collisions and help people with brain damage that causes similar perceptual biases.<br />

DP110103406 Prof Philip L Smith, Prof Roger Ratcliff<br />

Approved<br />

Project Title<br />

A theory of attention and decision-making in multi-attribute and multi-object perceptual<br />

judgements<br />

2011 $104,045.00<br />

2012 $107,590.00<br />

2013 $111,135.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The human brain is an efficient biological computation device for rapidly translating perception into action. This<br />

project will develop and test a mathematical model of the processes of visual selective attention and perceptual<br />

decision-making. These processes are at the heart of the brain's ability to carry out this translation in a fast and<br />

accurate way.<br />

Page 330


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110105274 Prof Richard A Bryant<br />

Approved<br />

Project Title<br />

The causes of intrusive memories<br />

2011 $50,000.00<br />

2012 $50,000.00<br />

2013 $116,819.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Intrusive memories are pivotal to many psychological disorders. This project will extend current models of intrusive<br />

memories by integrating biological, cognitive, and neural measures to specify the causes of these memories.<br />

DP110104810 Prof Barbara J Gillam, A/Prof Stephen A Palmisano<br />

Approved<br />

Project Title<br />

The role of monocular regions in stereoscopic depth perception<br />

2011 $90,000.00<br />

2012 $70,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Stereoscopic vision is very important for vision and increasingly for graphics and entertainment. Our studies of the<br />

integration of binocular and monocular regions in the images of scenes are expected to reveal novel and<br />

sophisticated stereoscopic processes that explain how the project will achieve such a rich sense of complex<br />

layouts.<br />

DP110104202 Dr Michael Hornberger, Prof John R Hodges, Dr Simon J Lewis<br />

Approved<br />

Project Title<br />

Make up your mind! - Dissociating the roles of orbitofrontal cortex and striatum in human<br />

decision making<br />

2011 $141,619.00<br />

2012 $158,095.00<br />

2013 $168,095.00<br />

2014 $175,295.00<br />

2015 $151,235.00<br />

ARF Dr Michael Hornberger<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

How we make everyday decisions is a crucial behaviour of humans but the underlying processes in the brain are<br />

still poorly understood. This project will investigate what the roles of specific brain regions are in human decision<br />

making, which enable us to gain a better understanding of how these brain structures contribute to our decisions.<br />

Page 331


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104713 Dr Sieu K Khuu, Prof Anthony Hayes<br />

Approved<br />

Project Title<br />

Detection and identification by the human visual system of curved contour structure in<br />

natural images: a computational and psychophysical analysis<br />

2011 $50,000.00<br />

2012 $30,000.00<br />

2013 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project seeks to understand how the statistics of natural images constrain human processing of spatial<br />

contours. This understanding has value in the scientific sense in that it furthers our understanding of brain function<br />

since it generates quantifiable insights into the computational constraints for effective processing of real world<br />

images.<br />

DP110100754 A/Prof Gavan P McNally, Prof Rick Richardson<br />

Approved<br />

Project Title<br />

When is extinction not extinction?<br />

2011 $128,525.00<br />

2012 $103,025.00<br />

2013 $144,025.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Disorders of fear and anxiety are widespread and impose significant burdens on individual sufferers and their<br />

families. This projects studies new ways of augmenting loss of fear and will identify the important behavioural<br />

mechanisms as well as critical brain pathways for this fear loss.<br />

DP110101124 Dr Lenny R Vartanian, Prof Peter Herman, Prof Janet Polivy<br />

Approved<br />

Project Title<br />

How do social and environmental cues influence food intake?<br />

2011 $88,270.00<br />

2012 $76,420.00<br />

2013 $81,931.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will determine how social and environmental factors influence how much people eat. These insights will<br />

have theoretical implications for our understanding of what drives people's food intake, and will have practical<br />

implications for interventions aimed at curbing excess energy intake, weight gain, and obesity.<br />

Page 332


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110105136 Prof Reginald F Westbrook<br />

Approved<br />

Project Title<br />

Learning to control fear<br />

2011 $94,205.00<br />

2012 $74,000.00<br />

2013 $92,205.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project uses extinction of fear in rats to model means to control human fear. Its aims are to determine why<br />

patients must be exposed to trauma-related cues to learn to control their fear and when knowledge about the<br />

current relation between the cues and the trauma is sufficient for patients to overcome the fear normally elicited by<br />

trauma-related cues.<br />

The University of Newcastle<br />

DP110100234 Prof Andrew J Heathcote, Prof Anthony A Marley, Asst Prof Richard D Morey, Prof Jeffrey N<br />

Rouder<br />

Approved Choice models for learning and memory<br />

Project Title<br />

2011 $128,049.00<br />

2012 $82,049.00<br />

2013 $108,549.00<br />

2014 $108,959.00<br />

2015 $116,549.00<br />

APF Prof Andrew J Heathcote<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Life is filled with familiar choices that often require quick decisions about objects in the environment and the<br />

contents of memory. This project examines how we learn to make rapid and accurate choices and how we quickly<br />

asses the level of confidence we have in recognition decisions based on our memories.<br />

Page 333


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110102632 Dr Brock Bastian, Dr Paul Bain, Prof William Swann<br />

Approved<br />

Project Title<br />

Moral vitalism: understanding the foundations of righteous violence within everyday<br />

secular thought<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

APD Dr Brock Bastian<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This research will investigate the psychological foundations of righteous violence and extremist thinking within<br />

everyday secular cognition. Focusing on the tendency to view good and evil as spiritual forces, the project will<br />

provide insight into new forms of everyday moral cognition while also uncovering factors that drive the cycle of<br />

terrorism.<br />

DP110103285 A/Prof Ross Cunnington<br />

Approved<br />

Project Title<br />

The mirror system and the perception of actions<br />

2011 $85,691.00<br />

2012 $67,077.00<br />

2013 $91,985.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Our ability to recognise and understand others' actions is crucial to our everyday social life and appears to be<br />

mediated by specialised networks in the brain. This project will bring a greater understanding of the brain processes<br />

involved in the perception and recognition of others' actions.<br />

DP110102925 Dr Paul E Dux, Prof Jason B Mattingley<br />

Approved<br />

Project Title<br />

Bottlenecks in the brain: a causal role for the frontal-parietal network in multitasking<br />

limitations<br />

2011 $131,000.00<br />

2012 $123,000.00<br />

2013 $128,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

When considering the information processing demands of modern life (for example, hands-free mobile phone use<br />

and driving) it is crucial to understand the mechanisms that underlie the severe multitasking limitations experienced<br />

by healthy individuals and clinical groups. This project investigates the brain regions critical for such limits to<br />

concentration.<br />

Page 334


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100460 Prof Ottmar V Lipp, Dr Derek H Arnold<br />

Approved<br />

Project Title<br />

The emotional face<br />

2011 $61,540.00<br />

2012 $45,201.00<br />

2013 $64,981.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The recognition of emotional facial expressions is essential for successful social functioning. This project will<br />

determine how information concerning facial expressions is encoded by the human brain, providing potential insight<br />

into situations where this process can fail, such as in old age or autism.<br />

DP110102449 Dr Alina Morawska, Prof Matthew R Sanders, A/Prof Jennifer A Fraser, Dr Scott W Burgess<br />

Approved<br />

Project Title<br />

Evaluation of a brief parenting intervention for parents of children suffering asthma or<br />

eczema<br />

2011 $92,445.00<br />

2012 $69,823.00<br />

2013 $94,220.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Childhood illnesses create a great burden for <strong>Australian</strong> families and many parents struggle with keeping their child<br />

healthy and well adjusted. This research will examine the effects of a brief parenting intervention to help parents<br />

become more skilled and confident in their role, leading to better child adjustment, health and wellbeing.<br />

DP110100602 Dr Mark Nielsen, Dr Ilana Mushin, Prof Andrew Whiten, Prof Keyan G Tomaselli<br />

Approved<br />

Project Title<br />

Over-imitation, trial-and-error learning and the inter-generational transmission of<br />

information<br />

2011 $70,000.00<br />

2012 $45,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will investigate how cultural knowledge is developed and transmitted from one generation to the next<br />

through imitation and trial-and-error learning. Testing children from industrialised and indigenous communities will<br />

provide unique data, generate new knowledge and provide a foundation for developing new educational<br />

approaches.<br />

Page 335


The University of Sydney<br />

DP110101511 Dr Jason Bell<br />

Approved<br />

Project Title<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

Decoding the process of holistic shape encoding in the human visual system<br />

2011 $86,446.00<br />

2012 $84,846.00<br />

2013 $82,846.00<br />

APD Dr Jason Bell<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

The visual coding of shape is an important stage in object perception and yet we currently do not fully understand<br />

how shapes are encoded by the brain. This project aims to discover the cues used by the visual system to<br />

holistically represent shape and to explore the functional interactions between the cortical regions responsible for<br />

this task.<br />

DP110102547 Prof Robert A Boakes<br />

Approved<br />

Project Title<br />

The missing calories effect in rats and humans<br />

2011 $120,000.00<br />

2012 $120,000.00<br />

2013 $145,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Increased understanding of how we learn to prefer some foods and avoid others will improve measures to limit or<br />

reduce body weight gain. In the context of the present obesity epidemic this project will demonstrate that even small<br />

improvements can produce major health and economic benefits.<br />

DP110100432 Dr Alexander O Holcombe<br />

Approved<br />

Project Title<br />

Perceiving and tracking moving objects<br />

2011 $80,000.00<br />

2012 $50,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Processing and tracking moving objects poses challenges for human perception. To succeed, visual processing<br />

must accumulate analyses of the object from its different positions. Perceptual experiments will reveal human limits<br />

and yield insights into the underlying mechanisms, providing a basis for understanding object tracking in tasks like<br />

driving.<br />

Page 336


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104691 Dr Tatjana Seizova-Cajic, Dr Ingvars Birznieks<br />

Approved<br />

Project Title<br />

Adaptation and after effects in perception of tactile motion<br />

2011 $60,000.00<br />

2012 $50,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project investigates sensory properties of the skin covering the human hand, focusing on the ability to perceive<br />

how surfaces move across the palm when objects are handled or explored. This project aims to elucidate sensory<br />

information processing, leading to applications in diagnostics of neurological disorders and robotics.<br />

DP110105195 Dr Lisa Zadro, Dr Karen Gonsalkorale, Prof Patricia Devine<br />

Approved<br />

Project Title<br />

Using a cross-national approach to investigate the link between ostracism and interethnic<br />

aggression<br />

2011 $86,000.00<br />

2012 $76,000.00<br />

2013 $88,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Interethnic aggression is a pressing social problem. This project will examine the role of ostracism-specifically,<br />

social exclusion by ethnic outgroups-in promoting interethnic hostility. Our findings will inform strategies to<br />

ameliorate these negative effects, which will be assessed in both university student and community samples.<br />

Page 337


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110104553 Prof David R Badcock, A/Prof Mark Edwards<br />

Approved<br />

Project Title<br />

Form and motion interactions in human motion perception<br />

2011 $110,845.00<br />

2012 $111,589.00<br />

2013 $129,908.00<br />

2014 $114,782.00<br />

2015 $114,950.00<br />

APF Prof David R Badcock<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

Vision works efficiently to detect the motion of both ourselves and other objects by combining motion and pattern<br />

information. This project will determine how the visual system achieves this and also create a detailed model that<br />

will be directly applicable to areas ranging from clinical neuropsychology to the analysis and design of visual<br />

displays.<br />

DP110101266 Dr Ullrich K Ecker, Prof Murray T Maybery, Prof Gordon D Brown, Dr Richard N Henson<br />

Approved<br />

Project Title<br />

Memory consolidation - Integrating cognitive science and neuroscience approaches to<br />

how we remember and how we forget<br />

2011 $100,000.00<br />

2012 $105,000.00<br />

2013 $107,000.00<br />

2014 $110,000.00<br />

APD Dr Ullrich K Ecker<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

How can we forget what happened yesterday, but vividly remember our first kiss? Neuroscientists think the brain<br />

has a special mechanism to strengthen memories with time, but many psychologists disagree. The project aims to<br />

bring the brain and the mind closer together, using the cutting-edge combination of brain imaging and psychological<br />

modelling.<br />

DP110104152 Prof Julie A Lee, Prof Geoffrey N Soutar, Prof Jordan J Louviere, Em/Prof Shalom H Schwartz<br />

