Remembering Bob Carter A GSNZ Tribute
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<strong>Remembering</strong> <strong>Bob</strong> <strong>Carter</strong>: A <strong>GSNZ</strong> <strong>Tribute</strong><br />
9 March 1942 – 19 January 2016<br />
Photo source: Anne <strong>Carter</strong><br />
Geoscience Society of New Zealand<br />
Newsletter 19A (Supplement) July 2016<br />
Compiler: Cam Nelson<br />
ISSN 1179-7983 (Print)<br />
ISSN 1179-7991 (Online)
<strong>Remembering</strong> <strong>Bob</strong> <strong>Carter</strong>: A Geoscience Society of NZ <strong>Tribute</strong><br />
Contents<br />
Page<br />
Introduction - Cam Nelson (Compiler) ………………………………………………….. 2<br />
<strong>Tribute</strong>s ...................................................................................................................... 4<br />
#1 Eulogy (24 January 2016) for <strong>Bob</strong> <strong>Carter</strong>, 1942-2016 - Bill Lindqvist 5<br />
#2 A supreme field geology mentor – Steve Abbott ............................... 8<br />
#3 Molluscan fossil collectors together – Alan Beu ……………………… 11<br />
#4 Temporarily being a petrophysicist - Greg Browne, Martin<br />
Crundwell , Craig Fulthorpe, Kathie Marsaglia ………………….…….. 13<br />
#5 A trilogy (A-C) of <strong>Bob</strong> <strong>Carter</strong> remembrances - Hamish Campbell …. 15<br />
#6 All at sea with <strong>Bob</strong> <strong>Carter</strong> - Lionel <strong>Carter</strong> .......................................... 20<br />
#7 Livening up geological discussions - Penny Cooke …………………. 21<br />
#8 A family of young academics - Alan Cooper ………………………….. 23<br />
#9 He sure made you think critically- Dave Craw ………………………... 24<br />
#10 He underpinned my career development - Barry Douglas ………….. 24<br />
#11 An influential Australasian ODP/IODP proponent - Neville Exon ...... 26<br />
#12 An insightful and inspirational geologist - Ewan Fordyce .................. 27<br />
#13 ‘Go-to’ person for A Continent on the Move - Ian Graham …………. 28<br />
#14 Two <strong>Bob</strong> <strong>Carter</strong> field stories - Bruce Hayward ……………………….. 29<br />
#15 An inspirational teacher and research mentor - Doug Haywick ……. 32<br />
#16 Evolution of JCU Marine Geophysics Laboratory - Mal Heron .......... 34<br />
#17 Tough field experiences - Fiona Hyden ............................................. 35<br />
#18 What a stimulating colleague - Chuck Landis ................................... 35<br />
#19 Spruce up your attire Piers! - Piers Larcombe .................................. 36<br />
#20 Bold ideas about New Zealand geology - Daphne Lee ..................... 38<br />
#21 Unstoppable, generous and legendary - Keith Lewis ……………….. 39<br />
#22 The wilds of Westland and Fiordland - Jon Lindqvist ……………….. 41<br />
#23 A masterful writer and editor - David Lowe …………………………… 42<br />
#24 ODP Leg 181 Co-Chiefs - Nick McCave …………………………….... 43<br />
#25 Partners in crime in Whanganui Basin - Tim Naish ........................... 45<br />
#26 Sailing with <strong>Bob</strong> - Helen Neil …………………………………………… 47<br />
#27 An exceptional sedimentary/marine geologist - Cam Nelson ………. 48<br />
#28 What a stimulating collaborator - Richard Norris …………………….. 50<br />
#29 Architect of JCU’s Marine Geophysics Laboratory - Alan Orpin …… 51<br />
#30 A quiet beer or two - Brad Pillans ...................................................... 52<br />
#31 The global warming issue - Ian Plimer ………………………………… 53<br />
#32 An incomparable teacher and communicator - John Rhodes ………. 56<br />
#33 Advancing Great Barrier Reef shelf sedimentology - Peter Ridd …... 57<br />
#34 ’Climate skeptics’ together - Gerrit van der Lingen ............................ 58<br />
Publications of <strong>Bob</strong> <strong>Carter</strong> – Cam Nelson ……………………………………………… 61<br />
Acknowledgements ………………………………………………………………………… 73<br />
Geoscience Society of New Zealand 1
Introduction<br />
Cam Nelson (Compiler)<br />
School of Science, University of Waikato<br />
Private Bag 3105, Hamilton, New Zealand 3240<br />
c.nelson@waikato.ac.nz<br />
New Zealand (NZ), Australian and many other geoscientists were saddened to learn<br />
of the sudden death of Professor Robert (<strong>Bob</strong>) M. <strong>Carter</strong> in Townsville on 19 January<br />
2016. During his long teaching and research career, based first at the University of<br />
Otago (Dunedin 1968-1980) and later at or associated with James Cook University<br />
(Townsville 1981-2013). Undeniably, <strong>Bob</strong> made significant contributions in advancing<br />
our knowledge and understanding of many aspects of the geosciences in New<br />
Zealand and the wider SW Pacific region, especially in the fields of paleontology and<br />
paleoecology, stratigraphy and paleoenvironments, marine geology and<br />
paleoceanography, and environmental and climate change science.<br />
<strong>Bob</strong> always maintained a very close association with the Geoscience Society of NZ<br />
(<strong>GSNZ</strong>), including as a long-time member and frequent annual conference attendee,<br />
as organiser and leader of several NZ field trips, through the supervision of many<br />
postgraduate research students on NZ projects, as a prolific publisher of peerreviewed<br />
papers on NZ geosciences, including being a major contributing author to<br />
the Society’s recent monograph A Continent on the Move, as the Society’s<br />
Hochstetter Lecturer in 1975, as an Honorary Fellow of the Royal Society of NZ since<br />
1997, and as a member/leader of 12 scientific research cruises in NZ waters,<br />
including notably as Co-Chief Scientist on ODP Leg 181 (Southwest Pacific<br />
Gateway) in 1998. In appreciation of these remarkable contributions to NZ and SW<br />
Pacific geosciences, and with my prompting, the Society approved the preparation of<br />
this special <strong>GSNZ</strong> Newsletter Supplement dedicated to <strong>Bob</strong> <strong>Carter</strong>.<br />
I agreed to act as the Compiler of the Supplement. Colleagues, students and friends<br />
of <strong>Bob</strong>, past and present, in NZ, Australia and elsewhere, were invited by email or<br />
advertisement [<strong>GSNZ</strong> Newsletter 18 (2016), p. 29] to submit some personal<br />
recollections about <strong>Bob</strong> for publication in the Supplement. By deadline, 34<br />
contributions had been received and, with typically only a small amount of editing to<br />
maintain some consistency in content, style and format, they follow this Introduction.<br />
Most will know that over the past decade or more <strong>Bob</strong> became heavily involved in<br />
researching and debating climate science issues, and he refused to accept the idea<br />
of any major influence by humans on global warming. His significant contributions in<br />
this regard are well documented on The Heartland Institute website which, following<br />
his death, also hosted many tributes for <strong>Bob</strong> from climate colleagues all over the<br />
world (see https://www.heartland.org/robert-m-carter). In comparison, the tributes<br />
appearing here for <strong>Bob</strong> focus more on his contributions to NZ, Australian (especially<br />
Great Barrier Reef shelf) and the wider Southwest Pacific geosciences field, but<br />
nevertheless do include some documenting his climate-related work.<br />
<strong>Bob</strong>’s CV and professional work history are already well documented online at<br />
http://members.iinet.net.au/~glrmc/new_page_3.htm, and again by Wikipedia at<br />
2 Issue 19A Supplement
https://en.wikipedia.org/wiki/Robert_M._<strong>Carter</strong>, where interested readers can get<br />
further specific information. Using these sources, as well as personal contacts, I have<br />
produced a biographical synopsis for <strong>Bob</strong> <strong>Carter</strong> in Table 1 that provides a summary<br />
background and context for several of the articles appearing in the Supplement.<br />
Table 1 - Biographical synopsis for <strong>Bob</strong> <strong>Carter</strong>.<br />
Full name<br />
Robert Merlin <strong>Carter</strong><br />
Born<br />
9 March 1942, Reading, England<br />
Died 19 January 2016, Townsville, Australia (aged 73)<br />
Usual first name <strong>Bob</strong><br />
Citizenship<br />
British, Australian<br />
Nationality<br />
English<br />
Emigration To New Zealand (NZ) in 1956; to Australia in 1981<br />
Secondary education Roysses Grammar School, Abingdon, UK (1952-1955)<br />
Lindisfarne College, Hastings, NZ (1956-1959)<br />
Married Anne Catherine (nee Verngreen) in 1964<br />
Children Susan (born 1969)<br />
Jeremy (born 1972)<br />
Degrees * BSc(Hons First Class) in Geology, Otago, NZ 1963<br />
* PhD in Paleontology, Cambridge, UK 1968<br />
PhD thesis The Functional Morphology of Bivalved Mollusca (1968)<br />
Main career positions * Assistant Lecturer, University of Otago, NZ (1963-1964)<br />
* PhD research, University of Cambridge, UK (1965-1967)<br />
* Lecturer/Senior Lecturer, University of Otago, NZ (1968-1980)<br />
* Professor/Head of Department of Geology, James Cook<br />
University, Townsville, Australia (1981-1999)<br />
* Adjunct Research Professor, Marine Geophysical Laboratory,<br />
James Cook University, Townsville, Australia (1999-2013)<br />
* Adjunct Research Professor, Geology & Geophysics, University<br />
of Adelaide, Australia (2000-2005)<br />
* Emeritus Fellow, Institute of Public Affairs (IPA, Melbourne)<br />
(2010-2013)<br />
Main research fields Cenozoic paleontology and paleoecology, stratigraphy and<br />
paleoenvironments, marine geology and paleoceanography, and<br />
sea-level and climate change science<br />
Research cruises >15, mainly in NZ and Queensland waters (e.g. Fig. 1)<br />
Some committee and * Member then Chair, Earth Sciences Discipline Panel of<br />
other positions Australian Research Council (ARC) (1987-1992)<br />
* Chair, Australian Marine Sciences and Technologies Advisory<br />
Committee (AMSTAC) (1996-?)<br />
* Director, Australian Office of the Ocean Drilling Program (ODP)<br />
(1995-1997)<br />
* Co-Chief Scientist, Ocean Drilling Program (ODP) Leg 181<br />
(Southwest Pacific Gateways) (1998)<br />
* Chief Science Advisor, International Climate Science Coalition<br />
(ICSC) (2007-2016)<br />
* Scientific Advisor, Science and Public Policy Institute,<br />
Washington (2007-2016)<br />
* Director, Australian Environment Fdn, Melbourne (2011-2015)<br />
* Expert witness and invited speaker on many occasions in several<br />
countries on geological and especially climate science issues<br />
Geoscience Society of New Zealand 3
Table 1 (Continued)<br />
Some awards<br />
Some Society<br />
memberships<br />
* Commonwealth Scholarship, British Council, University of<br />
Cambridge, UK (1964-1967)<br />
* Nuffield Fellow, University of Oxford, UK (1974)<br />
* Hochstetter Lecturer, Geological (now Geoscience) Society of<br />
New Zealand (1975)<br />
* Bennison Distinguished Overseas Lecturer, American<br />
Association of Petroleum Geologists (1992)<br />
* Honorary Fellow, Royal Society of New Zealand (1997)<br />
* Special Investigator Research Award, Australian Research<br />
Council (1998)<br />
* Outstanding Research Career, marine geology, <strong>GSNZ</strong> (2005)<br />
* Lifetime Achievement Award, Heartland Institute, USA (2015)<br />
* Geological (now Geoscience) Society of New Zealand (<strong>GSNZ</strong>)<br />
* Geological Society of Australia (GSA)<br />
* Australasian Institute of Mining and Metallurgy (AusIMM)<br />
* Geological Society of America (GSA)<br />
* American Geophysical Union (AGU)<br />
* American Association of Petroleum Geologists (AAPG)<br />
* Society of Sedimentary Geology (SEPM)<br />
* New Zealand Climate Science Coalition (NZCSC)<br />
Publications * 137 peer-reviewed scientific articles (1965-2015)<br />
* 2 books and 6 major reports on ‘climate change’ (since 2010)<br />
* Numerous conference presentations/abstracts (1965-2015)<br />
* 266 newspaper/popular articles (mainly since 2002)<br />
* 25 radio interviews (mainly since 2002)<br />
* 21 video presentations (mainly since 2002)<br />
Fig.1. <strong>Bob</strong> reviewing some core<br />
logs on the JOIDES Resolution<br />
IODP Expedition 317 off eastern<br />
South Island, New Zealand in<br />
late 2009. Photo source: William<br />
Crawford, IODP.<br />
<strong>Tribute</strong>s<br />
The following personal tributes for <strong>Bob</strong> <strong>Carter</strong> (#1 - #34) have been arranged in<br />
alphabetical order of the surnames of contributors, except that the eulogy given at<br />
<strong>Bob</strong>’s funeral by Bill Lindqvist, <strong>Bob</strong>’s brother-in-law, has been placed first as it covers<br />
many facets of <strong>Bob</strong>’s life.<br />
4 Issue 19A Supplement
#1 - Eulogy (24 January 2016) for <strong>Bob</strong> <strong>Carter</strong>, 1942-2016<br />
Bill Lindqvist (<strong>Bob</strong>’s brother-in-law)<br />
3 Cazadero Lane, Tiburon<br />
California 94920, USA<br />
william_lindqvist@yahoo.com<br />
I first met <strong>Bob</strong> some 53 years ago. The year was 1962. He was a 3 rd year honours<br />
geology student at Otago University in Dunedin, New Zealand, and I was doing 1 st<br />
year geology as part of a mining engineering degree.<br />
I soon got to know <strong>Bob</strong> quite well since, being one of the most dynamic and<br />
enthusiastic of the senior students, he was asked to assist the teaching staff on 1 st<br />
year geological field trips. One early memory is that <strong>Bob</strong>, in addition to his geological<br />
skills, was able to roll cigarettes with one hand while driving the departmental land<br />
rover with the other.<br />
It was obvious early on that <strong>Bob</strong> had a passion for fieldwork on soft rocks and fossils<br />
and this was a love that never left him.<br />
And talking of love, <strong>Bob</strong> began courting a beautiful young arts student from<br />
Invercargill with the name of Anne Verngreen. And as luck would have it and quite<br />
independently, I started courting an equally striking young science student with the<br />
name of Helen Verngreen – Anne’s younger sister.<br />
<strong>Bob</strong> and Anne graduated in 1963 and shortly thereafter married. A few months later<br />
they set off for England where <strong>Bob</strong>, with a Commonwealth Scholarship tucked in his<br />
pocket, started a PhD on Functional Studies of Bivalvia at Cambridge. Anne took a<br />
teaching job at the Bell School of Languages to help keep <strong>Bob</strong> in red wine.<br />
Meanwhile Helen and I graduated and also married and two years later we arrived in<br />
London where I started a PhD at Imperial College. It wasn’t long before we met up<br />
with the <strong>Carter</strong>s again.<br />
A deciding moment, or I should say deciding month, came along as the four of us<br />
embarked on a four week long camping trip to Scandinavia. Needless to say we all<br />
got along swimmingly and this experience cemented a close and valued friendship<br />
that has continued to this day.<br />
We have several memories of this trip and here is one. It was in a forest in southern<br />
Sweden infested with hordes of tiny biting flies known as ‘noseums’. <strong>Bob</strong> and I, being<br />
true gentlemen, retreated to the tents to smoke and drink beer in a valiant attempt to<br />
keep flies at bay – while the ladies stayed outside to cook dinner surrounded by<br />
clouds of the nipping insects. We never quite lived that down.<br />
After Cambridge, <strong>Bob</strong> and Anne returned to Otago University in Dunedin where <strong>Bob</strong><br />
was appointed to a lectureship in Geology, and in the years that followed two bright<br />
young children came along – first Susan and then Jeremy.<br />
Geoscience Society of New Zealand 5
And so our lives diverged once again. I became an exploration geologist in the<br />
mining industry, started work in the UK and in the early 1970s we moved to the USA.<br />
Along the way Helen and I also came up with two children in the same order – first a<br />
daughter and then a son.<br />
Over the decades that followed we shared many adventures and family gatherings<br />
with the <strong>Carter</strong>s – in New Zealand, Australia and the States, and on several<br />
occasions we had the three sisters – Anne, Helen and Clare - present with their<br />
families. <strong>Bob</strong> liked to refer to the sister trio as “The Three Graces” – which of course<br />
they all lapped up.<br />
During one visit by the <strong>Carter</strong>s to Denver, where we lived at the time, <strong>Bob</strong> and I<br />
spent an exciting day looking at the spectacular geology along the Front Range of<br />
the Rockies. But on the drive home we were stopped by the county sheriff amidst a<br />
flurry of sirens and flashing lights, ordered out at gun point and told to stand at the<br />
back of the car with our arms raised high while they searched the vehicle. Fifteen<br />
minutes later we were told to stand down since they had nabbed the bearded purse<br />
snatcher at the same quarry where we had looked at the rocks. Two innocent but<br />
frightened geologists breathed a sigh of relief and headed home for a stiff, single<br />
malt scotch.<br />
<strong>Bob</strong> was a great travelling companion and he was a huge fund of knowledge whether<br />
it be sports, arts, politics, science or gadgets. He and I had an easy going<br />
relationship and were frequently bragging and debating as to whom had the longer<br />
telephoto lens, whose binoculars were better, who was the better birder (he won<br />
hands down), pcs versus macs, who had the best single malts (I won that one) and<br />
other subjects that are not appropriate to mention here.<br />
He also liked to quip that I was the Economic Geologist while he had to settle for<br />
being the family Uneconomic Geologist.<br />
<strong>Bob</strong> had a very distinguished teaching career at Otago University (NZ) and later<br />
James Cook University (Queensland) which spanned some 35 years. And not<br />
surprisingly he left his mark for the better at both institutions.<br />
<strong>Bob</strong> always retained a passion for fieldwork but his own interests broadened and<br />
expanded with time especially into Marine Science. He participated in several<br />
scientific cruises both in New Zealand waters overlying the continental shelf with NZ<br />
based groups and in the southern Pacific with the big time Ocean Drilling Program<br />
research ships funded by the USA (e.g. Figs 1, 2).<br />
Over the last 15 years, as we all know, he has been increasingly involved with<br />
climate science and the climate record, both recent and historic, much to the chagrin<br />
of the believers and large segments of the academic community that preach free<br />
speech and tolerance but act otherwise.<br />
Whatever <strong>Bob</strong> tackled, he did so with gusto and focus and incredibly hard work – and<br />
he invariably excelled. But somehow he always made time for home projects<br />
including his recent marathon genealogy study covering all sides of the family.<br />
6 Issue 19A Supplement
Fig. 2. <strong>Bob</strong> and Xuan Ding sampling sediment core on IODP Expedition 317 of the<br />
JOIDES Resolution in 2009 off the Canterbury coast, New Zealand. Photo source:<br />
William Crawford of IODP.<br />
Fig. 3. <strong>Bob</strong> in field mode against a backdrop of Paleogene Red Bluff Tuff in northern<br />
Chatham Island, offshore eastern South Island, 2008. Photo source: Bill Lindqvist.<br />
However, without the dedicated help and support from his loving wife Anne, <strong>Bob</strong>’s<br />
endeavours may not have reached the heights we have witnessed. Anne often<br />
Geoscience Society of New Zealand 7
ecounts the many times she was on her hands and knees bagging and labelling<br />
fossil specimens in such exotic locations as vineyards in France, precipitous slopes<br />
in the Dolomite mountains in Italy and hot, dusty deserts in Turkey. Anne’s knees tell<br />
the story!<br />
Over his 50-year career of teaching, research, lecturing and academic leadership,<br />
<strong>Bob</strong> has travelled the world, often with Anne and their two children (when they were<br />
younger) by his side. He has studied, done field research and/or lectured in Australia<br />
and New Zealand (e.g. Fig. 3), the UK and most of Europe, North and southern<br />
Africa, parts of the Middle East and Asia (including Japan and China), Antarctica and<br />
across the USA and Canada. His scientific papers are almost endless and he wrote<br />
and had published two climate books to boot. What energy that man had!<br />
Not many of you may know that at the tender age of 21 he joined a scientific<br />
expedition to Pitcairn Island and was the first ever geologist to map that remote<br />
terrain. Rumor has it that he also acted as part-time cook on the island. That’s <strong>Bob</strong><br />
<strong>Carter</strong>!<br />
Over the years <strong>Bob</strong> has mentored hundreds of students, has been honoured with<br />
many awards and, judging by the avalanche of tributes that have come in following<br />
his death, he is renowned, respected and loved across the globe.<br />
Helen and I accompanied <strong>Bob</strong> and Anne to three International Climate Conferences<br />
in recent years where we witnessed first-hand <strong>Bob</strong>’s extraordinary reputation<br />
amongst his peers. At the Heartland Climate Conference in Washington DC in June<br />
2015 he received the prestigious Lifetime Achievement Award. That was quite an<br />
emotional evening for us all.<br />
To sum up, <strong>Bob</strong> has had a distinguished and very productive academic career,<br />
supported by Anne and family, and as our brother-in-law and long time friend and the<br />
uncle to our children, he has always been a stimulating companion and mentor. Our<br />
eight year old grandson likes to call <strong>Bob</strong> “Uncle Fossil”.<br />
His family, relatives and friends will all hugely miss <strong>Bob</strong>’s quick wit, the twinkle in his<br />
eye, his mischievous grin, his infectious laugh, his generosity and gentle nature, his<br />
sense of fairness and, above all, the sheer pleasure of his company.<br />
#2 - A supreme field geology mentor<br />
Steve Abbott<br />
Geoscience Australia<br />
GPO Box 378, Canberra, ACT 2601, Australia<br />
steve.abbott@ga.gov.au<br />
My involvement with <strong>Bob</strong> began in 1987 at James Cook University (JCU) when I was<br />
a newly arrived student in search of a PhD project. I recall meeting a welcoming,<br />
although slightly officious, individual whose appearance (walk shorts, long socks and<br />
immaculately groomed beard) contrasted with the colourful tee shirt and jandals<br />
8 Issue 19A Supplement
world of the tropical JCU campus. On a number of occasions I was summonsed to<br />
<strong>Bob</strong>’s office with its distinctive décor (masonry block with a hint of Cambridge). There<br />
he could be found tapping away on his new 286 personal computer as if playing a<br />
piano accompaniment to the classical music playing in the background, replete with<br />
punctuational flourishes.<br />
I settled on my PhD project when <strong>Bob</strong> showed me cross-sections of the coastal<br />
Castlecliff section in Charles Fleming’s Bulletin 52 on the Whanganui Subdivision. At<br />
that point he sent me away with his copy of Bulletin 52, a copy of Menard’s Science:<br />
Growth and Change, and touch typing tutorial software. He more or less told me not<br />
to come back until I had mastered the latter! I arrived at JCU as <strong>Bob</strong> was developing<br />
a research programme on the sequence stratigraphy of the New Zealand Plio-<br />
Pleistocene and resuming his passion for New Zealand field geology.<br />
By the mid-1980s <strong>Bob</strong> recognised that the Plio-Pleistocene basins of New Zealand<br />
presented an opportunity to contribute to the rapidly developing sub-discipline of<br />
sequence stratigraphy. A prominent school of thought controversially asserted, in the<br />
absence of compelling evidence, that eustasy was the main control on sequence<br />
development. <strong>Bob</strong> would gleefully point out at every opportunity that Plio-Pleistocene<br />
strata provided a true test of sequence stratigraphic principles because, rather than<br />
assumed, the glacioeustatic control on strata of this age had been established<br />
independently from oxygen isotope studies of deep-sea cores.<br />
The research programme ran for about a decade and a half and was initially based<br />
around PhD projects in the Hawke’s Bay (Doug Haywick), Whanganui (Gordon Saul<br />
and I), and Wairarapa (Paul Gammon) basins. <strong>Bob</strong> enjoyed renewing his interaction<br />
with the New Zealand Geoscience community including Brad Pillans (stratigraphy),<br />
Alan Beu (molluscs and stratigraphy), Norcott Hornibrook (forams), and Ian Graham<br />
(Be isotope stratigraphy). Along the way there were numerous journal articles<br />
published as well as a Geological Society of NZ conference field trip, field<br />
workshops, a visit to JCU by ESSO Distinguished Lecturer Peter Vail (a co-inventor<br />
of sequence stratigraphy), <strong>Bob</strong>’s AAPG Distinguished Lecturer tour, and poster<br />
presentations at the 1996 AGU meeting in San Francisco. In the late 1990s Tim<br />
Naish (then a JCU Post-Doctoral Fellow), led the synthesis of the Whanganui Basin<br />
work that culminated in a series of papers that presented an integrated<br />
cyclostratigraphy for the basin. The New Zealand outcrop work conceived and<br />
overseen by <strong>Bob</strong> continues to be well cited in the sequence stratigraphic and<br />
Quaternary science literature.<br />
Some of my fond memories of <strong>Bob</strong> derive from my orientation tour of the Whanganui<br />
Basin. Our road trip around the Whanganui hinterland and Castlecliff coast included<br />
key geological sites from Bulletin 52 and a visit to <strong>Bob</strong>’s Honours field area in the<br />
Pohangina Valley. During our travels I received instruction on everything from<br />
terraces and lahars to the features of Maori Pa sites, all to the soundtrack of<br />
classical music from the car stereo. Book shops, bakeries, antique shops and corner<br />
shops called dairies, and a special type of sandwich called a “jammie”, rounded out<br />
my introduction to the New Zealand fieldwork experience.<br />
Geoscience Society of New Zealand 9
Fig. 4. <strong>Bob</strong> (white cap at top), while precariously perched, professing the<br />
paleoecological and sequence stratigraphic significance of the Tainui Shellbed,<br />
Castlecliff coast section, Whanganui, on a Geological Society of NZ field trip,<br />
November 1991. Photo source: Steve Abbott.<br />
Fig. 5. <strong>Bob</strong> pointing to the rootlet bed and erosion surface (NC11 sequence<br />
boundary) between the Middle Maxwell Formation and Mangahou Siltstone,<br />
Nukumaru coast section, Whanganui, 2003. Photo source: Steve Abbott.<br />
10 Issue 19A Supplement
During that orientation trip and subsequent fieldwork <strong>Bob</strong>’s endless enthusiasm for<br />
stratigraphy and fossils was always on display. He could hardly contain the<br />
excitement of scrutinising the ecosystem of a shellbed (Fig. 4), documenting a<br />
sequence bounding unconformity (Fig. 5), liberating a delicate Poirieria with all of its<br />
spines intact, or diagnosing a beach environment of deposition from a bed of<br />
Paphies to the refrain of “because that is where it lives today on the beach behind<br />
you!”<br />
<strong>Bob</strong>’s formal university persona melted away in the field to reveal his warm soul and<br />
(at times disconcertingly wicked) sense of humour. He was a generous mentor who<br />
not only guided his students through the various stages of their studies, but taught us<br />
by example the powers of observation and critical thought (including in his role as a<br />
peerless devil’s advocate). It is satisfying to reflect on how we produced such an<br />
important contribution to sequence stratigraphy based on careful field observations<br />
recorded with a pencil, notebook, and camera (actually two 35 mm SLR cameras,<br />
one for colour slides and the other for black and white prints).<br />
#3 - Molluscan fossil collectors together<br />
Alan Beu<br />
GNS Science<br />
PO Box 30368, Lower Hutt, New Zealand 5040<br />
a.beu@gns.cri.nz<br />
My first memory of <strong>Bob</strong> was a long time ago – in January 1963. While starting a<br />
degree at Victoria University, Wellington, I worked as Professor <strong>Bob</strong> Clark’s “lab boy”<br />
in the Geology Department, with the grand salary of £300 per year, and felt flush<br />
enough to buy a little Morris Minor. Over the Christmas holidays Graeme Wilson and<br />
I set off to collect fossils around much of the North Island. At Te Piki – with very<br />
diverse Haweran molluscs in a cutting on the road between Waihau Bay and Hicks<br />
Bay, East Cape – I was happily collecting molluscs and Graeme was collecting the<br />
dinoflagellate samples that allowed him to become an early expert in the group. Up<br />
rattled a tiny Morris 8, and out got a chap who introduced himself as <strong>Bob</strong> <strong>Carter</strong>. He<br />
was working for Charles Fleming in Paleontology, NZ Geological Survey, over the<br />
university recess, and decided to visit the remote Te Piki locality while he was up in<br />
the North Island. He was dismayed to see us there before him, assumed all the<br />
useful fossils had been collected, shared a beer or two, and then drove on. It was the<br />
beginning of a long but very friendly philosophical tussle between <strong>Bob</strong> and me about<br />
the interpretation of fossils, whether we need New Zealand stages, how stages<br />
should be defined, and so on, throughout the rest of our careers.<br />
Much later <strong>Bob</strong> introduced us all in GNS Science to the power of sequence<br />
stratigraphy and the poverty of the “global sea-level curve”, in a course he held (with<br />
the aid of some of his students such as Steve Abbott) in a rough little motel near the<br />
beach at the north end of Castlecliff, Whanganui, handy to real examples. <strong>Bob</strong> was<br />
one of the most accomplished lecturers I ever met, with flair and skill, and impressed<br />
me with little “extras” such as leaving an obvious question out of the talk, and then<br />
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having an extra slide ready to answer the question when someone in the audience<br />
raised it. The course was as enjoyable as it was illuminating. Ironically, <strong>Bob</strong> later<br />
recalled to me an event when he was at Cambridge carrying out his PhD in<br />
paleontology on bivalve form and function under Martin Rudwick during 1965–1967.<br />
He was invited to a party held in the flat of a student who he later realised was Nick<br />
Shackleton. A long graph on endless A4 sheets of paper had been pinned up around<br />
the tops of the walls of the flat. This was the original data for Shackleton’s paradigmchanging<br />
paper on Milankovitch cycles in core V28-238 (Shackleton & Opdyke<br />
1973). The party was to celebrate the completion of the lab work for the fundamental<br />
rewriting of all our concepts of climate and sea-level cyclicity, the timescale of the<br />
Pleistocene and the development of sequence stratigraphy, although its significance<br />
was completely lost on <strong>Bob</strong> at the time!<br />
More recent reminiscences are of the Chatham Islands, where we both took part in<br />
Hamish Campbell’s CHEARS expeditions for several years. One year, <strong>Bob</strong> and I<br />
walked along the north coast of Chatham Island westwards from Cape Young so I<br />
could show him the Tioriori Paleocene succession, with its dinosaur remains and<br />
other interesting fossils. While walking along the cliff edge, we encountered a lone<br />
crested penguin chick sitting by itself in the sun. It was nearly fully fledged, with<br />
brilliant yellow crests well developed on its temples, but still with grey down around<br />
its neck. <strong>Bob</strong> got up really close to photograph it, but it gave out such a sudden,<br />
immensely loud braying noise that we both nearly fell over! It is the only such large<br />
penguin we ever encountered in the Chathams. We went on and examined the<br />
Tioriori section, where it was interesting to see <strong>Bob</strong> struggle to fit the stratigraphy<br />
into his preconceived ideas of sequences in the early Cenozoic succession in the<br />
eastern South Island – he assured me he had managed it.<br />
The outlying islands are some of the most interesting Chathams localities to visit.<br />
<strong>Bob</strong> became quite an ornithologist in later life, and his main interest was to see the<br />
rare birds. On Mangere Island he spent a lot of time photographing the red-crowned<br />
parakeets that are so abundant there, but nowhere else. He was also very solicitous<br />
about a Chatham Islands snipe that was nesting not far behind the hut, right on the<br />
edge of the track, where it was passed several times each day by all seven members<br />
of our party. The snipe was obviously put out by all the attention, and seemed as if it<br />
might leave its nest, but in the end it stayed, because <strong>Bob</strong> pointed out that we should<br />
be quiet near it. <strong>Bob</strong> and I both struggled with the climb up to the summit plateau of<br />
Mangere (287 m straight up! – or so it seemed) but lying about in the flax on the<br />
plateau, with that incredible view to Pitt Island and all the southern islets, made it all<br />
worthwhile. As we were a little low on food there, <strong>Bob</strong> excelled himself with his<br />
culinary flare, concocting a curious mixture of soups and “dehi” one evening from the<br />
DOC emergency supplies, to everyone’s enjoyment. We even found some useful<br />
fossils! – including scallops in blocks of Onoua Limestone that had come up through<br />
the Mangere Island volcano and lay around on the beach. We always had a hilarious<br />
time with <strong>Bob</strong> along, with endless semi-serious discussions – about almost any<br />
subject you can think of, not only geology – with <strong>Bob</strong> acting as devil’s advocate and<br />