Approved<br />

Project Title<br />

Extending the theory and measurement of personal values and testing relations of values<br />

to attitudes and behaviour<br />

2011 $150,000.00<br />

2012 $44,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

Personal values indicate what is important to us, guide our behaviour and reflect real differences between cultures,<br />

social classes, occupations, and religions. This project seeks to refine the theory and measurement of personal<br />

values across cultures to better understand the motivations that lie behind attitudes and behaviours.<br />

Page 338


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Western Sydney<br />

DP110105123 Prof Denis K Burnham, Prof Usha Goswami<br />

Approved<br />

Project Title<br />

The seeds of literacy in infancy: empirical specification of the acoustic determinants of<br />

language acquisition<br />

2011 $160,588.00<br />

2012 $144,197.00<br />

2013 $152,107.00<br />

2014 $134,476.00<br />

2015 $158,439.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

Reading is one of the most difficult skills we learn, and while the process is largely forgotten by adults, any minor<br />

difficulty can have lasting effects. This project will follow speech, vocabulary and reading in infants at or not at risk<br />

for dyslexia from six months to five years with implications for parent-child interaction and language delay<br />

intervention.<br />

University of Wollongong<br />

DP110100989 A/Prof Joseph Ciarrochi, Prof Patrick C Heaven, Prof Christopher J Jackson, A/Prof Stuart J<br />

Johnstone, Dr Peter R Leeson, Dr Nerina J Caltabiano<br />

Approved A longitudinal study into the development of personal vulnerabilities and well-being in<br />

Project Title adolescence<br />

2011 $84,112.00<br />

2012 $88,582.00<br />

2013 $90,405.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

Character strengths such as empathy and emotion management skills are potentially teachable and help prevent<br />

an adolescent from experiencing difficulties in social, emotional, and academic adjustment. This longitudinal study<br />

examines the temperament and environmental factors that promote character strengths in adolescents.<br />

Page 339


1702<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

COGNITIVE SCIENCE<br />

Page 340


Macquarie University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100799 Dr Britta A Biedermann, Prof Lyndsey A Nickels, Prof Niels O Schiller<br />

Approved<br />

Project Title<br />

Speech production in language-impaired speakers: Informing theoretical models and<br />

clinical practice regarding grammatical processing<br />

2011 $129,957.00<br />

2012 $143,026.00<br />

2013 $128,426.00<br />

APD Dr Britta A Biedermann<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This research examines how language is stored and processed in our minds and the ways this can go wrong. By<br />

improving our theory of language processing, the research will result in improved diagnosis and treatment for the<br />

ten per cent of <strong>Australian</strong>s who suffer from communication impairment.<br />

DP110102506 Prof Mark E Johnson, Prof Katherine Demuth, Asst Prof Michael Frank<br />

Approved<br />

Project Title<br />

Computational models of synergies in human language acquisition<br />

2011 $100,000.00<br />

2012 $105,000.00<br />

2013 $163,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

How do children learn language? Do they first learn to recognise words and then associate words with meanings, or<br />

do they use the meanings to figure out what the words are, or do they do both at the same time, and if so, how?<br />

This project will investigate questions like these using advanced computational models of the way children learn<br />

from their environment.<br />

DP110102593 Prof Mark E Johnson, Prof Mark Steedman<br />

Approved<br />

Project Title<br />

Incremental syntactic parsing and coreference resolution<br />

2011 $120,000.00<br />

2012 $135,000.00<br />

2013 $140,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

As computers become smaller, keyboards and screens become increasingly impractical. We'd like to be able to talk<br />

to our computers, but they'd have to understand what we say. This project will develop a computational model that<br />

tracks which things are talked about and identifies 'who did what to whom' in text or speech.<br />

Page 341


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100294 A/Prof Sachiko Kinoshita, Dr Dennis G Norris<br />

Approved<br />

Project Title<br />

Cracking the orthographic code: investigating early perceptual processes in reading<br />

2011 $122,201.00<br />

2012 $100,070.00<br />

2013 $103,330.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Current understanding of how human readers decode a string of letters into known words is inadequate. This<br />

project advances understanding of this early reading process, by combining computational modelling, behavioural<br />

and brain imaging approaches.<br />

DP110103822 Dr Saskia R Kohnen, Prof Lyndsey A Nickels, Prof Brenda Rapp<br />

Approved<br />

Project Title<br />

Using generalisation to better treat poor spelling<br />

2011 $100,000.00<br />

2012 $60,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Spelling is an important skill when expressing one's thoughts in writing and an acute challenge for at least ten per<br />

cent of <strong>Australian</strong> students, who can be years behind in their knowledge. This project will help to improve spelling<br />

training by establishing how to facilitate generalisation of spelling knowledge from a learned word to new words.<br />

Monash University<br />

DP110100696 Prof Julie C Stout, Prof Jerome Busemeyer, Dr Daniel J Upton<br />

Approved<br />

Project Title<br />

Cognitive models of decision making in clinical populations<br />

2011 $88,083.00<br />

2012 $88,832.00<br />

2013 $86,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

This cognitive science project aims to develop new methods for mathematical modelling of decision making, and to<br />

apply these methods to study decision making in people with problem drug use. Precise measures of the thought<br />

processes underlying decision making in drug users will help to direct efforts to prevent and treat drug problems.<br />

Page 342


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104949 Dr Daniel J Navarro, Dr Amy F Perfors, A/Prof Joshua Tenenbaum<br />

Approved<br />

Project Title<br />

How are beliefs altered by data? Robust Bayesian models for human inductive learning<br />

2011 $112,231.00<br />

2012 $112,100.00<br />

2013 $115,309.00<br />

2014 $115,355.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project applies state of the art mathematical models to study how people think and reason, and how we can<br />

make good guesses about the future. The goal is to understand how the human mind can operate so effectively in<br />

real environments, when even the most powerful computers struggle to handle the complexities of everyday<br />

learning problems.<br />

The University of New South Wales<br />

DP110100797 Dr Benjamin R Newell, Prof Michael D Lee<br />

Approved<br />

Project Title<br />

Toward a unified account of adaptive decision making: learning to search, stop and<br />

decide<br />

2011 $51,847.00<br />

2012 $117,617.00<br />

2013 $50,357.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The quality of decision making, our own and those with influence over us is a fundamental concern. The centrality<br />

of this issue means that it is crucial to understand the cognitive processes underlying human decision making. This<br />

project will deliver new insights into these processes and make key recommendations for improving decision<br />

making.<br />

The University of Queensland<br />

DP110100588 Dr Stefanie I Becker<br />

Approved<br />

Project Title<br />

The role of relational information in the guidance of visual attention<br />

2011 $93,000.00<br />

2012 $88,000.00<br />

2013 $86,000.00<br />

APD Dr Stefanie I Becker<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The project aims to develop a new theory of attention that describes more accurately which items in the visual field<br />

can pop out and grab attention. The potential practical gains of the project are high, as it can lead to significant<br />

advancements in robotic vision, transport safety, and provide insights into clinical disorders such as ADHD.<br />

Page 343


1799<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER PSYCHOLOGY AND COGNITIVE SCIENCES<br />

The University of Adelaide<br />

DP110100751 Prof John C Dunn, Dr Greig I de Zubicaray, Dr Emily E Freeman<br />

Approved<br />

Project Title<br />

Investigation of recognition memory in behavioural, electrophysiological, and functional<br />

neuro-imaging domains using state-trace analysis<br />

2011 $90,000.00<br />

2012 $60,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

This project utilises a novel methodology to investigate human recognition memory across three separate domains<br />

- behavioural, electrophysiological and functional neuro-imaging. The aim is to determine how these three aspects<br />

of memory are related and if they can be united by a single theory.<br />

Page 344


1801<br />

LAW<br />

Charles Sturt University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103706 Prof Jane Goodman-Delahunty, Dr Anne I Cossins<br />

Approved<br />

Project Title<br />

Countering misconceptions in child sexual assault cases with expert evidence and<br />

judicial directions<br />

2011 $100,000.00<br />

2012 $85,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

Charles Sturt University<br />

This project reduces miscarriages of justice by identifying topics about which jurors benefit from specialised<br />

knowledge by an expert witnesses and the best way to deliver that information so they are better equipped to<br />

appropriately assess the credibility of child victims and offenders and render verdicts in cases of child sexual<br />

assault.<br />

RMIT University<br />

DP110102963 Dr Sara C Charlesworth<br />

Approved<br />

Project Title<br />

From margins to mainstream: gender equality and employment regulation<br />

2011 $90,271.00<br />

2012 $108,883.00<br />

2013 $124,000.00<br />

2014 $120,000.00<br />

2015 $42,726.00<br />

Administering Organisation<br />

Project Summary<br />

RMIT University<br />

Progress towards gender equality in employment has stalled, despite anti-discrimination laws. This investigation of<br />

alternative regulatory strategies will build <strong>Australian</strong> expertise and contribute to knowledge about the relationships<br />

between gender equality and employment regulation, generating policy options for employment and human rights<br />

bodies.<br />

Page 345


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110103501 Prof Valerie A Braithwaite<br />

Approved<br />

Project Title<br />

Regulation and social capital<br />

2011 $55,000.00<br />

2012 $89,000.00<br />

2013 $100,000.00<br />

2014 $90,000.00<br />

2015 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project looks at regulation from the perspective of regulators and regulated communities. It seeks an account<br />

of regulatory implementation that is most likely to produce respectful, cooperative and effective engagement<br />

between authorities and the public.<br />

DP110102440 Dr Miranda R Forsyth<br />

Approved<br />

Project Title<br />

Intellectual Property requirements in Free Trade agreements: implications for<br />

development in Pacific Island Countries<br />

2011 $95,000.00<br />

2012 $100,000.00<br />

2013 $90,000.00<br />

APD Dr Miranda R Forsyth<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project investigates ways in which intellectual property laws can be used to promote development in the Pacific<br />

Island Countries. It will inform and support Australia's trade negotiations with the region in the context of Pacific<br />

Agreement on Closer Economic Relations (PACER) Plus.<br />

DP110102637 Dr Hitoshi Nasu, A/Prof Thomas A Faunce, A/Prof Margaret Kosal<br />

Approved<br />

Project Title<br />

Developing Australia's legal response to military and security applications of<br />

nanotechnology<br />

2011 $25,000.00<br />

2012 $20,000.00<br />

2013 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

A critical regulatory gap exists for military applications of nanotechnology under international law. This project will<br />

provide a conceptual framework and policy options to develop Australia's legal response to the use of<br />

nanotechnology in military and security settings through collaborations with experts in the United States.<br />

Page 346


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The Flinders University of South Australia<br />

DP110103859 Prof Margaret J Davies<br />

Approved<br />

Project Title<br />

Mine, yours, theirs, and ours: examining the tension between private and community<br />

interests in property<br />

2011 $35,000.00<br />

2012 $25,000.00<br />

2013 $25,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

Property is increasingly characterised by a tension between private rights and broader community interests, such as<br />

those relating to the environment, heritage and the public cultural domain. This project will create a new<br />

understanding of the nature of property which takes into consideration the need to balance community and<br />

individual interests.<br />

Page 347


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100145 Prof Carolyn Evans<br />

Approved<br />

Project Title<br />

Religious autonomy and the restriction of rights or freedoms by religious communities:<br />

comparative and theoretical approaches<br />

2011 $60,000.00<br />

2012 $50,000.00<br />

2013 $65,443.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Religious communities must be autonomous in order to protect their unique identity and mission. Yet in exercising<br />

their autonomy they may interfere with the rights or freedoms of others. This project's sophisticated analysis of the<br />

tension between the two sets of rights will offer a resolution that strengthens Australia's social fabric.<br />

DP110101076 A/Prof Elizabeth J Gaze, Ms Anna-Louise M Chapman<br />

Approved<br />

Project Title<br />

Reshaping employment discrimination law: towards substantive equality at work?<br />