pointing out why what we suggested was complete nonsense. His excellent<br />
knowledge of molluscs meant that he and I always had a similar interest in<br />
Chathams stratigraphy and fossils, such as collecting molluscs together from<br />
Titirangi Sand at Lake Te Wapu, near Kaingaroa, at an outcrop discovered by Kat<br />
Holt and Deb Crowley in 2009 (Fig. 6). But <strong>Bob</strong> always thought about the wider<br />
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scientific context, and would be trying to extract a story about Pleistocene sea-levels<br />
out of vague slope changes behind the outcrop, etc., as well as studying the obvious<br />
lithostratigraphy. We always had richly enjoyable times when <strong>Bob</strong> was along, and I<br />
will remember them always as fondly as I will <strong>Bob</strong>.<br />
Fig. 6. <strong>Bob</strong> examining a molluscan shellbed in the Pleistocene Titirangi Shellbed<br />
Formation, NE Chatham Island, SW Pacific, 2011. Photo source: Bill Lindqvist.<br />
#4 – Temporarily being a petrophysicist<br />
Greg Browne 1 , Martin Crundwell 1 , Craig Fulthorpe 2 , Kathie Marsaglia 3<br />
1<br />
GNS Science<br />
2<br />
Instit. Geophysics<br />
3<br />
Geol Sciences<br />
Lower Hutt, New Zealand Univ Texas, USA Calif State Univ, USA<br />
g.browne@gns.cri.nz, m.crundwell@gns.cri.nz, craig@ig.utexas.edu, kathie.marsaglia@scun.edu<br />
Expedition 317 in late 2009 and early 2010 to the Canterbury margin was <strong>Bob</strong>’s last<br />
voyage on the JOIDES Resolution and his last formal involvement with IODP<br />
operations. He had of course been involved with previous deep water drilling<br />
expeditions, especially ODP 181. But unlike that voyage <strong>Bob</strong>’s involvement on<br />
Expedition 317 was not as a Co-Chief Scientist. However, Expedition 317 derived<br />
from research led by <strong>Bob</strong> many years before and he wrote the earliest version of the<br />
IODP proposal. <strong>Bob</strong> did not sail as a sedimentologist, or paleontologist, as might be<br />
expected, but rather as a scientist working on physical properties (Fig. 7).<br />
Petrophysics was a new area for <strong>Bob</strong> but such was his interest in learning new<br />
things in science. <strong>Bob</strong> contributed hugely to this expedition with his tireless energy,<br />
experience and expertise, his probing questions at the daily science meetings, and<br />
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his generosity in helping others out. How could you forget the light-coloured shorts,<br />
his grey or white coloured long socks, and the hand-lens around the neck! He had an<br />
incredible ability to recall facts and publication details. He performed many roles in<br />
addition to undertaking the petrophysical measurements while on board (e.g. Fig. 2),<br />
most notably his identification of macrofossils when such material was recovered in<br />
the cores, his advice to younger scientists, and involvement with media<br />
engagements. <strong>Bob</strong> would commonly predict what we were going to drill into next,<br />
coming up with the first interpretation of the well logs, relating the sediment on the<br />
description table to the seismic, and using his knowledge of Whanganui stratigraphy<br />
to predict the next cycle boundary!<br />
Following Expedition 317 <strong>Bob</strong> continued to remain in contact, and performed a major<br />
role in helping to organise the post-cruise workshop field trip to Canterbury and<br />
Oamaru, enjoying visiting locations in South Canterbury such as Otaio River which<br />
he had not frequented for many years. He will be remembered for his wit and<br />
humour, his thought provoking thinking, even if not always accepted by all, his ability<br />
to consider issues outside-the-box, his respect for others, and his energy and drive<br />
in science. It was a huge surprise therefore that we learned of <strong>Bob</strong>’s passing, and he<br />
will be remembered with fond memories by all of us on Expedition 317.<br />
Fig. 7. <strong>Bob</strong> analysing the physical properties of a sediment core on IODP Expedition<br />
317 of the JOIDES Resolution off eastern South Island in late 2009. Photo source:<br />
William Crawford, IODP.<br />
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#5 - A trilogy (A-C) of <strong>Bob</strong> <strong>Carter</strong> remembrances<br />
Hamish Campbell<br />
GNS Science<br />
PO Box 30368, Lower Hutt, New Zealand 5040<br />
h.campbell@gns.cri.nz<br />
(A) Robert Merlin <strong>Carter</strong>: Strong on ‘Getting a grip’<br />
That middle name is so apt. He was a highly energised trick, just such fun to be with,<br />
full of surprises and always generous in thought, spirit and kind. Here is one of my<br />
early memories of <strong>Bob</strong>.<br />
There is probably a law concerning defacement of railway property but on 31 May<br />
1962, <strong>Bob</strong> did it big time. He would have researched the matter to the nth degree,<br />
have organised a team of willing fully-briefed fellow student associates and then<br />
executed the project with split-second precision (probably with musical<br />
accompaniment), commencing operations within a minute of the Bluff to Lyttleton<br />
Express arriving at Dunedin Station. Our family was on its way to England for a<br />
sabbatical year by ship (Rangitiki) from Wellington. Pretty much the entire Otago<br />
University Geology Department was on the platform to see us off. There were<br />
speeches. <strong>Bob</strong> gave a farewell speech on behalf of the students and presented my<br />
father JD (Doug) Campbell, with a magnificent parting gift: an expensive new watch.<br />
It was then time to board the train and find our seats. I was just 9 and my brother<br />
Neil 7, Joanna just 5 and Rosemary almost 3. Imagine our astonishment when we<br />
discovered head and shoulder portrait photographs of our father neatly sellotaped to<br />
every single window in every carriage on the train! Furthermore, there were two<br />
photos back to back so Dad’s smiling face beamed both inward and outward of the<br />
glass. Every photo was perfectly aligned and the sellotape was the strongest<br />
industrial-strength adhesive on the market. <strong>Bob</strong> was always fastidious with<br />
presentation. There was little prospect of removing these photos. My father would<br />
have been mortified on the one hand, tickled pink on the other. He knew <strong>Bob</strong> better<br />
than <strong>Bob</strong> new himself, but the platform antics were so powerful that Dad’s vigilance<br />
must have been compromised.<br />
I say this because within 5 minutes of the express departing, my parents established<br />
that one piece of luggage, the ‘pig skin grip’, was missing. It contained essentials<br />
such as shaving gear, medicines and contraceptives. This was serious. Dad was<br />
coerced by my mother (…of course, and rightly so; she was a chronic asthmatic with<br />
no need of further children*...) into pulling the emergency stop. The express came to<br />
a halt near St Leonards. The ever so slightly irritated Guard decided that a message<br />
could be sent from Port Chalmers station. Who to? <strong>Bob</strong>. Who else? It was ringleader<br />
<strong>Bob</strong> and associates who had failed to load the grip on the train. Besides, <strong>Bob</strong><br />
was a natural leader of men and totally reliable. The message eventually got<br />
through. The bag was found in the Lost Property office and extricated. The next<br />
problem was how to get it to Lyttleton and the interisland ferry prior to its over-night<br />
sailing that evening? Whatever transpired, it failed. So, the next challenge was to<br />
transport the grip to Wellington from Lyttleton over-night so as to connect in time with<br />
the Rangitiki prior to its departure at 10:30 am on 1 June. A small plane was<br />
Geoscience Society of New Zealand 15
involved. But my father had to go to Wellington Airport to collect the grip and, as a<br />
consequence, he was the last person to run up the gangway moments prior to<br />
departure. Some of us never recovered from this emotional trauma. On discussing it<br />
with <strong>Bob</strong> he was always dismissive, as if it was of no great consequence. He would<br />
say: ‘So what? That is what life is about surely! And besides, it all ended happily.’<br />
[*We left England bound for New Zealand on the Himalaya, departing 7 May 1963,<br />
with new baby Fergus aged 2 months.]<br />
(B) Being on time with <strong>Bob</strong><br />
As a child, I remember going on my first one-day field trip with <strong>Bob</strong> and my father<br />
(Doug Campbell) to Oamaru. I was about 11, so it probably was in 1964. Specifically,<br />
we went to search and collect a shell-bed at Target Gully. As I recall it was a<br />
disappointment. The famous locality had been highly modified by farming practice<br />
and there was little outcrop available for fossil collecting. There was much animated<br />
discussion about the significance of this predicament because it is (or was) an<br />
important type locality. We travelled in <strong>Bob</strong>’s Morris 8. He would have been dressed<br />
for the part, closely resembling Toad of Toad Hall. I recall being anxious on our way<br />
home because I had a 5:30 pm swimming lesson at the Dunedin Municipal Pool in<br />
Moray Place. <strong>Bob</strong> assured me we would make it in plenty of time. However, we only<br />
just made it. The road had been washed out at the ‘big dip’ between the top of the<br />
‘new’ motorway over Mount Cargill and Pigeon Flat. It seemed to take us ages to<br />
inch our way through. <strong>Bob</strong> delivered me with panache at precisely 5:30 with the<br />
exclamation: “There you are! I told you we would be on time.” That may be so but I<br />
still received the full wrath of the swimming instructor for not being in the water at<br />
exactly 5:30! Timing is everything.<br />
I commenced my BSc (Hons) in geology at Otago University (OU) in 1971, and <strong>Bob</strong><br />
was one of my lecturers, spanning five years (I took a ‘gap’ year in 1974). At the<br />
beginning of my 3 rd year, in early 1973, I was a field assistant to Chris Badger, doing<br />
a 4 th year honours project in the head of Edwardson Sound, Fiordland. It so<br />
happened that <strong>Bob</strong> was the master-mind of a multi-faceted project in SW Fiordland<br />
that summer using the OU research vessel Munida. Some others involved were John<br />
Begg as a field assistant to another 4 th year, Gary Post. After a false start on board<br />
the Munida from Dunedin (the alternator packed up off the coast of Brighton…),<br />
Chris and I were flown in to Fiordland by float-plane from Te Anau. We did so on a<br />
superb summer’s day. Our only one! It started raining the next day and stayed that<br />
way forever after. About 10 days later, now with a dead radio and virtually no food, a<br />
naked <strong>Bob</strong> <strong>Carter</strong> suddenly appeared at our tent door. By way of explanation he said<br />
that ‘clothes are pointless in this rain’ (he was always best-dressed). Our great<br />
mentor and leader, and the Munida, had miraculously found us! They were only a<br />
week late.<br />
Chris abandoned that project. After all, we had only found one rock (float) in 12 days.<br />
He was given another project area on Chalky. Meanwhile I spent some days on the<br />
Munida helping <strong>Bob</strong> and John Coggon with a magnetic survey chasing the Last<br />
Cove Fault. It took us a long time to figure out that the crazy data we were collecting<br />
was entirely due to <strong>Bob</strong>’s pragmatism: he had carefully screwed on a metal handle to<br />
the fibre-glass ‘torpedo’ housing for the magnetometer so as to make life easy<br />
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deploying it. Not much came out of this Fiordland campaign. It was bad timing and<br />
bad luck.<br />
At the beginning of 1975, I was now field assisting for Bruce Houghton in the<br />
Takitimus. He and I were delivered to the Wairaki Hut by <strong>Bob</strong> on one of his many<br />
field trips exploring the Waiau Basin. After a very long demanding drive from<br />
Dunedin in the OU Geology Department short-wheel-base Landrover, <strong>Bob</strong> reached<br />
the end of his tether and declared that he was ‘taking us no further’. He leapt out and<br />
opened the back door thus releasing all three dozen eggs that had been perched as<br />
fragile items on top of all else. The whole lot was smashed. Hence that low hill to the<br />
immediate west of the Tin Hut Fault Zone and Wairaki River is affectionately known<br />
as ‘<strong>Carter</strong>’s Egg’.<br />
<strong>Bob</strong> ran a lecture course on ‘integrated’ stratigraphy in my 4 th year called ‘4i’.There<br />
were just two of us in the class: Tom Loutit and myself. We critically analysed the<br />
latest publications on ‘new-fangled’ stratigraphic approaches to the rock record,<br />
namely magnetostratigraphy, oxygen isotope stratigraphy and chronostratigraphy. It<br />
was an exercise in first principles. Every statement would be examined and all<br />
assumptions and error ranges explored and every reference checked. It was<br />
exacting, revealing and damning. We shredded paper after paper on that course! To<br />
me <strong>Bob</strong> was a terrific teacher and he came across as very well read, an outstanding<br />
critical thinker and a sucker for innovative new ways of doing things. I enjoyed his<br />
style and approach immensely. His lectures were about ideas rather than facts, and<br />
hence always difficult to construct notes from. He was just so stimulating and made<br />
you think. However, he often played the devil’s advocate, much to the annoyance of<br />
many students, and it was never easy determining what he really thought. But that<br />
was his point: what he thought was irrelevant. To him, what was important was your<br />
ability (as a student) to make sense of observations using rational thought and logic.<br />
Did I mention showman?! Very few of us come close to <strong>Bob</strong>’s amazing ability to hold<br />
an audience. I think that I am right in saying that <strong>Bob</strong> is the only Hochstetter Lecturer<br />
to use recorded orchestral accompaniment. He always had something profound to<br />
say and his talks were always well-rehearsed and to time.<br />
(C) <strong>Bob</strong> in the Chatham Islands<br />
<strong>Bob</strong> visited the Chatham Islands with me and my many and varied field companions<br />
on six occasions: 2005, 2006, 2007, 2008, 2009 and 2011. <strong>Bob</strong> would come for 5 to<br />
10 days at a time. He participated entirely on his own free will and expense. This<br />
was some commitment…coming especially all the way from Townsville. He greatly<br />
enjoyed the Chatham Islands and came for four main reasons: to escape the<br />
summer heat of northern Queensland, to indulge in two of his many enthusiasms of<br />
bird watching and photography, to apply his considerable geological knowledge and<br />
experience in a remote part of New Zealand, and to relax in congenial and<br />
stimulating intellectual company (fellow geologists, biologists and research students<br />
in their element: the field….but not necessarily like-minded note) within a ready<br />
back-drop of real people (i.e. Chatham Islanders) who, like him, lived off their wits<br />
and lived well off the land and sea (red wine and fine cuisine dominated by blue<br />
cod).<br />
Geoscience Society of New Zealand 17
To some extent, the Chathams offered respite for an embattled <strong>Bob</strong>, so intensely<br />
committed and embroiled in keeping climate change science honest. Where better to<br />
hide for a few days and recharge the batteries but at the very end of the weather<br />
forecast?! Needless to say, it fell on us his erstwhile companions to try and keep him<br />
honest. A constant battle in itself but boldly addressed by the likes of Chuck Landis,<br />
John Begg, Alan Beu and everyone else when needs be. On two of these trips <strong>Bob</strong><br />
was accompanied by his brother-in-law and close friend Bill Lindqvist, a Californiabased<br />
consulting geologist, married to Anne’s sister Helen.<br />
Every moment with <strong>Bob</strong> was memorable and he contributed greatly to our<br />
experiences in the Chathams and our geological understanding. On his first trip (25-<br />
30 Jan, 2005), he joined us on a one-day trip to the Forty Fours (27 Jan), an<br />
albatross colony far to the east of Chatham Island, but sadly <strong>Bob</strong> chose not to<br />
attempt to land claiming that his ‘upper body strength was not up to it’. We had to<br />
negotiate a near-vertical 60 m cliff aided with ropes. I am quite sure that he would<br />
have managed just fine. The party included: Chris Adams, Bill <strong>Carter</strong>, Steve Trewick,<br />
John Begg, Rowan Emberson, David Given, Paul Scofield, Mark Bellingham, Peter<br />
Johnston and myself.<br />
<strong>Bob</strong>’s second visit (27 Jan-3 Feb, 2006) involved an ambitious 4-day trip to The<br />
Horns at the SW tip of Chatham Island with John Begg, Chuck Landis, Alan Beu,<br />