2011 $57,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The <strong>Australian</strong> employment discrimination law system comprises long standing anti-discrimination law and novel<br />

discrimination provisions from the Fair Work Act 2009. This project studies the operation and effectiveness of the<br />

reshaped system, to assess whether it is likely to be effective in supporting a more substantive version of equality at<br />

work.<br />

DP110100707 A/Prof Helen M Rhoades, Prof John K Dewar<br />

Approved<br />

Project Title<br />

Making children's needs knowable to law<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project addresses the growing concerns that the family law system is not adequately safeguarding children's<br />

wellbeing in parenting cases. Its development of an evidence-based framework for decision-making will facilitate<br />

the production of outcomes that will better support the wellbeing of families affected by relationship breakdown.<br />

Page 348


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103464 Prof Cheryl A Saunders<br />

Approved<br />

Project Title<br />

Meeting the challenges of constitutional comparison<br />

2011 $85,000.00<br />

2012 $80,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project offers a more genuinely global approach to comparative constitutional law. It will deepen understanding<br />

of the operation and underlying assumptions of systems of government in countries around the world, assisting<br />

Australia in its dealings with neighbours and strategic partners and in developing its own constitutional<br />

arrangements.<br />

DP110100259 A/Prof Maureen F Tehan, Prof Lee C Godden, Dr Margaret A Young, Dr Kirsty A Gover<br />

Approved<br />

Project Title<br />

Climate change law and mitigation: forest carbon sequestration and Indigenous and local<br />

community rights<br />

2011 $110,000.00<br />

2012 $95,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project examines the impact of climate change law and mitigation on Indigenous peoples and local forest<br />

communities in Australia, India and Malaysia. It examines the United Nations - Reducing Emissions from<br />

Deforestation and Forest Degradation scheme which gives credits for carbon sequestration in forests thus providing<br />

financial incentives to avoid deforestation for communities in sensitive ecosystems.<br />

The University of New South Wales<br />

DP110101594 Prof Andrew C Byrnes<br />

Approved<br />

Project Title<br />

Whose law is it, anyway? Citizens' and peoples' challenges to state dominance in the<br />

making and application of international law<br />

2011 $75,000.00<br />

2012 $87,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project will enhance our understanding of civil society participation in international law-making and<br />

implementation, and how scrutiny of the legality of State conduct affects the exercise of political power. Its findings<br />

will provide guidance for improving systems of accountability that take full account of all stakeholders' interests.<br />

Page 349


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104287 Dr Simon A Butt<br />

Approved<br />

Project Title<br />

Indonesia's Constitutional Court: safeguarding democratic transition?<br />

2011 $85,000.00<br />

2012 $65,000.00<br />

2013 $75,000.00<br />

2014 $75,000.00<br />

APD Dr Simon A Butt<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project analyses the Indonesian Constitutional Court's decisions in election-related cases. It examines the<br />

Court's role in maintaining democracy and, ultimately, the national unity of Indonesia. By explaining how Indonesian<br />

democracy 'works', this project will enhance Australia's economic, political and cultural engagement with Indonesia.<br />

DP110102978 Dr Fleur E Johns, Dr Ben Saul, Prof Philip H Hirsch, Em/Prof Ben Boer<br />

Approved<br />

Project Title<br />

Mekong laws: scales, sites and impacts of 'hard' and 'soft' law in Mekong River Basin<br />

governance<br />

2011 $120,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will make clearer how law - operating nationally, regionally and internationally - is affecting<br />

decision-making surrounding scarce resources of the Mekong River Basin. It will provide a more informed basis for<br />

directing <strong>Australian</strong> aid to the Mekong River Basin, while helping improve prospects for long-term regional peace<br />

and security.<br />

DP110101888 A/Prof Gail Mason, Prof Leslie J Moran<br />

Approved<br />

Project Title<br />

Hate crime laws and justice<br />

2011 $55,000.00<br />

2012 $55,000.00<br />

2013 $54,338.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will investigate how the criminal law and justice system can provide an effective but even-handed<br />

response to the problem of prejudice-related crime. It will make recommendations to assist in the formulation of law<br />

in this area and advance scholarship on crime and punishment.<br />

Page 350


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101029 Prof Wojciech Sadurski, Prof Martin E Krygier, Dr Adam Czarnota<br />

Approved<br />

Project Title<br />

1989 and the rule of law revolution<br />

2011 $75,000.00<br />

2012 $95,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project explores three elements of the post-1989 worldwide rule of law revolution: constitutionalism, 'dealing<br />

with the past', and rule of law promotion. Australia increasingly seeks to promote the rule of law internationally, but<br />

these efforts draw on an inadequate base of knowledge and theory. This project work will expand that base.<br />

DP110104481 A/Prof Anne F Twomey<br />

Approved<br />

Project Title<br />

A comparative study of the prerogative and reserve powers in Commonwealth nations<br />

2011 $35,000.00<br />

2012 $25,000.00<br />

2013 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will compare and analyse the exercise of unwritten executive powers (such as emergency powers and<br />

the power to dismiss governments) in Commonwealth countries with similar systems of government to ours. It will<br />

assist in developing good governance in our region and a better understanding of the limits of executive power in<br />

Australia.<br />

Page 351


1899<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER LAW AND LEGAL STUDIES<br />

The University of New South Wales<br />

DP110101000 Prof Janet B Chan<br />

Approved<br />

Project Title<br />

Legal culture, work stress and professional practice: a study of <strong>Australian</strong> lawyers<br />

2011 $100,000.00<br />

2012 $80,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This unique and innovative project provides a map of the <strong>Australian</strong> legal culture in the twenty-first-century. Using a<br />

combination of quantitative and qualitative research techniques, it investigates the relationship between legal<br />

culture and professional practice, with particular focus on the perception and handling of stress among lawyers.<br />

University of Tasmania<br />

DP110100694 Prof Dianne Nicol, Prof Donald R Chalmers, Prof Margaret F Otlowski, Dr Christine R Critchley<br />

Approved<br />

Project Title<br />

The age of personalised medicine: regulatory challenges for Australia<br />

2011 $87,000.00<br />

2012 $87,000.00<br />

2013 $87,000.00<br />

2014 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

Australia is entering an age of personalised medicine where therapies and tests will be based on individual genetic<br />

profiles. This project aims to ensure that there is a best practice regulatory and governance environment for<br />

facilitating responsible research and clinical service delivery through a process of evidence-based regulatory<br />

reform.<br />

Page 352


1901<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ART THEORY AND CRITICISM<br />

<strong>Australian</strong> Catholic University<br />

DP110105362 Dr Uros Cvoro<br />

Approved<br />

Project Title<br />

Turbo-folk and the development of nationalist cultures in the age of globalisation<br />

2011 $25,500.00<br />

2012 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

<strong>Australian</strong> Catholic University<br />

This project analyses musical style of turbo folk as a cultural form of reconciliation between ethnic groups of<br />

ex-Yugoslavia. It determines whether the cultural expression of turbo-folk can bridge ethnic rivalries through kitsch<br />

music and culture.<br />

Macquarie University<br />

DP110100922 Prof Naguib Kanawati, Dr Linda Evans, Dr Alexandra A Woods, Prof Gay Robins<br />

Approved<br />

Project Title<br />

Immortal Egypt: cultural tradition and transition during the first intermediate period at<br />

Meir<br />

2011 $110,000.00<br />

2012 $90,000.00<br />

2013 $90,000.00<br />

2014 $70,000.00<br />

APD Dr Linda Evans<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

The project will gain new knowledge about the development of ancient Egyptian culture by examining<br />

well-preserved tombs dating from the Old through to the Middle Kingdom periods at the cemetery of Meir and<br />

analysing the ways in which art, architecture, and socio-religious institutions at the site were maintained or altered<br />

over a span of 900 years.<br />

The University of Melbourne<br />

DP110100644 A/Prof Charles D Green, Dr Anthony M Gardner<br />

Approved<br />

Project Title<br />

Mega-Exhibitions: Biennales, Triennales and Documentas, 1950-2010<br />

2011 $122,000.00<br />

2012 $123,000.00<br />

2013 $92,000.00<br />

APD Dr Anthony M Gardner<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Biennales have offered a dramatically expanded global audience the chance to see contemporary art's boom in<br />

recent decades. There is no scholarly publication that describes and analyses the phenomenon's global history,<br />

despite the widespread consensus that such comprehensive analysis is needed. This research and book project<br />

fills that gap.<br />

Page 353


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Western Australia<br />

DP110104509 Prof Ian A McLean, Dr Darren Jorgensen<br />

Approved<br />

Project Title<br />

Mobilising remote Aboriginal art centre records for art history<br />

2011 $57,000.00<br />

2012 $56,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project will use the archives of remote Aboriginal art centres to promote Aboriginal artists. For a long time their<br />

work has been thought of overseas as primitive, or of ethnographic interest. By examining the innovations of the<br />

work of Aboriginal artists, this project will demonstrate that these are contemporary artists of global quality.<br />

Page 354


1902<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

FILM, TELEVISION AND DIGITAL MEDIA<br />

The University of New South Wales<br />

DP110101146 A/Prof Dennis G Del Favero, Prof Jeffrey Shaw, Prof Johnny C Chan, Prof Terence E Smith<br />

Approved<br />

Project Title<br />

The reformulation of landscape as a user-generated interactive aesthetic<br />

2011 $115,000.00<br />

2012 $112,000.00<br />

2013 $107,000.00<br />

2014 $70,748.00<br />

2015 $70,748.00<br />

APF A/Prof Dennis G Del Favero<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project seeks to provide Australia with an opportunity to advance its understanding of landscape and climate<br />

change by building the world's first networked landscape visualisation system.<br />

Page 355


1904<br />

Griffith University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PERFORMING ARTS AND CREATIVE WRITING<br />

DP110102780 Prof Michael S Balfour, Prof Donald E Stewart, A/Prof Susan A Treloar, Dr Peter E Nasveld, Prof<br />

Patrick J Fuery<br />

Approved The difficult return: arts-based approaches to mental health literacy and building<br />

Project Title resilience with returned military personnel and their families.<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Griffith University<br />

The research seeks to understand how the arts can respond to acute mental health issues confronting recently<br />

returned veterans and their families. The research will develop an innovative online mental health literacy project<br />

and engage veterans and their families in arts-based resilience work in order to produce positive mental health<br />

outcomes.<br />

The University of Melbourne<br />

DP110102483 Dr Katrina L McFerran, Prof Denise E Grocke, Prof Tony Wigram, Prof Christian Gold, Miss Lucy<br />

O'Grady<br />

Approved Music as bridge between strengths and difficulties: preventing mental ill-health through<br />

Project Title early identification and early intervention in adolescence<br />

2011 $131,000.00<br />

2012 $147,000.00<br />

2013 $131,000.00<br />

2014 $98,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The World Health Organisation and the <strong>Australian</strong> Government both predict an alarming rise in chronic mental<br />

health problems. In this study, an innovative, musically derived strengths and difficulties assessment tool will be<br />

developed and validated to facilitate the early identification of, and early intervention with at risk young people.<br />

Page 356


1905<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

VISUAL ARTS AND CRAFTS<br />

The University of Melbourne<br />

DP110100645 A/Prof Jon Cattapan, A/Prof Charles D Green, Dr Lyndell C Green<br />

Approved<br />

Project Title<br />

War and peace: how and why contemporary conflict and its aftermath is framed by war art<br />

2011 $22,000.00<br />

2012 $42,000.00<br />

2013 $79,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Building on all three applicants' recent, unique track records as Australia's Official War Artists, we will record the<br />

aftermath of conflicts in which Australia has been involved, both as participant and as peacekeeper from Vietnam to<br />

Iraq, taking account of recent theoretical advances in the understanding of images, archives and affect.<br />

Page 357


1999<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER STUDIES IN CREATIVE ARTS AND WRITING<br />