Jeremy Titjen and Chris Consoli. This letter from <strong>Bob</strong> just prior to the trip says it all:<br />
24/1/06<br />
Hamish, honeybun<br />
I did not realise that you had dobbed me in for the doubtless magnificent experience<br />
of sleeping under canvas on tussock again.<br />
As I am now in transit (passing through Brisbane airport) I can't grab a sleeping bag<br />
(which is probably a good thing, given the amount of clobber that I'm already<br />
carrying).<br />
I'm staying with Lionel [<strong>Carter</strong>] tomorrow and Thursday nights, and will see if I can<br />
borrow one from him. Failing that, you may get a phone call asking if you can throw<br />
in an extra.<br />
Torch? Persons of my age have specially well-developed sixth senses which enable<br />
them to avoid pissing on others when they creep out for their nightly visit. Besides,<br />
we don't want to scare the petrels.<br />
See you soon. <strong>Bob</strong><br />
It demonstrates classic <strong>Bob</strong>: his natural collegiality, charming his way around<br />
authority, following instructions in a timely fashion and revealing the main reason for<br />
his visit: bird watching!<br />
The third trip (31 Jan-9 Feb, 2007) involved another very memorable visit this time to<br />
Southeast Island (6-7 Feb), home to millions of seabirds not to mention the Black<br />
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Robin, Chatham Snipe and Shore Plover. The party included Alan Beu, Alex<br />
Malahoff, Nigel Miller, Phil Sirvid and myself.<br />
The fourth visit (29 Jan-6 Feb, 2008) involved two nights on Pitt Island staying at The<br />
Bluff (James & Annette Moffett) with Bill Lindqvist, Alex Malahoff, Alan Beu, Nigel<br />
Miller and his son Oliver, Peter Cook and myself (e.g. Figs 3, Front cover).<br />
The fifth visit (26 Jan-4 Feb, 2009) was another very memorable visit, this time to<br />
Mangere Island (2-3 Feb) with Alan Beu, Nigel Miller, Kat Holt, Deborah Crowley and<br />
myself. <strong>Bob</strong> made a spectacular landing on his hands and stomach, as he misjudged<br />
the leap from the boat. His flesh wounds required the combined services of both<br />
doctor (Nigel) and nurse (Deborah). A lasting memory I have of this trip is assisting<br />
<strong>Bob</strong> with DOC’s demands to rid his field clothing and gear of undesirable seeds. It<br />
took many hours for the whole team to de-seed <strong>Bob</strong> to an acceptable standard!<br />
<strong>Bob</strong>’s last visit was in 2011 (26 Jan-2 Feb), again with Bill Lindqvist. The party<br />
included Alan Beu, Alex Malahoff, David Johnston and his wife Carol Stewart and<br />
their son Joshua, Deborah Crowley, Alexa van Eaton and myself. We visited Pitt<br />
Island (Fig. 8), staying at The Bluff with the Moffetts again (27-30 Jan), but this time<br />
we had our very own French cook, Nathalie Robert-Peillard.<br />
Fig. 8. Hamish Campbell and <strong>Bob</strong> <strong>Carter</strong> aboard the Chatham Express vessel on a<br />
trip from Chatham Island to Pitt Island in 2011. Photo source: Bill Lindqvist.<br />
Geoscience Society of New Zealand 19
#6 - All at sea with <strong>Bob</strong> <strong>Carter</strong><br />
Lionel <strong>Carter</strong><br />
Antarctic Research Centre, Victoria University of Wellington<br />
PO Box 600, Wellington, New Zealand 6012<br />
lionel.carter@vuw.ac.nz<br />
As the research ship Tangaroa I sailed south from Wellington Harbour on a wintery<br />
day 4 August 1977, little did we know that this was the start of a research<br />
collaboration between <strong>Bob</strong> <strong>Carter</strong> and myself that lasted over 25 years. And let me<br />
set the record straight from the start, <strong>Bob</strong> <strong>Carter</strong> and Lionel <strong>Carter</strong> were neither<br />
brothers nor father and son; we were the cliché….”just good friends”!<br />
In the halcyon days of the 1970s, the New Zealand Oceanographic Institute (NZOI)<br />
allocated ship time for the universities and in 1977 it was Otago University's turn with<br />
<strong>Bob</strong> as the cruise leader. We both had a deep interest in the research, which was to<br />
establish the dispersal of sediment along and across the Otago continental margin<br />
into the Bounty Trough. But my main role was to represent the Oceanographic<br />
Institute to ensure the voyage ran smoothly. This became a life lesson, namely that<br />
sailing with <strong>Bob</strong> was anything but dull. On this voyage an altercation broke out<br />
amongst two crew members. This required Tangaroa I to return to Port Chalmers<br />
where the police met the ship and retained the crew members. The cook was also<br />
taken away in an ambulance due to burns sustained in the galley following a<br />
particularly severe roll of the ship. The unscheduled port call was prolonged by a<br />
search for replacement crew who eventually arrived from Auckland. The follow-up<br />
voyage in 1979 was accompanied by the loss of a Klein side-scan sonar - a towed<br />
seabed mapping system, which in those days was worth a year's salary. When the<br />
ship returned to Wellington, the Oceanographic Institute truck was waiting for us,<br />
complete with a hangman's gibbet and noose. This subtle hint indicated whose<br />
salary was in peril - mine. However, <strong>Bob</strong> came to the rescue with a NZ$5,000<br />
contribution that assuaged the NZOI administration and ensured his presence on<br />
future voyages. Yet again, the <strong>Carter</strong> curse struck, this time in 1990 on the Rapuhia -<br />
Tangaroa's successor. The main winch broke down while coring in 4000 m of water.<br />
For the next 31 hours, Rapuhia drifted in moderate seas with 4 km of heavy wire<br />
attached to a one ton corer hanging over the side. Positioning was also a problem<br />
because it was the time of the Gulf War and the satellites that formed the nascent<br />
global positioning system were realigned to cover the Middle East.<br />
While it is fun to reminisce over a beer, these events were in reality a mild distraction<br />
from the science. Between 1977 and 1998, five voyages off the eastern South Island<br />
revealed the evolution of a remarkable sedimentary system from its inception in the<br />
Cretaceous through the Quaternary climatic cycles to the present day. It was the first<br />
Source-to-Sink analysis that traced the passage of river sediment from the coast,<br />
across the continental shelf, down the continental slope via submarine canyons and<br />
into the Bounty Channel system where turbidity currents transferred South Island<br />
debris over 1000 km eastward to feed the vast submarine Bounty Fan. Sediment did<br />
not stop there. The Pacific deep western boundary current entrained fan sediment<br />
and carried it another 3000 km to accumulate in the Kermadec subduction zone.<br />
20 Issue 19A Supplement
Thanks to <strong>Bob</strong>'s expertise and great enthusiasm, plus help from his friends, we were<br />
beginning to learn how undersea New Zealand functioned. Over 20 papers appeared<br />
under the co-authorship of <strong>Carter</strong> and <strong>Carter</strong> (and many colleagues). One wit<br />
compared C and C to Thomson and Thompson in the Tintin chronicles, but hopefully<br />
the publications of the former were a little more factual than the comic books.<br />
As the eastern South Island marine geology became clearer, <strong>Bob</strong> noted that it would<br />
be a suitable topic for the Ocean Drilling Program (ODP). That was in 1993. Five<br />
years later, ODP Leg 181 came to fruition with the drilling of 7 sites off eastern New<br />
Zealand. This furthered our knowledge of paleoceanography and marine geological<br />
evolution of the key region of the SW Pacific Ocean where tectonic plates and major<br />
ocean currents collide. That research continues today using the cores archived from<br />
Leg 181 and other ocean drilling legs. Leg 181 would not have happened without<br />
<strong>Bob</strong>'s energy and persuasive skills. At the time, New Zealand was not a member of<br />
ODP and thus could not develop and lead voyages. However, Australia was a<br />
member and <strong>Bob</strong>, who was then domiciled in Queensland, could begin the long<br />
proposal process. The proposal received a major boost when Nick McCave<br />
(Cambridge University, UK) joined. This brought the UK membership to bear. <strong>Bob</strong>'s<br />
"people skills" were much needed in light of the political and competitive elements of<br />
large multinational programmes. My contribution was to keep the proposed drilling<br />
site data and science components on cue. This called for reflex responses to phone<br />
calls along the lines "Hello. <strong>Bob</strong> here. I'm in College Station, Texas. An ODP<br />
scientist has just noted that waves on the Chatham Rise are too large for safe<br />
drilling. Can you run an analysis of the wave climate and get back to me within the<br />
hour?" Such was life with RMC.<br />
Following the undeniable success of Leg 181, <strong>Bob</strong> expanded his interest in<br />
sequence stratigraphy, the marine geology of the Great Barrier Reef and of course<br />
climate change. While our views differed regarding the last topic, the friendship<br />
endured. Without doubt, Robert Merlin <strong>Carter</strong> was a major contributor to New<br />
Zealand marine geology through his research, enthusiasm and ability to make things<br />
work (apart from ship's winches). It is a fine legacy.<br />
#7 - Livening up geological discussions<br />
Penny Cooke<br />
Brookes Bell Group (Marine Consultants & Surveyors)<br />
Walker House, Exchange Flags, Liverpool, UK L2 3YL<br />
cooke.penelope@gmail.com<br />
My memories of <strong>Bob</strong> are somewhat intermittent as they focus around the annual<br />
conference of the Geoscience Society of New Zealand (<strong>GSNZ</strong>). I recall him being<br />
very friendly and inclusive, and louder than many. I recall annual conference dinners<br />
being improved by his contributions to discussions, even after several bottles of wine<br />
had been consumed by all involved (Fig. 9). In addition, he was the external<br />
overseas examiner for my PhD thesis on Neogene paleoceanography in the Tasman<br />
Sea, about which he was very complimentary, and he only required minor changes<br />
for which I was most grateful.<br />
Geoscience Society of New Zealand 21
Fig. 9. Participants engrossed in ‘deep stimulating conversation’ with <strong>Bob</strong> (and wine<br />
drinking) at the BBQ at <strong>GSNZ</strong> annual conference in Kaikoura, 2005. People<br />
recognised are (left to right) Alan Orpin, Cam Nelson, Penny Cooke, unknown, <strong>Bob</strong><br />
<strong>Carter</strong>, David Smale and Anne <strong>Carter</strong>. Photo source: Unknown.<br />
I became aware some years later that <strong>Bob</strong> was being described as a 'humaninduced<br />
climate change skeptic' and had been presenting his views on this matter to<br />
government committees. I have to say I was a little surprised as he had been<br />
involved over the years in research dealing with marine sediment records and the<br />
climate records they contain. I understand and commend the independence of<br />
scientists to interpret the data they see in the way they deem appropriate, and <strong>Bob</strong><br />
certainly did this over his long and distinguished career. The news released in May<br />
2016 by NASA that April was the seventh month in a row that broke global<br />
temperature records would have made for interesting discussions with <strong>Bob</strong> I suspect.<br />
I can only hope that all those still employed in climate science are able to include a<br />
little skepticism into their research as it is only by questioning the accepted views<br />
that we can progress. Having read many of <strong>Bob</strong>'s articles on climate change, I<br />
personally still remain convinced that humans are influencing our global climate, but<br />
to what extent remains debatable. I shall be enjoying my glass of wine in the warm<br />
spring 2016 sunshine in the UK and will be thinking very fondly of <strong>Bob</strong> and his major<br />
contributions to New Zealand geosciences over many decades.<br />
22 Issue 19A Supplement
#8 - A family of young academics<br />
Alan Cooper<br />
Geology Department, University of Otago<br />
PO Box 56, Dunedin, New Zealand 9054<br />
alan.cooper@otago.ac.nz<br />
In the late 1960s to early 1980s, during the <strong>Carter</strong>’s stay in Dunedin, the Geology<br />
Department at Otago was a dynamic and enjoyable place to work. It included a<br />
group of other young families (Reay, Landis, Norris, Henley, Bishop and Cooper)<br />
busy bringing up young children and building careers. Despite that, there was time<br />
for socialising and, regardless of the heavy teaching loads for the guys, even time for<br />
the occasional Wednesday afternoon round of golf! <strong>Bob</strong> and I worked at opposite<br />
ends of the geological spectrum, but we were mates and took an interest in what the<br />
other was doing (Fig. 10). <strong>Bob</strong> even spent time with me in an appropriately named<br />
Roaring Swine tributary of the Haast River during my PhD. For a week we huddled<br />
under a three-sided, plastic-sheeted shelter while the heavens opened and the valley<br />
filled with water and the creek lived up to its name. The upper echelons of the<br />
Department were somewhat taken aback when RMC’s princely field allowance of $2<br />
per day was subsequently claimed for ‘field supervision’ (in metamorphic petrology!).<br />
<strong>Bob</strong> was one of our leading lights, energetic, innovative, inspirational and an<br />
excellent communicator. We missed the <strong>Carter</strong>s when they moved to Townsville and<br />
we will miss him now.<br />
Fig. 10. <strong>Bob</strong>, interested in ‘all<br />
things geological, including<br />
metamorphic rocks’, examining a<br />
sample of Alpine Fault mylonite.<br />
Photo source: Alan Cooper.<br />
Geoscience Society of New Zealand 23
#9 – He sure made you think critically<br />
Dave Craw<br />
Geology Department, University of Otago<br />
PO Box 56, Dunedin, New Zealand 9054<br />
dave.craw@otago.ac.nz<br />
<strong>Bob</strong> was one of the most inspiring lecturers I had as a student at Otago in the 1970s.<br />
He even managed to make paleontology interesting to this physical scientist, by<br />
bringing in a wide range of ideas and different threads to his accounts of how the<br />
biological world works. He made me THINK, which was quite an achievement. His<br />
enthusiasm and energy were boundless around the Geology Department, and he<br />
was innovative in everything he did. I was sorry to see him leave, and that was<br />
definitely James Cook University's gain. I kept in touch with him over the years as I<br />
evolved into an economic geologist, and always admired his enthusiasm and<br />
foresight in setting up the Economic Geology Research Unit in Townsville. This was<br />
the right move at the right time, a very astute step that did a great deal to help the<br />
Townsville department expand and appear on the international radar of an important<br />
industry to Australia. <strong>Bob</strong> was still making me think in his later years when he<br />
entered the controversial world of climate change, and I thoroughly enjoyed talking to<br />
him about these things, even if I didn't always agree with him. He brought some<br />
serious science to that debate, especially with regard to sea levels, and I found his<br />
research and ideas fascinating in that general area. I last saw <strong>Bob</strong> when he visited<br />
Otago recently to talk about climate change, and he was in excellent form then, still<br />
enthusiastic, stimulating, a great lateral thinker, and an excellent public speaker.<br />
That's the <strong>Bob</strong> <strong>Carter</strong> that I will always remember.<br />
#10 - So influential on my career development<br />
Barry Douglas<br />
Douglas Geological Consultants<br />
14 Jubilee Street, Belleknowes, Dunedin, New Zealand 9011<br />
barrydouglas@xtra.co.nz<br />
Fresh from his PhD research at Cambridge, <strong>Bob</strong> <strong>Carter</strong> returned in 1968 to the<br />
Otago Geology Department as a lecturer in Cenozoic paleontology and stratigraphy.<br />
I was fortunate to be among the first group of students to attend <strong>Bob</strong>’s lectures.<br />
<strong>Bob</strong> made an immediate impact in his teaching at Otago. His lectures on functional<br />
morphology, taxonomy, paleoecology, stratigraphy, Recent and ancient sedimentary<br />
environments and paleoclimate change with relevance to New Zealand strata were<br />
the conceptual roots from which I and many of his students formulated their<br />
approach to postgraduate research. <strong>Bob</strong> was an inspiring lecturer and he involved<br />
24 Issue 19A Supplement
his students in his research interest. In those early years <strong>Bob</strong> also forged the link<br />
between the Geology Department and the University’s Portobello Marine Biological<br />