University of Western Sydney<br />

DP110105548 A/Prof Anna Gibbs, Dr Maria Angel, Prof Joseph P Tabbi<br />

Approved<br />

Project Title<br />

Creative nation: writers and writing in the new media arts<br />

2011 $70,000.00<br />

2012 $60,000.00<br />

2013 $85,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

This project will map an important moment of cultural transition in <strong>Australian</strong> writing as it begins to engage fully with<br />

new electronic forms. It will provide an important resource for understanding the work of writers as producers of<br />

novelty and innovation at the cutting edge of cultural and technological change.<br />

Page 358


2001<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

COMMUNICATION AND MEDIA STUDIES<br />

Swinburne University of Technology<br />

DP110101455 Prof Julian Thomas, Prof Stuart D Cunningham, Mr Ramon A Lobato, Prof Dan Hunter<br />

Approved<br />

Project Title<br />

Informal economies and audiovisual industries: histories, dynamics, legal and policy<br />

responses<br />

2011 $75,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

2014 $65,000.00<br />

APD Mr Ramon A Lobato<br />

Administering Organisation<br />

Project Summary<br />

Swinburne University of Technology<br />

This project will uncover new information about the connections between formal and informal media industries. It<br />

will generate valuable new knowledge about innovation in contemporary media, and will contribute to policy<br />

discussions in the lead-up to the National Broadband Network.<br />

The University of Queensland<br />

DP110100075 Prof Graeme Turner, Dr Anna C Pertierra<br />

Approved<br />

Project Title<br />

Locating television: an international study of the changing socio-cultural functions of<br />

television<br />

2011 $100,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Anna C Pertierra<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project investigates the socio-cultural function of television in nation-states so far largely ignored by media<br />

studies: Mexico, Cuba and the Philippines. Combining cultural studies and anthropology, it uses publications and<br />

symposia to provide a more detailed global account of television's continuing influence in the post-broadcast era.<br />

Page 359


2002<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CULTURAL STUDIES<br />

Edith Cowan University<br />

DP110100864 Prof Lelia R Green, Dr Leslie G Haddon<br />

Approved<br />

Project Title<br />

Parents or peers: which group most affects the experiences of young people online, and<br />

how?<br />

2011 $30,000.00<br />

2012 $55,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

Edith Cowan University<br />

This project investigates three sets of high school students who regularly interact online to discover how circles of<br />

friends influence each other's internet activity compared with parents. Understanding these dynamics will help drive<br />

innovation in Australia, maximising the benefits of young adults' internet activities while minimising risks.<br />

The <strong>Australian</strong> National University<br />

DP110105284 Dr Carolyn Strange, Prof Christopher E Forth, Dr Rosanne Kennedy<br />

Approved<br />

Project Title<br />

Family, violence and honour: the Walworth Murder<br />

2011 $60,000.00<br />

2012 $43,000.00<br />

2013 $35,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

<strong>Australian</strong> statistics confirm that violence within the family is an intractable problem. Real-life narratives of spousal<br />

abuse and murder, including historical cases, provide compelling evidence of the causes and costs of family<br />

conflict. This project underlines the ways in which power asymmetries within families can become risk factors for<br />

violence.<br />

Page 360


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103386 Prof Barbara A Creed<br />

Approved<br />

Project Title<br />

The global self: screening the history of human rights in the 20th century to the present<br />

2011 $50,000.00<br />

2012 $50,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will research the history and theory of human rights as represented in film and new media. It will<br />

analyse the origins and development of human rights theory and document the changes in films about human rights<br />

in order to understand how we now conceptualise human rights in the twenty-first-century.<br />

DP110103123 Prof Ghassan J Hage, Dr Gillian G Tan, Dr Gerhard M Hoffstaedter, Prof Michael D Jackson,<br />

A/Prof Henrik E Vigh<br />

Approved Outside-Domestication: towards an anthropology of the spaces of negotiated being<br />

Project Title<br />

2011 $97,000.00<br />

2012 $99,000.00<br />

2013 $111,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

All institutions today encourage innovation. Yet the word is not mentioned anywhere in the world when it comes to<br />

ethnic relations policy. This project looks at spaces of social relations that fall outside state rule. Rather than seeing<br />

them as a threat we examine if they offer material for a much-needed innovative inter-cultural politics.<br />

DP110102516 Dr Sara J Wills, Dr Mammad Aidani<br />

Approved<br />

Project Title<br />

Narrating trauma and displacement: historical and cultural experiences of Iran-born men<br />

in Australia<br />

2011 $86,000.00<br />

2012 $94,000.00<br />

2013 $95,000.00<br />

APD Dr Mammad Aidani<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project aims to understand the trauma facing Iranian men who have settled in Australia in the last 30 years,<br />

and to contribute to programs for their recovery and care. It provides the first social, cultural and historical study of<br />

this phenomenon, and aims to strengthen social cohesion by promoting new knowledge about refugees and<br />

migrants.<br />

Page 361


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New England<br />

DP110102651 Dr Cuncun Wu, Dr Mark J Stevenson<br />

Approved<br />

Project Title<br />

Peking opera, epitheatre and writing in nineteenth-century Beijing.<br />

2011 $50,000.00<br />

2012 $35,000.00<br />

2013 $23,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New England<br />

Employing the neglected 'flower-guide' booklets of nineteenth-century Beijing, this project explores the role<br />

theatre-based popular literature played in the formation of the capital city's emerging public sphere. Establishing<br />

epitheatre as a new field, it opens new horizons in the history of modern China, social history and literary criticism.<br />

The University of Queensland<br />

DP110100448 A/Prof Helen M Creese, Dr I Nyoman D Putra<br />

Approved<br />

Project Title<br />

Textual traditions, identity and cultural production in contemporary Bali<br />

2011 $50,000.00<br />

2012 $45,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project investigates contemporary interest in Bali's unique textual heritage as a marker of ethnic, religious and<br />

cultural identity and highlights the political and social consequences of new technologies in this process. It will<br />

provide new understandings of regional concerns with identity and cultural difference in Indonesia.<br />

Page 362


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

University of Western Sydney<br />

DP110104298 Prof Kay J Anderson<br />

Approved<br />

Project Title<br />

Decolonising the human: towards a postcolonial ecology<br />

2011 $47,000.00<br />

2012 $50,000.00<br />

2013 $45,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

Do you think you're human? This project interrogates how the notion of mind has come to shape western attitudes<br />

about what it means to be human. Focusing on the notorious head-measuring practices of colonial times, it<br />

provokes a rethinking of our cherished claim of being privileged among other life-forms.<br />

DP110104431 A/Prof Kerry H Robinson, A/Prof Moira M Carmody, Dr Suzanne J Dyson<br />

Approved<br />

Project Title<br />

The tensions for parents, educators and children in building a sustainable culture of<br />

ethical and respectful relationships early in life<br />

2011 $91,582.00<br />

2012 $67,202.00<br />

2013 $38,766.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

This project will explore how parents, educators and primary age children understand sexual knowledge and<br />

develop skills in ethical and respectful relationships. This will involve analysing policy and curricula documents,<br />

interviews and focus groups with parents, educators and children from South Australia, Victoria and NSW.<br />

Page 363


2003<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

LANGUAGE STUDIES<br />

The University of Melbourne<br />

DP110102767 Ms Jennifer A Green<br />

Approved<br />

Project Title<br />

Stories around a sand space: multimodal interaction in Central <strong>Australian</strong> Aboriginal sand<br />

drawing narratives<br />

2011 $99,125.00<br />

2012 $95,328.00<br />

2013 $93,942.00<br />

APD Ms Jennifer A Green<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Central <strong>Australian</strong> Aboriginal sand stories are a unique form of storytelling that incorporates speech, song, gesture,<br />

signs and drawn graphic symbols. This project will enhance our understandings of these narrative traditions and<br />

provide insights into the complexities of multimodal communicative systems as they are used in day-to-day<br />

interactions.<br />

Page 364


2004<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

LINGUISTICS<br />

James Cook University<br />

DP110103207 Prof Alexandra Y Aikhenvald, Prof Robert M Dixon, Prof Dr Anne Storch, Prof Dr Gerrit J<br />

Dimmendaal<br />

Approved The grammar of knowledge: a cross-linguistic view of evidentials and epistemological<br />

Project Title expressions<br />

2011 $119,000.00<br />

2012 $106,000.00<br />

2013 $103,000.00<br />

Administering Organisation<br />

Project Summary<br />

James Cook University<br />

How does a speaker know that what they say is correct? Some languages have obligatory marking for stating<br />

'information source' ('seen', 'inferred', or 'reported'). In others a source is optional - 'the (reported) theft'. This<br />

cross-linguistic investigation will advance our understanding of human interaction and the expression of knowledge.<br />

La Trobe University<br />

DP110100662 Dr Anthony R Jukes, Dr Atsuko K Utsumi, Mr Hendrik R Paat<br />

Approved<br />

Project Title<br />

The languages of Minahasa: description, documentation, and support<br />

2011 $75,000.00<br />

2012 $75,000.00<br />

2013 $82,000.00<br />

2014 $71,385.00<br />

APD Dr Anthony R Jukes<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

This project works to document and preserve several endangered languages of Minahasa, one of the few Christian<br />

areas of Indonesia. Most of the languages of this area, as well as their distinctive ethnic cultures, are under<br />

pressure from mainstream Indonesian language and culture and will vanish within a generation if nothing is done.<br />

Macquarie University<br />

DP110102479 Prof Katherine Demuth, Dr Felicity M Cox, Dr Stefanie Shattuck-Hufnagel<br />

Approved<br />

Project Title<br />

Phonological effects on the development of inflectional morphology<br />

2011 $55,000.00<br />

2012 $55,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project investigates the mechanisms underlying typically developing children's variable omission of inflectional<br />

morphemes (for example, plural, past tense). The results will have significant implications for the evaluation and<br />

design of interventions for language-delayed populations where serious problems of communication persist.<br />

Page 365


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110100307 Prof Nicholas D Evans, Dr I Wayan Arka, Prof Jeff Siegel<br />

Approved<br />

Project Title<br />

The languages of Southern New Guinea<br />

2011 $110,000.00<br />

2012 $110,000.00<br />

2013 $105,000.00<br />

2014 $45,000.00<br />

2015 $35,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will investigate, analyse and record the barely-known languages of Southern New Guinea, stretching<br />

across Papua New Guinea and Indonesia just kilometres from Australia's borders. It will produce grammatical<br />

descriptions for ten of the thirty languages of the area, plus a comparative database and handbook of the<br />

languages of this strategic region.<br />

DP110103714 Dr Rachel M Hendery<br />

Approved<br />

Project Title<br />

Change in language, culture and identity in a small isolated speech community:<br />

Palmerston Island English<br />

2011 $106,000.00<br />

2012 $88,000.00<br />

2013 $83,000.00<br />

APD Dr Rachel M Hendery<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will investigate language variation and change through a case study of Palmerston Island, a small,<br />

isolated community in the Cook Islands, where a new dialect of English has developed. The relationship between<br />

social networks, cultural identity and linguistic variation will be explored.<br />

Page 366


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100938 A/Prof Janet M Fletcher, Dr Ruth J Singer, Dr Marija Tabain<br />

Approved<br />

Project Title<br />

Structure and meaning of intonation in three <strong>Australian</strong> languages<br />

2011 $160,000.00<br />

2012 $130,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Creating a comprehensive record of <strong>Australian</strong> Indigenous languages is a goal of a number of interest groups<br />

including Indigenous language speakers, linguists and the general public. In this project, unique linguistic and<br />

pronunciation features will be documented to better understand communicative processes in three endangered<br />

languages.<br />

DP110100961 Prof Gillian Wigglesworth, Dr Rachel Nordlinger, Dr Barbara F Kelly, Dr Joe Blythe<br />

Approved<br />

Project Title<br />

From little things, big things grow: how children learn a morphologically complex<br />

<strong>Australian</strong> indigenous language<br />

2011 $100,000.00<br />

2012 $40,000.00<br />

2013 $98,000.00<br />

2014 $98,000.00<br />

2015 $103,014.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project investigates the acquisition of Murrinh-Patha, one of a small number of <strong>Australian</strong> indigenous<br />

languages still being learned by children. The results of this research will inform our understanding of the ways in<br />

which children learn grammatically complex languages, and facilitate the maintenance of this and other indigenous<br />

languages.<br />

University of Technology, Sydney<br />

DP110101014 Prof Alastair Pennycook, Dr Emi Otsuji<br />

Approved<br />

Project Title<br />

Metrolingual language practices in four urban sites: talking in the city<br />

2011 $40,000.00<br />

2012 $48,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

Metrolingualism has recently been coined as a term to describe the use of multilingual resources in urban contexts.<br />