Station through his close association with the then Director Dr Betty Batham. He took<br />
his research students to sea, out over the Otago shelf on the University research<br />
vessel Munida, to observe at first hand the sediment-fauna relationships of modern<br />
communities as retrieved from sea-floor grab samples. Under heavy swell, <strong>Bob</strong> was<br />
a better sailor than I was!<br />
<strong>Bob</strong>’s dedication to facilitate excellence in research was exemplified by the energy<br />
and enthusiasm he exuded in his self-driven task of updating and further developing<br />
the molluscan collection in the Geology Department Museum at Otago. He worked<br />
tirelessly in the evenings and weekends in the museum or in the adjoining curator’s<br />
room under the watchful portraits of Marwick, Finlay, Hutton and Fleming, as he<br />
catalogued specimens and developed a formidable illustrated reference card system<br />
(pre-computers). His new specimens were foraged from field collections from both<br />
North and South Island (NZ) and elsewhere. <strong>Bob</strong> never missed an opportunity to<br />
improve the collection. I recall, in 1971, when he dispatched me to collect type<br />
section specimens from the bed of the Waiau River at Clifden during a temporary<br />
controlled low river level. It was a case of one eye on the task and one eye on the<br />
rising water level! Long after his departure from Otago the curatorship and welfare of<br />
the molluscan fossil collection was of foremost concern to <strong>Bob</strong>. Our last conversation<br />
specifically related to this matter.<br />
<strong>Bob</strong> often invited his students to accompany him in the field and this was also<br />
generally the case when he was in the company of a visiting distinguished<br />
researcher. He generously offered his students every opportunity. He introduced his<br />
students to the key field sections of the regional Cretaceous-Cenozoic sequence.<br />
<strong>Bob</strong>’s observations were acute, his commentary informative and his questions<br />
thought provoking. I have had the opportunity to revisit many of those sections over<br />
the years and without exception I am reminded of the occasion of my first visit to<br />
those sites with <strong>Bob</strong>. Such was the influence of <strong>Bob</strong> and his teaching, that in the<br />
years gone by, there is hardly a day when logging a cored bore or measuring a<br />
stratigraphic section in southern New Zealand that I have not thought of <strong>Bob</strong> <strong>Carter</strong><br />
and been grateful for the skills of observation and detailed recording I developed<br />
from his teaching.<br />
<strong>Bob</strong> supervised my MSc investigation of the South Canterbury Tengawai River<br />
section. In 1973, on a day trip to Lauder to collect oncolites he introduced me to the<br />
non-marine sediments of Central Otago. That same year we co-authored a report on<br />
the Otago lignite deposits for ICI (NZ) Ltd. in collaboration with associated work<br />
carried out at the Otago School of Mines. The thrust of my future research and<br />
employment specialisation was nurtured in those early discussions with <strong>Bob</strong> on<br />
Otago-Southland non-marine sedimentary environments.<br />
<strong>Bob</strong> was one to quip a cheeky remark. I vividly recall the occasion around 1977 on<br />
the isolated Doolans Saddle track between the Gibbston Coalpit Saddle and the<br />
Lower Nevis Valley where we bogged the Land Rover to the axle and were almost<br />
immediately accosted by an enraged high country station owner. Infuriated with<br />
<strong>Bob</strong>’s quip in defence of the situation the frustrated landowner swung at <strong>Bob</strong>. <strong>Bob</strong><br />
Geoscience Society of New Zealand 25
dodged the blow, but the fist made contact with <strong>Bob</strong>’s tartan cap which was sent<br />
flying through the air.<br />
<strong>Bob</strong> stood tall in defence of good science practice and honesty. I was grateful for his<br />
support in1977 during my challenges to aspects of the Upper Clutha hydro scheme<br />
and again in the late 1970s when I was embroiled in argument with the Mines<br />
Department over the Central Otago coal drilling fiasco. <strong>Bob</strong>’s departure from Otago<br />
was a huge loss. His book Climate: The Counter Consensus champions the pile of<br />
books on the top of the piano in my lounge. <strong>Bob</strong>’s legacy will live on with this<br />
geologist!<br />
#11 – An influential Australasian ODP/IODP proponent<br />
Neville Exon<br />
Australian and New Zealand IODP Program Scientist, Australian National University<br />
Canberra, ACT 0200, Australia<br />
neville.exon@anu.edu.au<br />
<strong>Bob</strong> <strong>Carter</strong>, an influential geologist and marine geologist, remained an important<br />
supporter of ocean drilling throughout his long and distinguished career. In fact, <strong>Bob</strong>,<br />
then at James Cook University (JCU), was one of the leaders in getting Australia<br />
established as a member in the Ocean Drilling Program (ODP) in 1988. A number of<br />
us played a part in that wonderful step forward for Australian geoscience and marine<br />
geoscience, but <strong>Bob</strong> was a personable, enthusiastic, lucid and effective advocate.<br />
He hosted the ODP Secretariat for a time at JCU, and was lead proponent and then<br />
Co‐Chief Scientist of the highly successful Southwest Pacific Gateways ODP Leg<br />
181 in 1998. That leg drilled seven sites in deep water east of New Zealand,<br />
investigating the effects of changing current patterns over time. It was especially<br />
notable for investigating the Eocene‐Oligocene unconformity that represents the start<br />
of a fast, cold current around at least a part of Antarctica, and the production of<br />
increased volumes of cold bottom water.<br />
In late 2009, <strong>Bob</strong> joined IODP Expedition 317 in the Canterbury Basin east of New<br />
Zealand, which was investigating sea-level fluctuations as represented by prograding<br />
wedges of carbonate sediments laid down mostly in the last 20 million years (Figs 2,<br />
7). I remember a press conference about the expedition in Townsville before the<br />
expedition, when the reporters immediately asked him questions about his climate<br />
skepticism. He said simply that the past sea-level fluctuations being investigated on<br />
this expedition were clearly driven by climate change, that his skepticism of modern<br />
global warming had nothing to do with the expedition, and referred the press to the<br />
expedition leaders for more information. Later he asked me with an amused smile<br />
“Did I handle that OK?”<br />
<strong>Bob</strong> was a paleontologist, stratigrapher, marine geologist and environmental<br />
scientist, who started his geological career in New Zealand and earned degrees from<br />
the University of Otago and the University of Cambridge. He was Professor and<br />
Head of School at James Cook University from 1981 to 1999, and there developed a<br />
26 Issue 19A Supplement
strong marine geology group. During that time, he continued to carry out research in<br />
New Zealand, particularly in the Whanganui Basin (Fig. 11), where he recognised<br />
the opportunity to test sequence‐stratigraphic models in Plio‐Pleistocene sediments<br />
that were deposited during a period of known glacial‐interglacial sea‐level changes.<br />
Talking to various geological friends of his, they all say that his skills as a<br />
sedimentologist, teacher and advocate of geology, plus his open and warm style,<br />
made him an outstanding colleague and human being. We will miss you <strong>Bob</strong>.<br />
Fig. 11. <strong>Bob</strong> <strong>Carter</strong>, speaking as leader of a field trip to the Whanganui Basin in New<br />
Zealand, in about 1994. Steve Abbott, his then PhD student (now at Geoscience<br />
Australia) is holding the umbrella, as any good student would do for his esteemed<br />
supervisor. Photo source: Brad Pillans.<br />
#12 - An insightful and inspirational geologist<br />
Ewan Fordyce<br />
Geology Department, University of Otago<br />
PO Box 56, Dunedin, New Zealand 9054<br />
ewan.fordyce@otago.ac.nz<br />
From the outside perspective (I knew <strong>Bob</strong> not very well when I took over his office),<br />
<strong>Bob</strong> appeared an energetic, insightful and often inspirational geologist who was<br />
unafraid to challenge conventional wisdoms. He could ignore or sideline troublesome<br />
facts in the promotion of an interesting idea, which is important in science. I heard<br />
<strong>Bob</strong>’s <strong>GSNZ</strong> Hochstetter Lecture in 1975 when I was a student at University of<br />
Geoscience Society of New Zealand 27
Canterbury, and remember that there was some tooth-sucking from older geologists<br />
at the deluge of information, the mix of ideas, and flamboyant rapid fire and use of<br />
two projectors! - the vivid image is still in mind. At Otago, <strong>Bob</strong> ranged widely through<br />
basin studies in the broad sense, and made enduring contributions. It’s interesting<br />
that he didn't write much in paleontology, in spite of being appointed to work on that<br />
field, but his early paper on borings in bivalves is still cited, and he made really<br />
important fossil collections of marine invertebrates that are now in the Geology<br />
Museum at University of Otago. The work that <strong>Bob</strong> did with Richard Norris on<br />
southern basins and plate tectonics seemed ground-breaking to me, especially when<br />
we consider that was in the days when others in New Zealand geology were<br />
reluctant to accept rapid and major Neogene movement on the Alpine Fault. The<br />
Norris and <strong>Carter</strong> report on the Waiau Basin didn't get the recognition it deserved,<br />
but it inspired and/or contributed to other studies. <strong>Bob</strong> recognised the Marshall<br />
unconformity (Fig. Back cover), still a contentious feature (Marshall didn’t believe in<br />
it, and it is not a paraconformity as proposed). He made original contributions in<br />
stratigraphy, including recognition of New Zealand stages as Oppelzones, although<br />
the latter didn’t stick; after <strong>Bob</strong> left Otago, JD Campbell was quick to remove the<br />
oppelzone appelation from our Museum displays. <strong>Bob</strong>’s concept of the Kaikoura<br />
Synthem was much ahead of its time (building on ideas from another inspired<br />
geologist, Harold Wellman, who conceived the big cycles in 1953), and it was good<br />
to see that Mortimer et al. acknowledged <strong>Bob</strong>’s contributions in their big review of<br />
New Zealand stratigraphy in NZJGG in 2014. <strong>Bob</strong> worked very effectively with Lionel<br />
<strong>Carter</strong>, too, on shelf-slope settings. He was one of the lead writers on the big ODP<br />
Leg 181 Initial Report on work off the eastern South Island. Another major<br />
contribution was the work with Tim Naish on Whanganui Basin - really important on a<br />
global scale as one of few onshore localities that preserves most of the Pleistocene<br />
glacioeustatic cycles. All in all, <strong>Bob</strong> did some memorably impressive science. Many<br />
will acknowledge his stimulation. I owe him not only for the intellectual stimulation,<br />
but also because he got tired of the wait for promotion – in the days before one could<br />
apply for it - and went to a professorship at James Cook University, leading to my<br />
appointment at Otago where this tribute was written in the former <strong>Carter</strong> office.<br />
#13 – ‘Go-to’ person for A Continent on the Move<br />
Ian Graham<br />
GNS Science<br />
PO Box 30368, Lower Hutt, New Zealand 5040<br />
i.graham@gns.cri.nz<br />
Our paths crossed first when I was a raw first-year student at Otago University in<br />
1974. There <strong>Bob</strong>'s inspirational lecturing, dazzling intellect and enthusiasm for his<br />
subject were instrumental in my decision to pursue geoscience as a career. One<br />
memory that sticks from that time was his (surprising, but gratifying) use of my<br />
father's series of Royal Society papers on the North Otago shelf fauna in his lectures<br />
- my father was a commercial fisherman, self-taught as a marine biologist. It was a<br />
great privilege to be able to collaborate with and co-author several papers with <strong>Bob</strong><br />
in subsequent years. <strong>Bob</strong> was one of the 'go-to' people for the original 2008 A<br />
Continent on the Move – New Zealand Geoscience into the 21st Century [<strong>GSNZ</strong><br />
28 Issue 19A Supplement
Misc. Publ. 124, 388 pp.]. His contribution as a sub-editor was outstanding, as were<br />
his original articles. His four-page piece on Charles Fleming, in particular, is not only<br />
most elegantly written, but is an important tribute to New Zealand's most-celebrated<br />
geoscientist. Despite expressing misgivings about one article in Chapter 11, <strong>Bob</strong><br />
described the revised 2015 Second Edition [A Continent on the Move – New Zealand<br />
Geoscience Revealed; <strong>GSNZ</strong> Misc. Publ. 141, 408 pp.] as 'a triumph'. He was<br />
undoubtedly one of the finest scientists I ever had the privilege to work with - his<br />
meticulous gathering and analysis of data, and his insightful interpretation of their<br />
meaning, were rare commodities, and his contribution to scientific debate on<br />
important issues will be missed.<br />
#14 – Two <strong>Bob</strong> <strong>Carter</strong> field stories<br />
Bruce Hayward<br />
Geomarine Research<br />
19 Debron Avenue, Remuera, Auckland, New Zealand 1050<br />
b.hayward@geomarine.org.nz<br />
It was relatively late in <strong>Bob</strong>’s career that we became research colleagues and good<br />
friends, so I will leave it to the many others who have known him a lot longer to write<br />
about his research career and always friendly gentleman-like character. Instead I<br />
recount two events that still today bring a smile to my face as I remember the <strong>Bob</strong> I<br />
knew.<br />
(A) Ocean Drilling Program (ODP) Leg 181<br />
My involvement with <strong>Bob</strong> started on ODP Leg 181 where <strong>Bob</strong> was Co-Chief Scientist<br />
and I was a first-time micropaleontologist on board. The first site we cored was in<br />
relatively shallow water in Canterbury Bight (Hole 1119) and it was the site he<br />
personally had wanted drilled. The prime role of the micropaleontologists on board<br />
was to provide rapid age assessments of the cored sediment within hours of it being<br />
hauled on board, so that the chief scientists can monitor where we are in the<br />
sequence and make decisions if needed on what kind of coring is required and when<br />
to stop.<br />
On my first 12-hour shift, 9 m-long cores were arriving on deck every 45 min and it<br />
was our job to go up and collect sediment from each core catcher, take it back to the<br />
lab to wash out the mud, dry it and then examine for age diagnostic foraminifera.<br />
This was frenetic and there was no way I could keep up. In hindsight I probably<br />
should have only processed every third core catcher, but this was the first hole and<br />
we were all learning the ropes. After lunch <strong>Bob</strong> sauntered in to see how we were<br />
going and to get the latest age determinations (which later we started writing up on<br />
the blackboard for all visitors to see). He saw my predicament with samples all<br />
around me and with very little encouragement and a smile on his face he assisted in<br />
the lab washing of samples – quite unheard of for a Co-Chief Scientist to be doing<br />
(Fig. 12). As a paleontologist early in his career, <strong>Bob</strong> always recognised the value of<br />
Geoscience Society of New Zealand 29
the fossil record in helping date the sedimentary record and unravel the paleoclimate<br />
and paleoceanographic history of the region we were studying.<br />
Fig. 12. <strong>Bob</strong> <strong>Carter</strong>, the Co-<br />
Chief, pitching in and washing<br />
foraminifera samples with<br />
Agata di Stephano<br />
(nannofossils, Sicily) and<br />
Julianne Fenner (diatoms,<br />
Germany) on ODP Leg 181,<br />
1998 off eastern South Island.<br />
Photo source: Bruce Hayward.<br />
Later in the trip the tasks of the Co-Chiefs became more demanding as they had to<br />
read, edit and synthesise the preliminary results and reports of all the scientists on<br />
each hole soon after it was drilled and while the next hole was going down. I<br />
sometimes wandered past their joint office and one day snapped both of them fast<br />
asleep in their swivel chairs in front of their computer screens (Fig. 13) – not at all<br />
surprising considering the very long hours they were working.<br />
Fig. 13. Nick McCave and <strong>Bob</strong><br />
<strong>Carter</strong> (right), Co-Chief<br />
Scientists on ODP Leg 181,<br />
napping in their ship-board<br />
office during the long hours of<br />
writing up preliminary reports<br />
of the expedition, 1998 (see<br />
also Fig. 20). Photo source:<br />
Bruce Hayward.<br />
(B) The Whangarei field trip saga, 2002<br />
In 2002 I was convenor of the Whangarei <strong>GSNZ</strong> Conference. We had midconference<br />
field trips one day for everyone. All trips were arranged to share the first<br />
stop at the limestone-allochthon contact in Hikurangi Quarry and we had arranged<br />
minivans and drivers and buses to take all 250 participants there from Forum North<br />
in Whangarei. At the quarry, Mike Isaac was to lead the observations and<br />
discussion, but he had not turned up. Someone got a call from Chris Hollis that the<br />
minivan he was driving (with Mike Isaac on board) had broken down back in<br />
Whangarei. Apparently there was a loud alarm going off inside the vehicle. They<br />
30 Issue 19A Supplement
were unable to turn it off nor diagnose what was causing it, but presumed it to be an<br />
engine fault. With no warning Cam Nelson was asked to talk about the limestone and<br />
paleokarst and I had to invent some words about how the allochthon had come in<br />
over the top. Meanwhile Chris Hollis had rung the hire company office in Auckland<br />
and the Hiace van service garage in Whangarei. When they joined up with us 45 min<br />
late at the quarry, Chris explained that the service man put his head inside the van<br />
and removed one of the participant’s coats that had been neatly hung on the<br />
emergency door release lever thereby depressing it and setting off the alarm.<br />
<strong>Bob</strong> <strong>Carter</strong>, in his usual unflappable manner, took all this in his stride. It was clearly<br />
not his fault that a coat hook in the van should also double as an emergency escape<br />
lever. His actions certainly caused me many anxious minutes while I tried to resolve<br />
how we could get all the trips back on track. Later in the day at one of our last brief<br />
stops (as we were still running behind schedule) I snapped <strong>Bob</strong> dozing on the grass<br />
on the side of the road (Fig. 14)....perhaps the events of the day had caught up with<br />
him!<br />
Fig. 14. <strong>Bob</strong> <strong>Carter</strong> (identified only by the name tag!) taking a short nap on the side<br />
of the road, Taurikura Bay, <strong>GSNZ</strong> Whangarei Conference field trip, 2002. Photo<br />
source: Bruce Hayward.<br />
Two days earlier, <strong>Bob</strong> had been on another field trip that I was leading. At the top of<br />
the Brynderwyns we got out to discuss the geology of the spectacular view and use<br />
the toilets. As we went to move off it was noted that <strong>Bob</strong> was missing and after a<br />
frantic search we found him seated in the cafe above admiring the view and enjoying<br />
his coffee.<br />
Geoscience Society of New Zealand 31
#15 - An inspirational teacher and research mentor<br />
Doug Haywick<br />
Department of Earth Sciences, University of South Alabama<br />
Mobile, Alabama, USA 36688<br />
dhaywick@southalabama.edu<br />
Excuse this lengthy background, but it provides context for what follows. The first<br />
time I ever talked to <strong>Bob</strong> <strong>Carter</strong> was as a student in Canada. I had applied for a<br />
Commonwealth Fellowship to study in Australia after I finished my BS degree at<br />
McMaster. I had received advice about ‘quality’ universities in Australia from my<br />
Honours mentor as well as others at McMaster. Each had their personal<br />
recommendations about good sedimentology universities, but most agreed that<br />
James Cook University (JCU) was one of them and that <strong>Bob</strong> <strong>Carter</strong> was the person<br />
to work with Down Under. So I selected JCU, but only as my second choice. I think<br />
Roger Walker (my research mentor) preferred ANU. I eventually got a letter from<br />
Canberra stating that I won one of the fellowships, but the decision was so slow in<br />
coming that I had instead accepted an offer to do a Masters project at Memorial<br />
University. That's how I came to work with Noel James. Anyway, how does <strong>Bob</strong> fit<br />
into this? Well I had taken a summer job with a petroleum company in Calgary and<br />
one very early morning I got a knock on the door to the dormitory room that I was<br />
staying in from another sleepy-eyed dorm resident saying that there was a phone<br />
call for me on the hall floor telephone from Australia. I thought it was a joke, but<br />
when I picked up the receiver, there was <strong>Bob</strong>! The first thing that he said to me over<br />
the phone was "Why did you choose JCU second on your application for the<br />
Commonwealth Fellowship?" Then he asked me "What time is it over there<br />
anyway?" The funny thing is that at no time did <strong>Bob</strong>'s question strike me as being<br />
arrogant. He just said it as a matter of fact and that stuck with me. After I explained<br />
that I had already accepted another offer, <strong>Bob</strong> told me that the next time I applied for<br />
the fellowship (there was apparently no doubt in his mind that I would apply again<br />
after the end of my MS degree) to choose JCU first because it was the best<br />
university in Australia for the type of research that I was interested in doing. Then he<br />
went on to talk to me for about half an hour about how best to prepare myself for the<br />
transition into graduate school and what a joy it was going to be for me to work with<br />
Noel James. To a recent graduate like me, this meant a LOT. Here was a total<br />
stranger volunteering advice/support and doing it from the other side of the planet. I<br />
had already decided to reapply for the Commonwealth Fellowship, but after I hung<br />
up the phone there was no doubt in my mind which university was going to be first<br />
on the list the next time around. I never regretted my decision to go to JCU. It ended<br />
up being the smartest move in my career and I owe it all to that poorly timed phone<br />
call from <strong>Bob</strong>.<br />
<strong>Bob</strong> was an excellent teacher, particularly in the field (Fig. 15), and a very caring<br />
individual. He was both patient and very supportive of me throughout the study (see<br />
below). His office door was always open to me whenever I ran into difficulties in my<br />
study or had a personal problem. I don't want to think about the number of times he<br />
had to help me with sequence stratigraphic interpretations. But the one event that<br />
really demonstrated how far he supported me was the time he took on the Federal<br />
Government over funding. The Commonwealth Fellowship was supposed to provide<br />
32 Issue 19A Supplement
Fig. 15. <strong>Bob</strong> at the Miocene Pareora River section in Canterbury, one of his New<br />
Zealand favourites, explaining the sedimentological significance of the deposits to<br />
Cecilia McHugh of Queens College, New York. Photo source: Greg Browne.<br />
additional support for students to purchase supplies during their stay in Australia, but<br />
because my study was focused on a New Zealand research site (Tangoio, Hawke’s<br />
Bay), the Australian agency that provided funding balked on any additional support<br />
for me. "It's a New Zealand study!" they argued. "Get the money from the Kiwis!" <strong>Bob</strong><br />
disagreed. Moreover, he felt that he should do something about their attitude. So<br />
while on a trip to Canberra, he visited the Minister of Education's office. From what I<br />
recall <strong>Bob</strong> telling me, he (<strong>Bob</strong>) requested a face to face meeting with someone in the<br />
Ministry. I am not absolutely sure if it was The Minister himself or just a lackey, but I<br />
do remember <strong>Bob</strong> saying that he "provided a very convincing argument in favour of<br />
getting me my fair share of the support." Unfortunately the Minister/lackey refused to<br />
budge on his decision. <strong>Bob</strong> responded that "He was not leaving until the Ministry<br />
changed their mind" at which point the person he was talking to got up, turned off the<br />
light and left the room. <strong>Bob</strong> sat there in the dark for a few more minutes before he<br />
too departed. He didn't win his/my case, but he damned near did everything possible<br />
to try!<br />
I have been trying to remember if <strong>Bob</strong> and I ever got into an argument. I don't think<br />
we did. We occasionally disagreed about some interpretations as far as data were<br />
concerned, but to his credit he always treated me as an equal participant in our<br />
research project. I learned after the conclusion of my PhD that he did not agree with<br />
my systems tracts interpretation of the Tangoio study area in Hawke’s Bay, New<br />
Zealand, at least not at first. It wasn't until a year after the completion of my PhD<br />
when we (that would be me, <strong>Bob</strong> and I believe Tim Naish) travelled back to New<br />
Zealand to re-visit the study area that he finally "saw what I saw" in the strata. I took<br />
him to a spot where you could see a large area of the study site and where you could<br />
Geoscience Society of New Zealand 33
visually trace out bedding surfaces. He sat down on the grass and told us to "bugger<br />
off for a bit while he thought about things". After about 30 minutes he got up and said<br />
"Right….I believe you" and walked off back to the car. Later that night while we were<br />
asleep, he wrote a first draft of a new paper. When he set his mind to it, <strong>Bob</strong> got<br />
things done. <strong>Bob</strong> was an amazing geologist and an excellent teacher/mentor to his<br />
students. He also ended up being a good friend to me. I miss him.<br />
#16 – Evolution of JCU Marine Geophysics Laboratory<br />
Mal Heron<br />
37 Manersley Place, Townsville<br />
Queensland, Australia 4814<br />
mal.heron@ieee.org<br />
When <strong>Bob</strong> <strong>Carter</strong> came to James Cook University (JCU) as Professor of Earth<br />
Sciences, I was a Reader in the Department of Physics. Geology, Physics and<br />
Mathematics shared a 3-storey building that was beginning to stretch at the seams<br />
even though it was only seven years old. Mathematics were appropriately occupying<br />
the top floor, but <strong>Bob</strong> found himself in confrontation with Professor Jim Ward<br />
(Physics) about the lower two floors and the workshops. Geology was developing a<br />
very successful postgraduate programme and had students sitting in broom<br />
cupboards. Physics had a remarkably well fitted-out precision engineering workshop<br />
to support undergrad laboratories and research. Eventually, with some<br />
encouragement from above, <strong>Bob</strong> came up with the concept of combining the<br />
Geology and Physics workshops into a shared space, and creating the Marine<br />
Geophysics Laboratory (MGL) as a shared facility.<br />
Initially the sediment laboratory with <strong>Bob</strong> at the helm dominated the MGL. <strong>Bob</strong> was<br />
running ODP legs on the JOIDES Resolution from the MGL; John Hughes-Clarke<br />
was doing deep-water side scan sonar with a GLORIA Towfish around the<br />
continental shelf breaks; and Piers Larcombe and Peter Ridd were leading the<br />
sedimentation programme on sediment dynamics on the coasts and in the estuaries.<br />
The collaboration with Physics was sustained by Peter Ridd’s development of<br />
nephelometer instrumentation and my development of High Frequency (HF) surface<br />
radar for currents and waves. This was a golden era with many graduates and many<br />
more research papers coming out of the MGL. There are a few times in one’s life (if<br />
you are lucky) when your spirit is lifted to a high level. This is when your team wins<br />
the grand final; or your daughter wins the national aria competition. The MGL<br />
through the 80s and 90s had this euphoria. It was a good place to work and<br />
individuals were having successes in all directions.<br />
James Cook University was not able to take the MGL jewel and polish it as part of its<br />
treasure chest for the future. During the 90s <strong>Bob</strong> was challenged by the science of<br />
climate and he progressed on to a world stage. If JCU could not handle the<br />
blossoming MGL, it certainly could not handle the brilliance of <strong>Bob</strong> <strong>Carter</strong>. This,<br />
coupled with the coming and going meant that the MGL began to look more like a<br />
normal university unit, and continues on as one of the most financially self-sufficient<br />
units on the campus.<br />
34 Issue 19A Supplement
#17 – Tough field experiences<br />
Fiona Hyden<br />
12 Abbey Court, Cerne Abbas,<br />
Dorchester DT2 7JH, England<br />
f.m.hyden@open.ac.uk<br />
<strong>Bob</strong> was one of two supervisors in the 1970s for my PhD project on temperate-water<br />
carbonates in southern New Zealand. He was always encouraging and supportive,<br />
and his enthusiasm was infectious. He introduced me to the delights of fieldwork,<br />
such as camping in freezing conditions, wading through water (Fig. 16) and driving<br />
across snow at speed – all new experiences for a postgrad used to less frontier-like<br />
conditions in the UK.<br />
Fig. 16. “Follow me, the<br />
outcrop is this way” (says<br />
<strong>Bob</strong>). Photo source: Bill<br />
Lindqvist.<br />
#18 – What a stimulating colleague<br />
Chuck Landis<br />
284 Coast Road, Warrington<br />
Dunedin, New Zealand 9471<br />
landis@clear.net.nz<br />
<strong>Bob</strong> and I met in October 1963, my first week in New Zealand. <strong>Bob</strong> was a young ball<br />
of energy with a good sense of humour, the life-of-the-party but also a very switchedon<br />
young geologist. He was heading for a paleontological career and was particularly<br />
interested in 'form and function' as well as paleoenvironmental reconstructions. He<br />
was very gregarious, chatty and enquiring. We quickly became good friends.<br />
Shortly after arriving, I was planning a trip to the Key Summit-Hollyford region,<br />
checking out potential projects for my intended PhD research. I asked <strong>Bob</strong> if he and<br />
Anne would like to join us. So they joined my wife Carolyn, baby Allison and me<br />
Geoscience Society of New Zealand 35
heading into the wilds of Fiordland. We had a wonderful trip and <strong>Bob</strong> was a great<br />
person to discuss matters ranging from Atomodesma limestones to Fiordland<br />
tectonics to beech forest distribution, and even the proposed flooding of Lake<br />
Manapouri. Carolyn couldn't believe <strong>Bob</strong> could talk geology non-stop for 12 hours!<br />
<strong>Bob</strong> returned to Otago after completing his PhD in Cambridge. Full of ideas and<br />
energy, he became a vital member of the Otago department, stimulating both staff<br />
and students. I found him always a good listening-post with a well-informed<br />
approach to many problems. <strong>Bob</strong> often courted controversy and I sometimes had<br />
trouble telling whether he was serious or just pulling my leg to check the response.<br />
Looking back, my best times with <strong>Bob</strong> were in the field ('on the sea' became an<br />
integral part of 'in the field'). He mainly focused on studies of mid- and late-Cenozoic<br />
stratigraphy and paleoenvironments as well as marine/estuarine processes and<br />
evolution of the sea floor around South Island. Although he retained his original<br />
interest in paleontology, he gradually leaned more towards sedimentology, physical<br />
aspects of Quaternary stratigraphy (particularly sequence stratigraphy where he<br />
made important contributions) and later, modern climate change. My last trip with<br />
<strong>Bob</strong> was to the Chatham Islands with Hamish Campbell in 2006, studying<br />
submergence and later emergence of this fascinating landmass. What a fertile mind!<br />
What a great friend!<br />
#19 – Spruce up your attire Piers!<br />
Piers Larcombe<br />
School of Earth & Environment, University of Western Australia, RPS MetOcean<br />
31 Bishop Street, Jolimont, Western Australia, Australia 6014<br />
piers.larcombe@uwa.edu.au<br />
Just before Xmas 1989 a fresh-faced Englishman arrived from a cold UK autumn<br />
into the heat and humidity of a Townsville spring. He was met at the airport by an<br />
energetic and welcoming man, <strong>Bob</strong>, who took the tired traveller to his house to meet<br />
his wife Anne, daughter Susan, son Jeremy and dog, whose name I’ve forgotten, but<br />
memory was never my strong point. Strong though was <strong>Bob</strong>’s hospitality, and his<br />
enthusiasm for immediately educating me about things Great Barrier Reef (GBR)<br />
and geological whilst walking the dog. These factors remained a constant for the<br />
next 25 years or so. I had been lucky enough to walk into what was to become the<br />
leading marine geological group in Australia at the time. Opportunities abounded,<br />
most furnished by <strong>Bob</strong>. Upon finding himself double-booked, he nominated me and a<br />
youthful Helen Neil (from New Zealand) to co-lead a CSIRO cruise aboard RV<br />
Franklin, taking piston cores in the Queensland Trough – an unexpected and<br />
fantastic experience, which might have been daunting if it weren’t for <strong>Bob</strong>’s calmly<br />