Through detailed analysis of language use in four urban sites, this project will develop our understanding of<br />

metrolingual language practices as well as our understanding of the ways in which urban spaces are managed<br />

linguistically.<br />

Page 367


2005<br />

Macquarie University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

LITERARY STUDIES<br />

DP110105306 Dr Victoria B Flanagan<br />

Approved<br />

Project Title<br />

Technology, identity and human relations: the posthuman subject in children's literature,<br />

television and film, 1950-2010.<br />

2011 $40,000.00<br />

2012 $25,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project will produce a pioneering study of technology as represented in children's literature, television and film<br />

from 1950-2010, exploring how these narratives seek to legitimise particular ideologies about the relationship<br />

between technology, identity and social relationships.<br />

The <strong>Australian</strong> National University<br />

DP110103029 Dr Thomas H Ford<br />

Approved<br />

Project Title<br />

Nineteenth-Century climate change: atmosphere, culture and romanticism<br />

2011 $92,000.00<br />

2012 $85,000.00<br />

2013 $81,846.00<br />

APD Dr Thomas H Ford<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

To understand and adapt to climate change, we need to understand its cultural history. Nineteenth-century Britain<br />

witnessed a crucial episode in this history, when air became central to art and science, and culture was reconceived<br />

as climatic. This new link between culture and climate allowed social changes to be seen as having climatic effects.<br />

DP110103425 A/Prof Debjani Ganguly, A/Prof Vilashini Cooppan<br />

Approved<br />

Project Title<br />

The world novel, distant suffering and humanitarian sensibility after 1989<br />

2011 $25,000.00<br />

2012 $28,000.00<br />

2013 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

As war and terror flicker across our televisions, writers like Rushdie, McEwan and Hosseini have turned the novel<br />

into a global form, expressing a new humanitarian ethic. This project explores the makings of these World Novels<br />

across sites of ongoing global conflict, and traces their plea for sympathy back to the novel's beginnings, in the<br />

eighteenth-century.<br />

Page 368


The University of Adelaide<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100915 A/Prof Han N Baltussen, A/Prof Peter J Davis<br />

Approved<br />

Project Title<br />

Banning ideas, burning books: the dynamics of censorship in classical antiquity<br />

2011 $90,000.00<br />

2012 $89,000.00<br />

2013 $86,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

How to balance the right to free speech and dissent against other legitimate concerns is an issue that is always with<br />

us. This project explores neglected literary evidence from antiquity to study responses to controversial ideas in<br />

order to enhance the modern debate on the limits of freedom of speech.<br />

Page 369


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102994 Prof Deirdre P Coleman, Prof Barbara A Creed, Prof Jeanette J Hoorn, Dr Adam P Dodd<br />

Approved<br />

Project Title<br />

Empathy and evolution: the history of emotions and the literary and visual representation<br />

of animals<br />

2011 $105,000.00<br />

2012 $23,000.00<br />

2013 $108,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

A study of emotions in human and animals is a key area of contemporary research in both the sciences and<br />

humanities. It has crucial implications for our future. This project will investigate how humans have represented the<br />

emotions in literary and visual discourses from the eighteenth-century to the present.<br />

DP110103667 Prof John Frow<br />

Approved<br />

Project Title<br />

Regimes of reading<br />

2011 $100,000.00<br />

2012 $100,000.00<br />

2013 $90,000.00<br />

2014 $82,000.00<br />

2015 $82,000.00<br />

APF Prof John Frow<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

The project analyses the ways in which reading and interpretation have been socially organised across a range of<br />

cultures, from ancient Rome to the contemporary world of virtual reality. It focuses in particular on conflict between<br />

different practices of reading in order to highlight the cultural assumptions underlying the uses of texts.<br />

DP110100348 Prof Kenneth D Gelder<br />

Approved<br />

Project Title<br />

The circulation of colonial literary culture in Australia: mapping the literary magazines<br />

and periodicals<br />

2011 $61,000.00<br />

2012 $68,000.00<br />

2013 $66,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Colonial magazines were a vibrant part of Australia's emergent literary culture. They fashioned new writers,<br />

investing in local identities while also engaging in global events. This project will map the literary economies of<br />

these magazines, focusing on popular genres and key themes such as nation building, indigeneity, gender and<br />

cosmopolitanism.<br />

Page 370


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101571 Prof Bernard J Muir, Dr James H Chong-Gossard<br />

Approved<br />

Project Title<br />

Transformations of Terence: ancient drama, new media, and contemporary reception<br />

2011 $51,000.00<br />

2012 $42,000.00<br />

2013 $57,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project builds on the highly successful and critically acclaimed initiatives of this team to create and disseminate<br />

digital editions of medieval manuscripts, published with international universities and presses. It will establish further<br />

the international reputation of <strong>Australian</strong> scholars in the field of classical literary studies.<br />

DP110101082 Dr Michelle Smith, Prof Clare M Bradford, Dr Kristine Moruzi<br />

Approved<br />

Project Title<br />

From colonial to modern: transnational girlhood in <strong>Australian</strong>, New Zealand, and<br />

Canadian print cultures (1840-1940)<br />

2011 $89,000.00<br />

2012 $88,346.00<br />

2013 $84,000.00<br />

APD Dr Michelle Smith<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project will produce new histories of girlhood through the examination of <strong>Australian</strong>, New Zealand, and<br />

Canadian print culture. It will shed new light on how colonial girlhood reflected transitional ideals and how Australia<br />

related to fellow colonies through its print culture and developed unique national ideals for girls in the modern<br />

period.<br />

Page 371


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110100012 Prof William D Ashcroft<br />

Approved<br />

Project Title<br />

Future thinking: utopianism in post-colonial literatures<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

2014 $70,748.00<br />

2015 $70,748.00<br />

APF Prof William D Ashcroft<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project examines the critical function of creative writers around the world in their society's imagination of the<br />

future. It investigates post-colonial literatures from a wide range of countries and regions to show the prevalence<br />

and power of hope, of ideas of liberation, self-determination and future possibility.<br />

DP110100721 Dr Paul A Dawson<br />

Approved<br />

Project Title<br />

The return of the omniscient narrator in contemporary fiction: authorship and narrative<br />

authority in the new millennium<br />

2011 $27,000.00<br />

2012 $31,000.00<br />

2013 $23,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

An original study of how contemporary novelists have revived the voice of an all-knowing omniscient narrator to<br />

assert their literary authority in a multi-media age. The project will generate new knowledge about how fiction-writing<br />

techniques have adapted to historical changes, and provide fresh insight into the role of authors as public figures.<br />

DP110104174 Dr Brigitta Olubas<br />

Approved<br />

Project Title<br />

Shirley Hazzard: life, work and ethical engagement<br />

2011 $40,000.00<br />

2012 $30,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

Shirley Hazzard is one of Australia's most significant expatriate authors. This project will provide a long-overdue<br />

analysis of her acclaimed literary fiction in light of her controversial political writings and her commitment to<br />

principles of humanism, and will examine for the first time her extensive literary friendships and associations.<br />

Page 372


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101491 Dr Sean B Pryor<br />

Approved<br />

Project Title<br />

Reimagining the cultural archetype of the fall in modernist poetry<br />

2011 $93,000.00<br />

2012 $82,000.00<br />

2013 $81,846.00<br />

APD Dr Sean B Pryor<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project intervenes in recent popular and scholarly debates about the clash between religious traditions and<br />

secular societies by analysing the way twentieth-century poets adapted the myth of the Fall. Through this critique,<br />

the project will revitalise theories of modern poetics and shed new light on today's fractured religious climate.<br />

DP110105120 A/Prof Jon E von Kowallis<br />

Approved<br />

Project Title<br />

The Young Lu Xun and his early work written in Japan<br />

2011 $60,000.00<br />

2012 $60,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project undertakes a ground-breaking investigation in the field. It will contribute to better understanding of<br />

China, its language transformation, intellectual history, cultural trends relevant to economic growth; and will help<br />

raise Australia's scholarly profile, enhance our capacity to interpret and engage in regional and global discourse.<br />

Page 373


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110100833 Dr James B Smith<br />

Approved<br />

Project Title<br />

Modernism and the British secret state<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr James B Smith<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

The purpose of the project is to explore interactions between modernist culture and intelligence agencies such as<br />

Military Intelligence, Section 5. It opens an exciting new field for modernist scholarship, and the resulting book will<br />

make an important contribution to the broader understanding of the process of government surveillance and its<br />

impact upon literature and culture.<br />

DP110100309 Dr Jane M Stadler, Dr Peta R Mitchell, Dr Stephen J Carleton<br />

Approved<br />

Project Title<br />

A cultural atlas of Australia: mediated spaces in theatre, film, and literature<br />

2011 $65,000.00<br />

2012 $55,000.00<br />

2013 $45,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

A cultural atlas of Australia: mediated spaces in theatre, film, and literature is an interdisciplinary research project<br />

that investigates the cultural and historical significance of location and landscape in <strong>Australian</strong> cinema, plays and<br />

novels. Outcomes include a co-authored research monograph and an interactive online map.<br />

Page 374


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100161 Dr Mark S Byron<br />

Approved<br />

Project Title<br />

Editing complex modernist texts: a methodological study<br />

2011 $24,000.00<br />

2012 $20,000.00<br />

2013 $35,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project aims to identify the problems of editing and representing a number of complex modernist literary texts.<br />

The spirit of experimentation evident in modernist texts and their manuscripts calls for a more finely honed set of<br />

editorial techniques, including digital representation, by which to best display their literary and formal qualities.<br />

DP110105181 A/Prof William H Christie<br />

Approved<br />

Project Title<br />

The modern Athenians: Francis Jeffrey's Edinburgh Review (1802-1829) in the 'knowledge<br />

economy' of the early nineteenth century<br />

2011 $60,000.00<br />

2012 $50,000.00<br />

2013 $70,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This study of the multi-disciplinary nature and influence of the Edinburgh Review under Francis Jeffrey and its<br />

contribution to the organisation and dissemination of knowledge in the early nineteenth-century utilises<br />

developments in web design and technology to create a comprehensive website dedicated to Edinburgh Review.<br />

DP110105421 Prof Paul D Giles<br />

Approved<br />

Project Title<br />

Antipodean America: Australasia, colonialism, and the constitution of US literature<br />

2011 $35,000.00<br />

2012 $35,000.00<br />

2013 $35,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will revise the cultural histories of Australia and the United States by showing the broad extent of<br />

Australasian influence on the construction of American literature and national identity since the 1780s.<br />

Page 375


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101380 Dr Nicola Parsons<br />

Approved<br />

Project Title<br />

Eliza Haywood and Daniel Defoe: gender, genre and nation in the Eighteenth-Century<br />

novel<br />

2011 $35,000.00<br />

2012 $22,000.00<br />

2013 $34,338.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This is the first study of the significant, but unaccounted for, parallels between Defoe and Haywood's careers. This<br />

research provides a new perspective on the origins of the eighteenth-century novel by challenging the binary of<br />

realism and romance that organises its critical history and interrogating the relation between novel and nation.<br />

The University of Western Australia<br />

DP110105261 A/Prof Kieran J Dolin<br />

Approved<br />

Project Title<br />

<strong>Australian</strong> literature after Mabo<br />

2011 $40,000.00<br />

2012 $40,000.00<br />

2013 $72,988.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Western Australia<br />

This project explores how property law concepts shape literary visions of the land in Australia, and how cultural<br />

stories about land shape property law. The project is especially interested in identifying how the recognition of<br />

native title in <strong>Australian</strong> law is anticipated and then reflected in <strong>Australian</strong> Literature.<br />

University of Western Sydney<br />

DP110100774 Dr Christopher S Andrews<br />

Approved<br />

Project Title<br />

Spanish America: literary laboratory<br />

2011 $40,000.00<br />

2012 $20,000.00<br />

2013 $35,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

This project is a study of recent fiction by the Spanish American writers Roberto Bolaño, César Aira and Rodrigo<br />

Rey Rosa. The project will examine how the compositional procedures developed and employed by these writers<br />

are related to political, ethical and aesthetic values.<br />

Page 376


2099<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

OTHER LANGUAGE, COMMUNICATION AND CULTURE<br />

University of Technology, Sydney<br />

DP110104108 Prof Maralyn J Foureur, Prof Caroline Homer, Dr Jennifer H Fenwick, A/Prof Deborah L Davis,<br />

Dr Roslyn Sorensen, A/Prof Ian F Forbes<br />

Approved Theorising the relationship between birth unit design and the communication patterns of<br />

Project Title labouring women and their maternity care providers<br />

2011 $100,512.00<br />

2012 $91,340.00<br />

2013 $86,140.00<br />

Administering Organisation<br />

Project Summary<br />

University of Technology, Sydney<br />

The architectural design of hospital birth spaces has a major influence on the quality of communication between<br />

women and their care providers and the ability to experience a safe, satisfying birth. This project aims to identify the<br />

key features of optimal birth unit design that will enhance communication and thereby improve women's<br />

experiences.<br />

Page 377


2101<br />

La Trobe University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

ARCHAEOLOGY<br />

DP110100437 A/Prof Susan E Lawrence, Dr Peter W Davies<br />

Approved<br />

Project Title<br />

Cultural landscapes of colonial water management in Victoria's Central Highlands<br />

2011 $93,000.00<br />

2012 $122,000.00<br />

2013 $118,000.00<br />

2014 $129,000.00<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

The analysis of historical archaeological evidence of capturing, storing, transporting and using water and the<br />

associated environmental degradation will produce understandings of changes to land use, landscape and<br />

environment at a local and regional level providing historical context for modern debates about water sustainability<br />

and climate change.<br />

Page 378


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110102898 Dr Maxime Aubert<br />

Approved<br />

Project Title<br />

A reliable absolute chronology for the Aboriginal rock art in the Kimberley, Western<br />

Australia<br />

2011 $140,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Maxime Aubert<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

The Aboriginal rock art in the Kimberley region of Western Australia is an internationally significant record of human<br />

occupation and cultural evolution. This project will determine the antiquity of human expression in one of the richest<br />

(and possibly the oldest) rock art regions in the world using advanced analytical techniques.<br />

DP110101097 Prof Peter S Bellwood, Dr Hsiao-chun Hung, Dr Marc F Oxenham, Dr Philip J Piper<br />

Approved<br />

Project Title<br />

The archaeological and biological foundations of Southeast Asia, 2500 to 1000 BC<br />

2011 $170,000.00<br />

2012 $160,000.00<br />

2013 $288,000.00<br />

2014 $103,000.00<br />

2015 $103,000.00<br />

ARF Dr Philip J Piper<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project investigates the origins and ancestral migrations of the populations of Southeast Asia. It focuses on the<br />

period around 2000 BC when 'Neolithic' societies, populations and languages spread across the region. The project<br />

will examine evidence for migration, food production and population ancestry in Vietnam, the Philippines and<br />

adjacent regions.<br />

DP110101415 Prof Dr Rainer Grun, Prof Matthew J Spriggs, Dr Richard A Armstrong, Dr Christophe Falgueres,<br />

Dr Bruno Maureille<br />

Approved Understanding the migrations of prehistoric populations through direct dating and<br />

Project Title isotopic tracking of their mobility patterns<br />

2011 $100,000.00<br />

2012 $130,000.00<br />

2013 $230,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will use newly developed isotopic methods for the systematic analysis of prehistoric human remains.<br />

The assessment of their age and origins will give new insights in the timing of human evolution and the mobility of<br />

prehistoric humans in Central Europe and the Pacific.<br />

Page 379


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101357 Prof Susan L O'Connor, Dr Jack Fenner, Dr Janelle G Stevenson, Prof Keith D Dobney, Asst<br />

Prof Benjamin Marwick, Ms Emma J St Pierre, Dr Greger J Larson<br />

Approved The archaeology of Sulawesi: a strategic island for understanding modern human<br />

Project Title colonization and interactions across our region<br />

2011 $230,000.00<br />

2012 $230,000.00<br />

2013 $180,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will investigate the archaeology and palaeoenvironment of Sulawesi over the past 50,000 years.<br />

Sulawesi is strategically positioned to test competing models of initial modern human expansion, and trajectories of<br />

cultural change and interaction, across our region. It also addresses the National <strong>Research</strong> Program goal of<br />

responding to climate change.<br />

The University of New South Wales<br />

DP110102828 Dr Judith H Field, Prof Glenn R Summerhayes<br />

Approved<br />

Project Title<br />

The dynamics of human environment interactions in late Pleistocene and Holocene<br />

highland New Guinea: a study of the Ivane valley.<br />

2011 $80,000.00<br />

2012 $70,000.00<br />

2013 $50,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The project will investigate how access to starchy plant foods facilitated the movement of colonizing peoples into<br />

new environments, and was critical to survival in Sahul (Ice Age Australia/New Guinea). It will aid in understanding<br />

the dynamics of human responses to the impacts of climate change.<br />

Page 380


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of Queensland<br />

DP110105547 Dr Robert Bolhar, Dr Yuexing Feng<br />

Approved<br />

Project Title<br />

Pilot study: sourcing basaltic stone artefacts in Hawaii by uranium-series and<br />

argon-argon (39Ar-40Ar) dating<br />

2011 $55,900.00<br />

2012 $44,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project will develop breakthrough methodology for fingerprinting stone artefacts from Hawaii to reconstruct<br />

historic development of Pacific Island societies. Major outcomes will address National <strong>Research</strong> Priority Goal -<br />

Understanding our region and the world, through better understanding of societal development in our geographic<br />

neighbourhood.<br />

DP110102864 Dr Christopher J Clarkson, Asst Prof Benjamin Marwick, Dr Lynley A Wallis, Dr Michael A Smith,<br />

Dr Richard L Fullagar<br />

Approved Modern human origins and early behavioural complexity in Australia and Southeast Asia<br />

Project Title<br />

2011 $144,000.00<br />

2012 $140,000.00<br />

2013 $200,000.00<br />

2014 $144,000.00<br />

2015 $125,000.00<br />

QEII Dr Christopher J Clarkson<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This project tackles a fundamental issue in world prehistory: how and when did humans first cross from Southeast<br />

Asia into Australia. Three new archaeological excavations using novel methods of analysis will assess the nature of<br />

behavioural complexity and human evolution at the time when Australia was first colonised over 45,000 years ago.<br />

DP110101305 Dr Jessica C Thompson, Prof Andrew S Cohen, A/Prof Ramon Arrowsmith, Dr David R Braun<br />

Approved<br />

Project Title<br />

The emergence of early modern human behaviour and technology in Central Africa<br />

2011 $160,000.00<br />

2012 $120,000.00<br />

2013 $140,000.00<br />

APD Dr Jessica C Thompson<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

This multidisciplinary project will build a detailed archaeological sequence in northern Malawi that is uniquely suited<br />

for testing hypotheses about the linkages between environment, demography, technology, and human behaviour in<br />

central Africa. This will provide a rare understanding of the processes that drove the emergence of our species.<br />

Page 381


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101997 Dr Dougald J O'Reilly, Dr Louise G Shewan, Dr Damian H Evans, Dr Kathryn M Domett, Prof<br />

Charles F Higham, Prof Elizabeth (Lisa) A Matisoo-Smith, Dr Thomas F Higham, Dr Sian E<br />

Halcrow, Dr Thomas O Pryce, Prof Rethy Chhem<br />

Approved From Paddy to Pura: the origins of Angkor<br />

Project Title<br />

2011 $140,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project explores the origin and rise of the state in ancient Southeast Asia. Through the investigation of sites in<br />

Cambodia and Thailand and using an array of innovative technologies, the research will contribute to the global<br />

investigation of humankind's trajectory toward ever-increasing complexity.<br />

DP110101968 Dr Martin Polkinghorne, Ms Janet G Douglas, A/Prof Christophe Pottier, Mr Touch Hab, Prof<br />

Robert L Brown<br />

Approved The Ateliers of Angkor: sculpture workshops of an empire (Cambodia, 9th to 13th<br />

Project Title centuries CE)<br />

2011 $100,000.00<br />

2012 $95,000.00<br />

2013 $90,000.00<br />

APD Dr Martin Polkinghorne<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Australia is dedicated to building the capacity of developing countries to look after their World Heritage sites. The<br />

collaboration of <strong>Australian</strong>, Cambodian and international researchers will expand these relationships and help to<br />

preserve Angkor's World Heritage value by revealing the work-sites where the world-famous sculptures were<br />

created.<br />

Page 382


2102<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

CURATORIAL AND RELATED STUDIES<br />

University of Western Sydney<br />

DP110103776 Prof Tony Bennett, Dr Fiona R Cameron, Dr Rodney Q Harrison, Dr Conal P McCarthy , Prof<br />

Nélia S Dias, Dr Ira S Jacknis<br />

Approved Museum, field, metropolis, colony: practices of social governance<br />

Project Title<br />

2011 $90,000.00<br />

2012 $85,000.00<br />

2013 $62,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Western Sydney<br />

This project studies early twentieth-century <strong>Australian</strong> museums comparatively by considering parallel<br />

developments in Europe, North America, and New Zealand. Examining the relations between anthropological<br />

collections and social governance in colonial and metropolitan settings, it highlights the roles of museums in<br />

culturally diverse societies.<br />

Page 383


2103<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

HISTORICAL STUDIES<br />

<strong>Australian</strong> Catholic University<br />

DP110101627 Dr Noah J Riseman, Dr Glenn R Trembath<br />

Approved<br />

Project Title<br />

Defending Australia, defending Indigenous rights: Aboriginal and Torres Strait Islander<br />

military service and <strong>Australian</strong> identity, 1946-2003<br />

2011 $35,000.00<br />

2012 $45,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

<strong>Australian</strong> Catholic University<br />

This project will examine the experiences of <strong>Australian</strong> Indigenous service personnel between 1946 and 2003, both<br />

during their times of service and in civilian life. The project will analyse the links between military service, the<br />

advancement of Indigenous rights, <strong>Australian</strong> identity, and the development of contemporary Indigenous<br />

communities.<br />

La Trobe University<br />

DP110100952 Dr Roland G Burke<br />

Approved<br />

Project Title<br />

The global opponents of universal human rights, 1946-2006<br />

2011 $85,000.00<br />

2012 $85,000.00<br />

2013 $85,000.00<br />

APD Dr Roland G Burke<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

This project will identify and analyse the historical patterns of opposition to universal human rights that have<br />

emerged since the birth of the United Nations in 1945. In doing so, it seeks to enable the more effective pursuit of a<br />

major <strong>Australian</strong> foreign policy objective, the global promotion of human rights.<br />

DP110103669 Prof Marilyn Lake<br />

Approved<br />

Project Title<br />

An international history of <strong>Australian</strong> democracy: the impact of <strong>Australian</strong> innovation<br />

overseas and of international human rights in Australia<br />

2011 $125,000.00<br />

2012 $115,000.00<br />

2013 $95,000.00<br />

2014 $108,000.00<br />

2015 $81,846.00<br />

APF Prof Marilyn Lake<br />

Administering Organisation<br />

Project Summary<br />

La Trobe University<br />

This project will chart the international career of <strong>Australian</strong> democracy and the impact of innovations such as<br />

manhood suffrage, the <strong>Australian</strong> ballot, women's rights and industrial arbitration overseas. It will also investigate<br />

the impact of new international definitions of human rights on re-shaping <strong>Australian</strong> democracy after World War<br />

Two.<br />

Page 384


Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100278 Dr Jane Lydon, Dr Anita C Herle, Dr Christopher A Morton, Dr Fanny W Veys<br />