expressed utter confidence in us.<br />
36 Issue 19A Supplement
Fig. 17. <strong>Bob</strong> impeccably<br />
attired in smart shirt and<br />
bowtie at the lecture podium.<br />
Photo source: Wikipedia<br />
(https://en.wikipedia.org/wiki/<br />
Robert_M._<strong>Carter</strong>).<br />
As many of you will know, <strong>Bob</strong> had a penchant for sartorial elegance (Fig. 17). I<br />
remember his always elegant dress, especially the waistcoats, smart shirts and<br />
cravats for evenings, his trusty flat cap for windy field conditions, and his famous<br />
Panama hat for almost everywhere else. One sun-repelling wrap-around hat I was<br />
foolish enough to wear on a family photo I sent him, gained the reply “Ingrid and the<br />
kids look lovely. But your hat is simply execrable”. He was right of course. His<br />
evident enjoyment at teaching me the finer points of describing and analysing core<br />
material from the GBR shelf faded markedly when he realised my likely level of dress<br />
sense (low to zero) and lack of decent shoes (or indeed any shoes) for a day’s<br />
workshop he and I were giving to the Queensland Government in Brisbane on the<br />
sedimentology of Trinity Bay, Cairns, then a hot topic. With evident (and justified)<br />
horror at my suggested attire, he and Anne drove me to shops in Townsville I never<br />
knew existed, whereupon they liberally spent my money on their choices of trousers,<br />
belt, shirt, tie and shiny black shoes. I still have the shirt, tie and shoes, in near<br />
pristine condition, the latter two of which have probably only ever been worn twice -<br />
but we did look good that day - even though the then increasingly venerable<br />
Queensland Chief Scientist slept through most of the afternoon.<br />
<strong>Bob</strong> was indeed a great man. He was the most complete marine geologist I have<br />
ever known and can imagine I will know. I remember us walking along beaches or<br />
talking over an evening beer on the RV James Kirby and having thoughts that maybe<br />
no-one had ever had before. More importantly, he was an outstanding human being<br />
with a respect for those with genuine questions and an ability to explain the key<br />
concepts without talking down to anyone. Much has been written in other places<br />
about his science and his human qualities. Those qualities are undeniable. Anne, we<br />
loved him.<br />
Geoscience Society of New Zealand 37
#20 – Bold ideas about New Zealand geology<br />
Daphne Lee<br />
Geology Department, University of Otago<br />
PO Box 56, Dunedin, New Zealand 9054<br />
daphne.lee@otago.ac.nz<br />
I can still recall <strong>Bob</strong>’s very first lectures on paleoecology – these opened up a whole<br />
new world of ideas for me, and led in due course to my present research career. <strong>Bob</strong><br />
took our classes out to Portobello to the Marine Laboratory to spend time looking at<br />
the ecology of modern marine ecosystems with Betty Batham – we went out on the<br />
Munida and collected living material, and then related it to fossil assemblages in the<br />
Oamaru and Winton limestones. Fossils came to life again (Fig. 18).<br />
<strong>Bob</strong> was my 3 rd and 4 th year project supervisor. As the only two female students at<br />
300-level, Glenys and I wanted two adjacent field areas so <strong>Bob</strong> recommended<br />
Swinburn on the edge of the Maniototo which I later suggested as a great place to<br />
hold the Otago Geology Department 300-level field school (and it is still held there<br />
today). In a small area were beautifully exposed schist basement rocks, a wide<br />
range of terrestrial and marine sediments, a complex set of volcanic units of the<br />
Waipiata Volcanic Field, and the best exposure of a major fault I had ever seen. <strong>Bob</strong><br />
borrowed some of my field photos, including one of the Waihemo Fault, for his 1977<br />
<strong>GSNZ</strong> Queenstown Conference post-conference field guide. I enjoyed this taste of<br />
field mapping and have worked ever since on fossils like those in the field area and<br />
more recently on maars in the Waipiata Volcanics.<br />
One of the most important pieces of advice I recall from <strong>Bob</strong> was that it is very<br />
important to have two strings to your bow – meaning, I think, that brachiopods alone<br />
(for me) were not enough. Very true, and advice I took. <strong>Bob</strong> and Anne were very<br />
hospitable to students, and Bill and I appreciated this very much as rather diffident<br />
postgrads. <strong>Bob</strong> was indirectly responsible for our most enjoyable 18-month stint in<br />
Cambridge in the 1980s - we found a house to rent, and when the landlady asked for<br />
a reference, we discovered she knew <strong>Bob</strong> - no reference needed!<br />
What we enjoyed most about <strong>Bob</strong> was his bold ideas-approach to science. He asked<br />
big questions about New Zealand geology and used a range of quantitative methods.<br />
For us he showed how research in New Zealand could contribute internationally to<br />
emerging ideas.<br />
38 Issue 19A Supplement
Fig. 18. The appearance of<br />
fossils in outcrop (here<br />
Tertiary age, coastal San<br />
Francisco) always brought a<br />
twinkle to <strong>Bob</strong>’s eye as he<br />
quickly suggested some<br />
paleoenvironmental or<br />
sequence stratigraphic<br />
interpretation for the deposits.<br />
Photo source: Bill Lindqvist.<br />
#21 – Unstoppable, generous and legendary<br />
Keith Lewis<br />
12 Ventnor Drive<br />
Paraparaumu, New Zealand 5032<br />
keithlewis247@icloud.com<br />
[<strong>Bob</strong>] "Heh! You’ve got to bring this story to Dunedin".<br />
Who is this guy? I’d been looking forward to a moment of calm after my 20 min talk<br />
at an early 1970s Geological Society of New Zealand Conference.<br />
[Keith] "Sorry, I don’t have any travel funds for that."<br />
[<strong>Bob</strong>] "We’ll find some."<br />
Geoscience Society of New Zealand 39
[Keith] "I can’t fly down with my rotating blackboard". I needed it to show how<br />
continental shelves develop from offshore/onshore migrations of wave erosion and<br />
depositional lenses during the glacial/interglacial cycles.<br />
[<strong>Bob</strong>] "We’ll make one".<br />
There was no stopping this bloke.<br />
[<strong>Bob</strong>] "Hi, I’m <strong>Bob</strong> <strong>Carter</strong>".<br />
There never would be any stopping him.<br />
After the Dunedin talks, <strong>Bob</strong> and Anne invited me up to their laird’s castle<br />
overlooking the scarfie city. Its ballroom-sized bathroom seems designed to show off<br />
a huge, mainly maroon, map of The Empire c.1901 frowning down over the clawfoot<br />
bath. After a welcome wallow in the suds, <strong>Bob</strong> found us a pint bottle of Speights and<br />
we discussed whether 'shelf' was a useful concept pre-Pleistocene. We talked of<br />
family then and sporadically for the next four decades. Meetings were always<br />
marked for me by <strong>Bob</strong>’s great generosity. I cherish books on early expeditions that<br />
he found in second-hand book shops - havens of calm and lost treasures for him. He<br />
was generous also with his time, showing me the spectacular geology and scenery<br />
of Otago, and later of Queensland where he also knew the best places to see<br />
cassowary, platypus, pythons and miniature wallabies. A generous friend indeed.<br />
On one early trip, we stopped to observe the dam beginning to tower above<br />
Cromwell. After explaining the project, and possible administrative and geological<br />
faults, he offered to bet a bottle of 45 South whisky that the new road, being cut into<br />
strata dipping down towards the soon-to-be-drowned apricot terraces, would cost<br />
more than what was then the original budget for the whole "think big" project.<br />
Fortunately I hesitated. He was never afraid to back his interpretations.<br />
<strong>Bob</strong>’s interest in erosion, deposition, and active geology generally, didn’t stop at the<br />
shoreline. As half of the <strong>Carter</strong> (<strong>Bob</strong>) and <strong>Carter</strong> (Lionel) duo (one enthusiastic<br />
American reader asked me once if the authors were married!), he helped explore the<br />
canyon system that heads a thousand kilometres eastward from its 'headwaters' off<br />
Otago; it was the ultimate sink for Otago’s eroded sediments. He was a prime mover<br />
in getting Deep Sea Drilling to New Zealand waters. In 2002, he joined a cruise<br />
looking at the sinks for the flood of sediment from the eroding North Island East<br />
Coast (Fig. 19). He photographed the uplifted marine terraces and helped plot the<br />
lenses of sediment that were building up the continental shelf, thereby bringing his<br />
interest in New Zealand’s offshore Pleistocene cycles full circle. He also collected<br />
mainly comic shots of participants. The one forming Fig. 19 shows him helping to<br />
launch a corer - the self-deprecating caption is totally his, part of his post-cruise slide<br />
show celebrating science and Tolkien<br />
<strong>Bob</strong>’s incredible breadth of knowledge is legendary. So is his loyalty to old mates,<br />
although in later years, it became a matter of, as Basil Fawlty might have said and<br />
my partner Robyn did say, "Don’t mention the weather"!<br />
We will miss him.<br />
40 Issue 19A Supplement
Fig. 19. <strong>Bob</strong> helping launch a<br />
corer from RV Tangaroa on a<br />
Source to Sink research cruise<br />
off Ruatoria, eastern North<br />
Island in 2002. The selfdeprecating<br />
caption is totally<br />
his, part of his post-cruise<br />
slide show celebrating science<br />
and Tolkien. Photo source:<br />
Keith Lewis.<br />
#22 – The wilds of Westland and Fiordland<br />
Jon Lindqvist<br />
Consultant, 76 Passmore Crescent<br />
Maori Hill, Dunedin, New Zealand 9010<br />
jonlind@ihug.co.nz<br />
I met <strong>Bob</strong> when I was a 1 st year student at Otago in 1969. He impressed me during a<br />
fieldtrip through the Dunedin succession, striding fast up to an outcrop in the Fairfield<br />
coal mine, perhaps 50 m along the track from the bus before most of the students<br />
gathered their wits and followed.<br />
I have fond memories of a 3 rd year extramural trip <strong>Bob</strong> led during the 1971 May<br />
vacation across the North Island from the Whanganui coast to Cape Kidnappers.<br />
Geoscience Society of New Zealand 41
The next year <strong>Bob</strong> supervised my 4 th year student project in the Inangahua Basin,<br />
north Westland. My developing interests in things sedimentary were strongly<br />
influenced by his process-orientated approach. Part of my Inangahua work <strong>Bob</strong> later<br />
incorporated into a paper on the Marshall surface [Jl Roy Soc NZ (1982) 12: 11-46].<br />
At the same time fellow student Ian Crooks worked on the Matiri Valley section in<br />
Murchison Basin [Jl Roy Soc NZ (1976) 6: 459-487]. I recall <strong>Bob</strong> giving up a family<br />
Easter to accompany both of us in the field. This early experience installed a taste<br />
for fieldwork in remote parts of New Zealand.<br />
During the next two years <strong>Bob</strong> supervised my MSc work on Mid-Cretaceous,<br />
Eocene, and Oligocene sediments on the Fiordland coast east of Puysegur Point<br />
and in Preservation Inlet. While he was on sabbatical at Oxford he read and mailed<br />
back instalments of my hand-written thesis draft in good time, complete with copious<br />
comments in red ink. Part of the initial bout of fieldwork in Fiordland starting in<br />
February 1973 was supported by Otago University’s research vessel Munida. Other<br />
department staff and students working with Munida assistance around the southern<br />
sounds and tops included John Coggon, Dick Henley, Graeme Oliver, Gary Post,<br />
Chris Badger, and John Begg. <strong>Bob</strong> and I also spent a fruitful five days on Chalky<br />
Island looking over a remarkable Oligocene retrogradational succession of boulder<br />
breccia, turbidite sands, and coccolith limestone. I suspect the work on Chalky<br />
Island, coupled with Deep Sea Drilling Project reports that were then appearing,<br />
boosted <strong>Bob</strong>’s interest in offshore sedimentation. He worked at an alarming pace,<br />
developing two manuscripts in his field notebook in neat tiny script [Sedimentology<br />
(1975) 22: 465-483; Pacific Geology (1977) 12: 1-46]. I remember during our steam<br />
back to the Puysegur Point Lighthouse landing in Preservation Inlet, the Munida<br />
crew chuckling over <strong>Bob</strong>’s very correct use of two-way radio etiquette, with copious<br />
‘rogers’ and ‘overs’, inciting a dour fisherman to chip in and ask if we had a Roger on<br />
board.<br />
#23 – A masterful writer and editor<br />
David Lowe<br />
School of Science, University of Waikato<br />
Private Bag 3105, Hamilton, New Zealand 3240<br />
d.lowe@waikato.ac.nz<br />
<strong>Bob</strong> <strong>Carter</strong> I recall seemed a somewhat intimidating figure during my early graduate<br />
days, clearly very knowledgeable and a powerful speaker (his memorable<br />
Hochstetter Lecture in 1975 being a terrific and daunting introduction to graduate<br />
study). In later years I was very impressed with the synthesis he wrote on New<br />
Zealand climate since 3.9 Ma, based around findings from ODP Site 1119, that<br />
encompassed both a broad perspective and many layers of detail from terrestrial and<br />
marine environments [Jl Roy Soc NZ (2005) 35: 9-42]. It was only in my working as<br />
(sub)editor of Chapter 11 Climate Swings and Roundabouts in the second edition of<br />
A Continent on the Move [COTM; <strong>GSNZ</strong> Misc Publ 141 (2015), 408 pp.] that I<br />
engaged more directly with <strong>Bob</strong> and discovered his very supportive character,<br />
helpfulness, and willingness to go the extra mile to get things right, along with his<br />
42 Issue 19A Supplement
wide and deep knowledge and strong writing ability. <strong>Bob</strong> had been the subeditor of<br />
Chapter 11 for the first edition of COTM (published in 2008) and had prepared an<br />
overview of the chapter, including a masterly diagrammatic synthesis of New<br />
Zealand’s history since 65 Ma. In beginning the revision process of Chapter 11, I<br />
read <strong>Bob</strong>’s overview very closely. Apart from a few editorial changes dealing with<br />
updates on new articles and so on in the revised chapter, I could not improve on it,<br />
and so it stands virtually unchanged as an exemplary introduction. As well as<br />
penning the overview, <strong>Bob</strong> also expertly wrote or co-wrote four other articles in<br />
COTM: Plumbing the Depths, Core Beliefs, Fleming’s Legacy, and Kaleidoscope.<br />
During my editing process, <strong>Bob</strong> additionally provided me with a lot of support by<br />
reading in detail all the revised or new articles, suggesting editorial improvements<br />
and ideas for additions (including figures) to enhance the texts. He also provided<br />
possible new text or captions (rather than simply comments such as ‘needs<br />
improving’ or similar). It was <strong>Bob</strong>’s (good) idea to add the seminal work of Brad<br />
Pillans on Whanganui Basin uplift to the article “Fleming’s legacy”, which I think<br />
remains as one of the best and most readable articles in the entire volume. His<br />
expertise and selfless help were greatly appreciated.<br />
#24 - ODP Leg 181 Co-Chiefs<br />
Nick McCave<br />
Department of Earth Sciences, University of Cambridge<br />
Downing Street, Cambridge CB2 3EQ, UK<br />
mccave@esc.cam.ac.uk<br />
In 1993 <strong>Bob</strong> and I found ourselves sequestered in the science lab of a rusting<br />
Russian research ship, the Akademic Lavrentyev, indulging in a little coring and<br />
seismic work east of New Zealand. We were stuck in the science lab because we<br />
had a toaster oven there and a supply of TV dinners, necessary to sustain us for the<br />
next three weeks. The food was pretty awful, as we had been informed by members<br />
of the staff at New Zealand’s National Institute of Water and Atmospheric Research<br />
(NIWA) who had been on the ship on its first leg. The former New Zealand<br />
Oceanographic Institute (having been incorporated with other research groups to<br />
form NIWA) was the beneficiary of the first action of the Board to sell their ship<br />
Rapuhia and hire something cheaper. This ‘something’ came down from Vladivostok<br />
complete with a couple of women in the galley, ostensibly the cooks, who having<br />
entered into a knife fight were separated by working on alternate shifts. Whether the<br />
food would have been half or twice as bad were both to have worked simultaneously<br />
remains a moot point. Anyway meal times were announced over the Tannoy with a<br />
phrase concluding 'enjoy your meal' that was pronounced in such a way that it<br />
sounded rather like the name of a person, N.J. Yormil. So we, that is <strong>Bob</strong>, Lionel<br />
<strong>Carter</strong>, Phil Weaver and I, plus technical staff, became the 'Yormil gang'. Lionel and I<br />