Approved<br />

Project Title<br />

Globalisation, photography, and race: the circulation and return of Aboriginal<br />

photographs in Europe<br />

2011 $150,000.00<br />

2012 $140,000.00<br />

2013 $330,000.00<br />

2014 $210,000.00<br />

2015 $210,000.00<br />

QEII Dr Jane Lydon<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

In the digital age, it has become an urgent matter to understand and balance the role of photographs of Aboriginal<br />

people within Indigenous and Western knowledge systems. This project explores their important global historical<br />

role, current meanings for descendants, and returns this significant Indigenous heritage from European collections.<br />

DP110100076 Prof Lynette W Russell, Dr Leigh D Boucher, Dr Gareth L Knapman<br />

Approved<br />

Project Title<br />

Victorian Ethnographers: collecting and contesting racial knowledge in the settler<br />

colonial laboratory<br />

2011 $140,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

2014 $100,000.00<br />

2015 $84,404.00<br />

APF Prof Lynette W Russell<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Using new archival and museum collections, 'Victorian Ethnographers' investigates the connections between<br />

anthropology, the governance of Aboriginal peoples and the history of colonialism in south-eastern Australia. This<br />

project will produce new knowledge about the local and global networks that shaped Victorian anthropology and its<br />

legacies.<br />

DP110100582 Dr Beatrice Trefalt, Prof Sandra S Wilson, Prof Robert B Cribb<br />

Approved<br />

Project Title<br />

Repatriation and release of Japanese war criminals 1946-1958: Southeast Asia, Japan and<br />

the Great Powers<br />

2011 $95,000.00<br />

2012 $90,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Japanese war criminals held in Southeast Asia were repatriated and released in Japan from the late 1940s.<br />

Releases were negotiated between Japan and the nation that had convicted the prisoner. The project provides new<br />

understandings of the emergence of Southeast Asian states in regional diplomacy and of Japan's re-emergence as<br />

a regional power.<br />

Page 385


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The <strong>Australian</strong> National University<br />

DP110104578 Dr Christopher H Ballard, Dr Jude P Philp, Prof Dr Ton Otto<br />

Approved<br />

Project Title<br />

The original field anthropologist: Nikolai Miklouho-Maclay in Oceania, 1871-1883<br />

2011 $70,000.00<br />

2012 $69,000.00<br />

2013 $72,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project restores the nineteenth-century Russian anthropologist Nikolai Miklouho-Maclay to a central position in<br />

the histories of anthropology and of the European exploration of Oceania. Interviews with the source communities<br />

amongst which he lived will be used to analyse his field drawings and journals, most never previously published in<br />

English.<br />

DP110104024 Dr Gregory A Barton, Mr Brett M Bennett<br />

Approved<br />

Project Title<br />

Saving the world the first time: global climate theory and desiccation 1765-1960<br />

2011 $100,000.00<br />

2012 $85,000.00<br />

2013 $81,846.00<br />

APD Mr Brett M Bennett<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Advocates of the world's first global climate theory asserted that deforestation caused desertification.<br />

Understanding how this theory, called desiccation theory, launched and guided the world-wide environmental<br />

movement helps us to better understand the benefits and problems associated with our present-day climate<br />

theory-global warming.<br />

DP110100931 Dr Shino A Konishi, Dr Maria L Nugent, Dr Tiffany S Shellam<br />

Approved<br />

Project Title<br />

Exploring the middle ground: new histories of cross-cultural encounters in <strong>Australian</strong><br />

maritime and land exploration<br />

2011 $80,000.00<br />

2012 $50,000.00<br />

2013 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project seeks to reinvigorate <strong>Australian</strong> exploration history by examining it through the lens of cross-cultural<br />

encounters and relations. This will bring to the fore the experience of Aboriginal people who came into contact with<br />

explorers, as well as the experience of Aboriginal people who participated in exploration parties.<br />

Page 386


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110103193 Prof Ann M McGrath, Prof Peter M Veth<br />

Approved<br />

Project Title<br />

The two lakes project: a research history of Lakes Mungo and Gregory<br />

2011 $120,000.00<br />

2012 $150,000.00<br />

2013 $150,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project investigates the history of research relations between scientists and Traditional Owners at Lakes<br />

Mungo and Gregory. Connecting recent histories of agency and reconciliation with deep time, it will produce a<br />

publicly accessible narrative that increases national understanding of significant stories in the peopling of our<br />

continent.<br />

DP110100230 Dr Maria L Nugent<br />

Approved<br />

Project Title<br />

The Queen gave us the land: Aboriginal people's histories and memories of Queen<br />

Victoria<br />

2011 $60,000.00<br />

2012 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Queen Victoria was an important figure for Aboriginal people during her reign from 1837 to 1901 and became a<br />

powerful symbol in their oral traditions. By examining these histories and memories, the study illuminates Aboriginal<br />

people's changing ideas about and relationship to the British Crown.<br />

DP110103113 Dr Julie Thorpe<br />

Approved<br />

Project Title<br />

World War One Refugees in Austria-Hungary and the international community, 1914-1923<br />

2011 $102,000.00<br />

2012 $87,000.00<br />

2013 $83,646.00<br />

APD Dr Julie Thorpe<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project investigates how refugee movements in the Austro-Hungarian Empire during World War One<br />

contributed to the empire's collapse in 1918. It explores the impact of war, forced migrations, nationalism and the<br />

international community on the breakdown of modern state and civil society structures in Central and Eastern<br />

Europe.<br />

Page 387


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The Flinders University of South Australia<br />

DP110102658 Prof Eric S Richards<br />

Approved<br />

Project Title<br />

The history and mechanisms of modern migration: the British case 1780-1914<br />

2011 $40,000.00<br />

2012 $20,000.00<br />

2013 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The Flinders University of South Australia<br />

The roots of modern migration reside in fundamental agrarian changes which always occur when modern societies<br />

embark along the road to industrialisation (such as in Britain in the industrial revolution). These structural changes<br />

in the rest of the world are the generic sources of most of Australia's immigrants, past and present. This project<br />

investigates the fundamental causes of very long term migration flows which remain largely unexplained.<br />

The University of Melbourne<br />

DP110100424 Dr Barbara Keys, Dr Bradley R Simpson<br />

Approved<br />

Project Title<br />

Making torture unthinkable': the international campaign against torture, 1967-1984<br />

2011 $40,000.00<br />

2012 $53,000.00<br />

2013 $40,000.00<br />

2014 $37,980.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

How did human rights become such a pervasive global language today, and how has it shaped what states do?<br />

This project argues that a movement against torture in the 1970s and 1980s played a key role in shifting global<br />

attitudes and creating our current understanding of human rights, and provides the first analysis of how this came to<br />

be.<br />

DP110102368 Prof Janet S McCalman<br />

Approved<br />

Project Title<br />

Land and life: Aborigines, convicts and immigrants in Victoria, 1835-1985: an<br />

interdisciplinary history<br />

2011 $170,000.00<br />

2012 $170,000.00<br />

2013 $170,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project is an interdisciplinary investigation of dispossession and colonization of southeast Australia. It uses<br />

longitudinal cohort studies to produce new findings on the impact of stress, dislocation and economic change on<br />

individuals and families across five generations.<br />

Page 388


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

The University of New South Wales<br />

DP110100300 Dr Andrew H Beattie<br />

Approved<br />

Project Title<br />

In the shadow of the concentration camp: responses to allied internment in Germany<br />

since 1945<br />

2011 $50,000.00<br />

2012 $45,000.00<br />

2013 $30,000.00<br />

2014 $30,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The project improves Australia's understanding of a major European power and enhances national expertise in<br />

European history, memory studies and transitional justice. The project informs <strong>Australian</strong> discussions of the global<br />

modern phenomena of camps, internment without trial, regime change, democratisation, historical responsibility<br />

and justice.<br />

DP110103981 A/Prof Sean S Brawley<br />

Approved<br />

Project Title<br />

Mrs O'Keefe and the battle for white Australia: The O'Keefe Deportation Case of 1949 and<br />

the unravelling of the White Australia Policy<br />

2011 $40,000.00<br />

2012 $30,000.00<br />

2013 $25,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

The purpose of this project is to better understand the decline of the White Australia Policy by providing the first<br />

detailed examination of the policy in the 1940s. The resulting book will provide a timely examination of themes such<br />

as border protection, refugees, race and immigration policy.<br />

DP110103832 Dr Lisa M Ford<br />

Approved<br />

Project Title<br />

Convicts, empire and order, 1783-1857<br />

2011 $50,000.00<br />

2012 $70,000.00<br />

2013 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of New South Wales<br />

This project shows how convicts changed and challenged ideas about law and authority in British Empire between<br />

1783 and 1857. It uses detailed study of everyday conflict over convict legal status and rights in Bermuda and New<br />

South Wales to demonstrate the importance of convict transportation to the constitution of empire in the colonies.<br />

Page 389


The University of Newcastle<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100256 A/Prof Philip G Dwyer, Prof Lyndall Ryan, Dr Barbara A Mann, A/Prof Nigel G Penn<br />

Approved<br />

Project Title<br />

Dispossession and colonization, 1780-1820<br />

2011 $106,000.00<br />

2012 $110,000.00<br />

2013 $24,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Massacre and colonization is an extremely topical project given the increasing public discussions around race<br />

relations, and how those interactions have helped shape our identity. This project will advance the ongoing debate<br />

by exploring the nature of Indigenous dispossession in the world. It will also aid in the process of national<br />

reconciliation.<br />

DP110100533 Dr Roger D Markwick, Prof Dr Beate Fieseler<br />

Approved<br />

Project Title<br />

Women, stalinism and the soviet home front, 1941-1945<br />

2011 $120,000.00<br />

2012 $112,000.00<br />

2013 $130,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Newcastle<br />

Women have long been hidden players in warfare; nowhere more so than on the Eastern Front during World War<br />

Two, where they played a crucial role in the defeat of Nazism by Stalin's Red Army. This project will bring to light the<br />

hitherto hidden wartime experiences of Soviet women who bore the brunt of maintaining life on the home front.<br />

Page 390


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101069 Prof Iain D McCalman<br />

Approved<br />

Project Title<br />

Redeeming the Great Barrier Reef. Science, romanticism and indigenous knowledge in<br />

the cultural and ecological history of the reef, c.1850-1950<br />

2011 $60,000.00<br />

2012 $60,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project shows how, in the late-nineteenth-century, scientist W Saville-Kent, journalist EJ Banfield and castaway<br />

Narcisse Pelletier, and their intellectual successors, helped transform widespread popular fear and distrust of the<br />

Great Barrier Reef by inaugurating positive and holistic scientific, literary and ethnographic analyses of the region's<br />

ecology.<br />

DP110103718 Dr Kirsten E McKenzie<br />

Approved<br />

Project Title<br />

Personal liberty, British identity and surveillance in the antipodes, 1780s - 1830s<br />

2011 $70,000.00<br />

2012 $45,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

By studying surveillance in colonial Australia and South Africa, this project will come to a new understanding of what<br />

defined British liberty. It will demonstrate that our country's history lies at the centre of one of the most pressing<br />

questions of our time-how far do concepts of freedom remain tied to national and cultural particularity?<br />

DP110100917 Prof Cassandra J Pybus, Dr Kit Candlin<br />

Approved<br />

Project Title<br />

Enterprising women: race, gender and power in the revolutionary Atlantic, 1770-1820<br />

2011 $80,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

2014 $62,000.00<br />

APD Dr Kit Candlin<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This historical project will research emancipated slave women who became successful entrepreneurs in the British<br />

slave colonies in the late eighteenth-century, to show how these remarkable free black women influenced the<br />

culture of the British empire, both in the colonies and at home.<br />

Page 391


Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110104268 Prof Shane White, A/Prof Stephen M Robertson, Prof Stephen R Garton<br />

Approved<br />

Project Title<br />

Year of the riot: Harlem, 1935<br />

2011 $147,000.00<br />

2012 $152,000.00<br />

2013 $203,000.00<br />

2014 $100,000.00<br />

2015 $100,000.00<br />

APF Prof Shane White<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Using a website to reconstruct Harlem and map the events of the 1935 riot, this project reveals the dynamics of the<br />

first instance of a new kind of racial violence-against police and property rather than between blacks and whites-and<br />

the impact of the Depression on African Americans.<br />

University of Tasmania<br />

DP110104878 A/Prof Geoffrey P Chapman<br />

Approved<br />

Project Title<br />

<strong>Research</strong>ing, editing and publication of historical records of Australia<br />

2011 $95,000.00<br />

2012 $95,000.00<br />

2013 $95,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Tasmania<br />

This project will continue and complete the original Historical Records of Australia Series originally supported by the<br />

Commonwealth Parliament Library, shortly after Federation, thus completing a great original Federation project and<br />

also provide vital historical documentation of historical processes continuing in this country.<br />

Page 392


University of Wollongong<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101875 Dr Georgine W Clarsen<br />

Approved<br />

Project Title<br />

Mobile modernities: 'Around-Australia' automobile journeys, 1900-1955<br />

2011 $33,000.00<br />

2012 $30,000.00<br />

2013 $34,338.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

Driving around Australia in a car was a something only a few intrepid people could attempt in the first half of the<br />

twentieth-century, but the journeys fascinated national audiences. This study explores how Around-Australia<br />

journeys shaped our national life and gave rise to a distinctive <strong>Australian</strong> car culture.<br />

DP110100490 Dr Julia T Martinez, Dr Victoria K Haskins, Dr Frances M Steel, Dr Claire K Lowrie<br />

Approved<br />

Project Title<br />

A transcolonial history of domestic service in the Asia-Pacific<br />

2011 $75,000.00<br />

2012 $30,000.00<br />

2013 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

University of Wollongong<br />

This transcolonial history of male domestic service in the Asia-Pacific explores the ways in which colonial cultural<br />

norms were shaped by the interactions between European colonists and the Asian and indigenous peoples that<br />

worked for them. We aim to develop a regional perspective on colonialism that includes networks outside the British<br />

world.<br />

Page 393


2201<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

APPLIED ETHICS<br />

DP110103362 Dr Terry Macdonald<br />

Approved<br />

Project Title<br />

Building global political legitimacy: how can we make global institutions more stable,<br />

effective, and justified?<br />

2011 $71,685.00<br />

2012 $64,505.00<br />

2013 $64,025.00<br />

2014 $61,385.00<br />

APD Dr Terry Macdonald<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

Weak political legitimacy in global institutions impairs their capacity to tackle problems like violence, economic and<br />

social instability, poverty, and environmental damage. This project will investigate how appropriate reform of global<br />

institutions may enhance legitimacy, leading to more stable, effective and justified global governance.<br />

The <strong>Australian</strong> National University<br />

DP110100175 Prof Robert E Goodin, Dr Christian H Barry, Dr Gerhard E Overland, A/Prof Lea Ypi<br />

Approved<br />

Project Title<br />

Benefiting from injustice<br />

2011 $100,000.00<br />

2012 $109,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project argues that people can acquire duties to compensate victims of injustice when they benefit from these<br />

injustices, even when they neither caused the injustices nor could have prevented them. We explore the<br />

implications of this argument for the treatment of colonised peoples, and for policies on climate change and<br />

international trade.<br />

The University of Adelaide<br />

DP110105062 A/Prof Rachel A Ankeny<br />

Approved<br />

Project Title<br />

What shall we have for tea? Toward a new discourse of food ethics in contemporary<br />

Australia<br />

2011 $65,000.00<br />

2012 $50,000.00<br />

2013 $40,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Adelaide<br />

We are increasingly encouraged to make 'ethical' food choices but lack information about these issues: this project<br />

explores <strong>Australian</strong>s' understandings of food ethics. Outcomes include a framework for more thoughtful discussions<br />

about food ethics and a series of recommendations for fostering public participation in food policy-making.<br />

Page 394


2202<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

HISTORY AND PHILOSOPHY OF SPECIFIC FIELDS<br />

The <strong>Australian</strong> National University<br />

DP110101030 A/Prof Peter A Jackson<br />

Approved<br />

Project Title<br />

Critical thought in Thailand after Marxism: modern political history through ideas<br />

2011 $55,840.00<br />

2012 $63,960.00<br />

2013 $61,560.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This collaborative <strong>Australian</strong>-Thai project will document competing schools of critical thought that emerged in<br />

Thailand after the Cold War. Our team will map and analyse the battles of ideas that parallel political contests in the<br />

country, deepening understanding of tensions that now polarise one of Australia's most important regional<br />

neighbours.<br />

DP110102042 Prof John Powers, Prof John T Makeham, Prof Jay L Garfield<br />

Approved<br />

Project Title<br />

Negotiating modernity: Buddhism between Tibet and China<br />

2011 $140,000.00<br />

2012 $210,000.00<br />

2013 $190,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

This project will shed light on a significant aspect of modern Asian intellectual history: the appropriation of Yogācāra<br />

Buddhism in Tibet and how this relates to simultaneous movements in China. The project will open up new<br />

perspectives on the distinct trajectories of modernist thought in Tibetan and Chinese cultures.<br />

Page 395


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110102471 Dr Alan F Chalmers<br />

Approved<br />

Project Title<br />

The scientific revolution: mechanisation of the world picture or the emergence of science<br />

as opposed to a world picture?<br />

2011 $20,000.00<br />

2012 $20,000.00<br />

2013 $20,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project will enhance Australia's already strong international reputation in History and Philosophy of Science by<br />

offering an account of the Scientific Revolution that meets the highest standards of both philosophical and historical<br />

scholarship. It will portray science as emerging as an autonomous discipline distinct from natural philosophy.<br />

DP110100918 Prof Gregory E Patmore<br />

Approved<br />

Project Title<br />

Non-union employee representation in the workplace: debates and practice in Australia,<br />

Canada, Germany, the United Kingdom and the United States 1914-1939<br />

2011 $75,000.00<br />

2012 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project uses comparative historical data to provide a clear direction for public policy in the development of<br />

frontier technology for employment relations infrastructure at the workplace level. This infrastructure would<br />

maximise workplace productivity, increase job satisfaction and provide a greater voice for employees in the<br />

workplace.<br />

DP110100776 Prof Paul Thom<br />

Approved<br />

Project Title<br />

Critical edition of Robert Kilwardby's commentary on Aristotle's Prior Analytics, with<br />

historical / philosophical introduction and analytical notes<br />

2011 $60,000.00<br />

2012 $62,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

In the Middle Ages, logic was one of the areas of philosophy that could be pursued relatively independently of<br />

theology. Great conceptual achievements resulted, many of which have been given new expression using the<br />

techniques of modern logic. This project will make Kilwardby's highly original work in logic accessible to<br />

contemporary logicians.<br />

Page 396


2203<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

PHILOSOPHY<br />

Macquarie University<br />

DP110104056 Dr Heikki A Ikaheimo, Dr Arto Laitinen, Asst Prof Italo Testa, Prof Michael Quante<br />

Approved<br />

Project Title<br />

The social ontology of personhood: a recognition-theoretical approach<br />

2011 $57,827.00<br />

2012 $57,827.00<br />

2013 $57,827.00<br />

2014 $57,827.00<br />

2015 $51,327.00<br />

ARF Dr Heikki A Ikaheimo<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

This project pursues the hypothesis that what distinguishes human persons from animals is a certain form of<br />

sociality consisting of 'attitudes of recognition'. Understanding the role of these attitudes in the coming about and<br />

flourishing of human persons and their communities is essential for fostering the social fabric of multicultural<br />

Australia.<br />

DP110102272 Prof Catriona A Mackenzie, Prof Wendy A Rogers, Prof Susan M Dodds<br />

Approved<br />

Project Title<br />

Vulnerability, autonomy and justice<br />

2011 $90,000.00<br />

2012 $80,000.00<br />

2013 $80,000.00<br />

Administering Organisation<br />

Project Summary<br />

Macquarie University<br />

Vulnerable people require assistance and care. But what are our responsibilities in relation to the vulnerable? And<br />

how can we provide assistance and care while avoiding stereotyping or paternalism? This research will advance<br />

ethical theory and be useful in solving practical problems in health research and policy.<br />

The <strong>Australian</strong> National University<br />

DP110105020 Prof Daniel Stoljar, Prof Frank C Jackson<br />

Approved<br />

Project Title<br />

Philosophical progress<br />

2011 $80,000.00<br />

2012 $75,000.00<br />

2013 $75,000.00<br />

Administering Organisation<br />

Project Summary<br />

The <strong>Australian</strong> National University<br />

Understanding the nature and possibility of progress in philosophy will shed light not only on philosophy as a funded<br />

research discipline within the university system in Australia, but also on the nature of research within the humanities<br />

and social sciences more generally.<br />

Page 397


The University of Melbourne<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110101810 A/Prof Neil Levy, Dr Daniel B Cohen<br />

Approved<br />

Project Title<br />

Challenges to moral responsibility<br />

2011 $53,000.00<br />

2012 $53,000.00<br />

2013 $53,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

Agents deserve various kinds of benefits and burdens (such as punishment) only if they are morally responsible for<br />

their actions. This project aims to assess several sorts of alleged threats to our moral responsibility, and thereby to<br />

better the social allocation of goods to individuals.<br />

DP110102445 Dr Francois Schroeter, Dr Karen F Jones, Prof Michael A Smith<br />

Approved<br />

Project Title<br />

The many moral rationalisms<br />

2011 $97,000.00<br />

2012 $100,000.00<br />

2013 $100,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Melbourne<br />

This project addresses the foundations of morality. It contributes to our self-understanding by generating new<br />

insights into the objectivity of morality and into the role of reason and emotion in moral judgment.<br />

The University of Queensland<br />

DP110101815 Dr Phil Dowe<br />

Approved<br />

Project Title<br />

Theories of time and closed timelike curves<br />

2011 $27,000.00<br />

2012 $27,000.00<br />

2013 $27,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Queensland<br />

Do our views about time allow for time to be looped? Einstein's theories of relativity allow for warped and twisted<br />

structures of space and time, including some that permit time travel. This project shows how both commonsense,<br />

traditional and contemporary scientifically-based theories of time can be made consistent with these structures.<br />

Page 398


The University of Sydney<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

DP110100486 Prof David Braddon-Mitchell, Dr Kristie L Miller<br />

Approved<br />

Project Title<br />

A theory of theory choice<br />

2011 $122,000.00<br />

2012 $107,000.00<br />

2013 $122,000.00<br />

2014 $112,000.00<br />

2015 $112,000.00<br />

ARF Dr Kristie L Miller<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

Disagreements sometimes seem to be about the world, and sometimes seem to be about the right way to<br />

conceptualise or talk about the world. This project offers a new way to determine which disputes fall into which<br />

category, and offers an understanding of the importance of the latter kind of disagreements, and how to resolve<br />

them.<br />

DP110100752 Dr Catherine J Mills, Dr Niamh Stephenson<br />

Approved<br />

Project Title<br />

An analysis of foetal imaging and the ethics of the selective termination of pregnancy<br />

2011 $78,000.00<br />

2012 $62,000.00<br />

2013 $53,000.00<br />

Administering Organisation<br />

Project Summary<br />

The University of Sydney<br />

This project examines the impacts of routine obstetric ultrasound on the experience of pregnancy, focusing on the<br />

ethics of selective termination following diagnosis of abnormalities. The project contributes to the national research<br />

priority goal of a healthy start to life, by examining the ethical aspects of ensuring foetal health in Australia.<br />

Page 399


2204<br />

Monash University<br />

Summary of Successful Discovery - Projects Proposals for Funding to<br />

Commence in 2011 by FoR group<br />

RELIGION AND RELIGIOUS TRADITIONS<br />

DP110102941 Dr Peter F Howard<br />

Approved<br />

Project Title<br />

Cultures of belief in Renaissance Florence<br />

2011 $65,000.00<br />

2012 $50,000.00<br />

2013 $60,000.00<br />

Administering Organisation<br />

Project Summary<br />

Monash University<br />

The project asks new questions and employs new methods for understanding the material and cultural<br />

development of Renaissance Florence by focussing on the city's rapidly evolving religious context. It foregrounds<br />

the close study of preaching and its generation, and elaborates the oral as a category of historical analysis.<br />

Page 400

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