had previously conducted a study of much of the existing seismic work on the<br />
sediment drifts east of New Zealand and so talk down in the science lab turned to<br />
what should we do about finding out something of the history recorded by the<br />
sediments displayed in our seismic profiles.<br />
Geoscience Society of New Zealand 43
This naturally led to the suggestion that we should write a proposal to bring the ODP<br />
drill ship JOIDES Resolution down to this part of the world in order to conduct a<br />
lengthy drilling campaign. Originally we conceived of a two leg (that is to say four<br />
months) strategy, one leg to be devoted to drilling the sediment drifts under the deep<br />
western boundary current (DWBC) and the other to be devoted to examination of the<br />
great deep sea fan and turbidite systems which end up under the DWBC. We all had<br />
various suggestions and wrote bits at sea, but I think it's fair to say that <strong>Bob</strong> did the<br />
majority of the work in writing and assembling these pieces into a coherent proposal.<br />
As he was the Australian representative on one of the ODP committees he was able<br />
to steer and chart the progress of our proposals through the ODP committee<br />
structure. The first thing that had to happen was the merging of the two legs into one.<br />
This proposal went through more than one iteration until it was approved for drilling.<br />
There was then the problem that although 'approved' the ship may be at the other<br />
end of the Earth, and being ‘approved’ is not the same as being ‘scheduled’ for<br />
drilling. Eventually the JOIDES Resolution came down to the Southwest Pacific and<br />
drilled Leg 180 in the Woodlark Basin, continuing on to Sydney. There we did<br />
various PR exercises to promote the Australian geological community's involvement<br />
in the Ocean Drilling Program and were marshalled by <strong>Bob</strong> into demonstrating the<br />
great scientific and economic benefit that would accrue to Australian science from<br />
the country's continued participation in the ODP. Eventually in August 1998, 5 years<br />
after the first rough draft, we set sail with <strong>Bob</strong> and I as Co-Chief Scientists straight<br />
into inclement weather in the Tasman Sea (as usual) to work our way across to the<br />
first drill site (ODP 1119) in <strong>Bob</strong>'s happy hunting ground just off Canterbury. The leg<br />
was most successful in acquiring some very long sediment records; in particular we<br />
recovered a 20 million year record under the DWBC at a site (ODP 1123) on the<br />
North Chatham drift.<br />
<strong>Bob</strong>, Lionel and I assembled a range of papers published in 2004 as a special issue<br />
of Marine Geology (vol. 205) recording our drilling activities and their contribution to<br />
understanding the Paleoceanographic Evolution of the Southwest Pacific Gateway.<br />
This remains an absolutely key area for research on the history of the deep ocean<br />
circulation as it is the entry point of deep water to the largest of all the oceans,<br />
containing about 50% of the water on Earth.<br />
There was one final thing we had to do and that was to write an introductory<br />
synthesis chapter for the Scientific Reports volume of the ODP (Fig. 20). I don't think<br />
any of us accorded the highest priority to this because although they may be useful<br />
works of synthesis, the Scientific Reports are not particularly highly cited (e.g. not<br />
listed in the ISI database) so we agreed that we would all write a few thousand<br />
words on different aspects of the drilling and stick it together as a chapter that might<br />
come in with a dozen figures at under 10,000 words. Lionel and I duly wrote about<br />
3000 words each and sent them off to <strong>Bob</strong>. It is a testimony to <strong>Bob</strong>'s phenomenal<br />
energy that a couple of months later we were presented with a hefty manuscript<br />
containing 32,000 words, 26 figures and 362 references that printed out at 111<br />
pages as the record of our ODP Leg 181 research cruise [Proc. Ocean Drilling<br />
Program, Scientific Results (2004) 181, 111 pp.]. This was one of <strong>Bob</strong>'s great<br />
strengths – an ability to synthesise a wide range of geological, paleontological,<br />
geophysical, and geochemical data to produce a coherent geological history. We are<br />
all in his debt for the origin, conduct and records of ODP Leg 181, a major<br />
contribution to offshore New Zealand geology.<br />
44 Issue 19A Supplement
Fig. 20. The often onerous nature of long hours and write ups for the Co-Chief<br />
Scientists could take its toll. Here <strong>Bob</strong> and Nick were caught resting/napping (left) by<br />
the ship's photographer who wished to record the activities of the Co-Chiefs, but the<br />
whirring shutter was heard and a few seconds later (right) they were wide-eyed and<br />
alert as ever. Photo source: ODP Leg 181 Ship Photographer.<br />
#25 – Partners in crime in Whanganui Basin<br />
Tim Naish<br />
Antarctic Research Unit, Victoria University of Wellington<br />
PO Box 600, Wellington, New Zealand 6012<br />
timothy.naish@vuw.ac.nz<br />
I was in a tent in Antarctica when I received a radio message, relayed from Gavin<br />
Dunbar in New Zealand, that <strong>Bob</strong> <strong>Carter</strong> had passed away. It was a shock that this<br />
vibrant, outspoken, and sometimes controversial personality, who had been a huge<br />
influence in my life, was no longer with us. As I spent time in that tent, I reflected on<br />
wonderful memories of Townsville during my post-doc, and working with <strong>Bob</strong> for<br />
many years after as a partner in crime in Whanganui Basin, New Zealand (Fig. 21).<br />
<strong>Bob</strong> and I had seen less and less of each other over the years. Partly because our<br />
paths crossed less as I became immersed in Antarctic research, and if I’m honest,<br />
partly because our views on climate change science began to diverge.<br />
That is not to say that <strong>Bob</strong> wasn’t, and didn’t remain, very important to me as a<br />
friend, mentor and highly respected colleague. I will always be grateful for the day<br />
that <strong>Bob</strong> and Anne came to our flat in Auckland, and convinced me to go to James<br />
Cook University for a post-doctoral research fellowship. It was a fantastic time, and<br />
one of the most stimulating and creative periods of my career. Back then <strong>Bob</strong> was at<br />
the peak of his powers in the field of sequence stratigraphy and sea-level change.<br />
He provided me with free reign and funding to continue researching in Whanganui<br />
Basin and writing up papers from my PhD. We travelled to the USA, Japan and Italy<br />
looking at classical Plio-Pleistocene marine sequences, and together with Brad<br />
Pillans, Alan Beu, Brent Alloway and Steve Abbott we brought the detailed evidence<br />
of Quaternary global sea-level change recorded in Whanganui Basin to the attention<br />
of the world.<br />
Geoscience Society of New Zealand 45
Many memorable moments were shared with <strong>Bob</strong>. One particular dinner hosted by<br />
Bill Lindqvist (his brother-in-law) in San Francisco during an AGU conference comes<br />
to mind. <strong>Bob</strong> had also invited over for dinner Sir Nicholas Shackleton, the<br />
grandfather of deep-marine oxygen isotope stratigraphy. <strong>Bob</strong> and his archaeologist<br />
brother, Patrick, had been friends with Nick in Cambridge. It was a slightly surreal<br />
experience, as Steve Abbott, <strong>Bob</strong>, Sir Nick and I made the trip across the Golden<br />
Gate Bridge to the Lindqvist’s place in a stretched limo. As a naive and slightly<br />
intimidated early career scientist I asked Shackleton why he thought our Whanganui<br />
work was so important. He responded, “Dear boy, because it proves that I was right!”<br />
He was referring to the fact we had documented the physical evidence of water<br />
depth and shoreline changes corresponding to the numerous glacial-interglacial<br />
cycles of global sea-level implied by his oxygen isotope records.<br />
Fig. 21. <strong>Bob</strong> in<br />
jet boat<br />
traversing the<br />
Whanganui<br />
River Plio-<br />
Pleistocene<br />
section. Photo<br />
source: Steve<br />
Abbott.<br />
During the Townsville days, and following my move back to New Zealand to join<br />
GNS Science, <strong>Bob</strong> and I co-authored 16 papers on Whanganui Basin stratigraphy<br />
and sea-level change. Never one to accept the status quo, <strong>Bob</strong> would continually<br />
challenge orthodox views, and our days and evenings doing fieldwork were filled with<br />
good-humoured debate, and many discussions that soon wandered a long way from<br />
the original point at issue. Those who knew <strong>Bob</strong> well, knew he loved playing the<br />
devil’s advocate, and he taught me one of the most important qualities of a scientist;<br />
never stop questioning and don’t be lulled into following the status quo. <strong>Bob</strong>’s many<br />
and varied scientific contributions always advanced the field and the thinking, and<br />
although not everyone agreed with his views, he challenged us all to dig a bit<br />
deeper.<br />
He had a strong sense of history and often talked fondly, and with sense of<br />
reverence, about the contributions of the great New Zealand geologists and<br />
paleontologists (e.g. Fleming, Suggate, Wellman, Finlay, Marwick and Hector) that<br />
had gone before. I have no doubt that the contribution that Professor Robert Merlin<br />
<strong>Carter</strong> has made to New Zealand geoscience will be remembered with a similar<br />
feeling of significance and appreciation.<br />
46 Issue 19A Supplement
Below (Fig. 22) is a photo from the last time I saw <strong>Bob</strong>, at the Brisbane International<br />
Geological Congress in 2012. It was a fun dinner with some of the great characters<br />
of the New Zealand geosciences community together. <strong>Bob</strong> never forgot his friends,<br />
and I will be forever grateful for knowing him as well as I did.<br />
Fig. 22. Four of <strong>Bob</strong>’s close geoscience colleagues snapped at a <strong>Bob</strong> <strong>Carter</strong><br />
organised dinner gathering in Brisbane during the Brisbane International<br />
Geological Congress (IGC) in 2012. From left to right: Brad Pillans, Lionel <strong>Carter</strong>,<br />
<strong>Bob</strong> <strong>Carter</strong>, Cam Nelson and Bruce Hayward. Photo source: Tim Naish.<br />
#26 – Sailing with <strong>Bob</strong><br />
Helen Neil<br />
National Institute of Water and Atmospheric Research (NIWA)<br />
Private Bag 14901, Kilbirnie, Wellington, New Zealand 6241<br />
helen.neil@niwa.co.nz<br />
<strong>Bob</strong> was a great mentor to many students and colleagues over the years and I was<br />
fortunate to encounter <strong>Bob</strong>’s energy early in my career. As an undergraduate I had<br />
the opportunity to join a New Zealand Oceanographic Institute (now NIWA) voyage,<br />
led by Lionel <strong>Carter</strong>, with Cam Nelson, Nick McCave, and <strong>Bob</strong> <strong>Carter</strong>. This was to be<br />
the first of a number of voyages where I was privileged to sail with <strong>Bob</strong>. My enduring<br />
memory of those times is the many evenings in the coring lab or container<br />
processing mud, often cold and a little unstable on the running swells. <strong>Bob</strong> would<br />
pop by each evening, arriving by stealth in his plaid ‘house shoes’, bearing a few<br />
squares of chocolate for me and a wee tipple of sherry for him – different times to<br />
today. Each evening started with a discussion of the mud, but frequently veered off<br />
onto any topic or thought that grabbed <strong>Bob</strong>’s interest. <strong>Bob</strong> remained totally dedicated<br />
Geoscience Society of New Zealand 47
and engaged with science conversations throughout his life. Over the years my<br />
conversations with <strong>Bob</strong> continued to range, and regardless of the side of the<br />
conversation we positioned ourselves, at times disagreeing for the sake of it, it is<br />
<strong>Bob</strong>’s passion for science in its widest guise that remains with me.<br />
#27 – An exceptional sedimentary/marine geologist<br />
Cam Nelson<br />
School of Science, University of Waikato<br />
Private Bag 3105, Hamilton, New Zealand 3240<br />
c.nelson@waikato.ac.nz<br />
As a young Lecturer in Geology (University of Auckland) then Earth Sciences<br />
(University of Waikato) in the early to mid-1970s I quickly became aware of several<br />
important New Zealand (NZ) sedimentary geology-related papers coming out of the<br />
Geology Department at the University of Otago involving especially an R.M. <strong>Carter</strong><br />
(and at times co-authors R.J. Norris and/or C.A. Landis, and sometimes others). The<br />
papers covered three themes: (1) Relating the Cenozoic sedimentary record of<br />
southern NZ to the developing concept of plate tectonics [e.g. Earth & Plan. Sci. Lett.<br />
31 (1976), 85-94; Jl Geol. Soc. London 135 (1978), 191-205]; (2) The significance of<br />
Oligocene unconformities in Australasia [e.g. Nature 237 (1972), 12-13]; and (3)<br />
Possible new nomenclature for NZ’s Tertiary time-scale and rocks [e.g. NZJGG<br />
(1970) 13, 350-363; Jl Roy. Soc. NZ (1974) 4, 5-18]. The graduate students in my<br />
MSc Sedimentary Geology courses at the time were required to read, understand<br />
and critically assess these papers, and to consider their relevance in relation to our<br />
North Island Tertiary successions. We kind of got to know and admire the work of<br />
this <strong>Bob</strong> <strong>Carter</strong> ‘remotely’, before ever meeting him.<br />
And then in 1975 I met <strong>Bob</strong> for the first time when he became the <strong>GSNZ</strong> Hochstetter<br />
Lecturer and travelled NZ giving talks on various aspects of the above topics. At<br />
Waikato we publicised the occasion widely and captured a crowd of >100 people<br />
crammed into our large 1 st year laboratory. <strong>Bob</strong> required dual 35 mm slide projectors<br />
and accompanying orchestral audio for his Hochstetter Lecture, delivering with<br />
theatrical enthusiasm a superb talk that greatly impressed the audience. I was<br />
‘captured’ by <strong>Bob</strong> from that time and we remained firm friends ever since.<br />
<strong>Bob</strong> appreciated that my interests in sedimentary geology spanned very much into<br />
the marine waters around NZ, having been involved in a Tangaroa 1 research cruise<br />
to Marlborough Sounds in 1974 and was to be Co-Chief of a University of Waikatorelated<br />
cruise to the Three Kings platform in 1978 to study the sea-floor carbonate<br />
sediments. In 1978 <strong>Bob</strong> had some association with a planned Joint US/NZ<br />
Workshop on Ocean Exploration and he twisted my arm to present an overview of<br />
the state of marine geology in NZ at that time [Univ Auckland Proc Report P1 (1978),<br />
A45-91]. That summary, I think, was partly responsible for <strong>Bob</strong> following a strong<br />
research interest in ‘all things marine geological in NZ’ in subsequent years. In my<br />
talk the first slide showed two cartoon characters fishing from a wharf, one saying<br />
“Ocean floor below the ground, Tell us something real profound”. Undeniably, <strong>Bob</strong><br />
48 Issue 19A Supplement
<strong>Carter</strong> and colleagues have gone on to do this for NZ, with dozens of relevant<br />
publications covering large areas of the sea floor off eastern NZ in particluar.<br />
Following my participation in 1982/83 as sole NZer aboard Glomar Challenger on<br />
DSDP Leg 90 investigating the Neogene paleoceanography of Tasman Sea and<br />
Southwest Pacific, I became the <strong>GSNZ</strong> Hochstetter Lecturer in1984 to present the<br />
exciting preliminary results of that expedition. Almost immediately after the<br />
Hochstetter appointment I received a phone call from <strong>Bob</strong> offering an all-expenses<br />
paid trip to James Cook University (JCU) in Townsville to deliver my Hochstetter<br />
Lecture talks there. Naturally I accepted and I wonder if this might be the only<br />
Hochstetter presentation associated with the trip circuit that ventured outside NZ?<br />
The whole scientific experience proved highly stimulating and was, of course,<br />
supplemented by the unforgettable hospitality at the <strong>Carter</strong> residence. Although I do<br />
recall one frightening bedroom experience when I awoke for a pee about 3 am to see<br />
a very large (>5 cm size) hairy spider (?a Tarantula or a Huntsman Spider) on the<br />
wall above my head. I was too wary to go back to sleep and left the culprit for <strong>Bob</strong> to<br />
nonchalantly remove and dispose of before breakfast…”no problems” he said!<br />
A decade later our daughter Miranda who had recently graduated BSc (Waikato)<br />
was hosted by <strong>Bob</strong> and Anne during her travels in Queensland. She stayed a short<br />
while, was given an air-conditioned bedroom, use of a car, went to the beach with<br />
their children Susan and Jeremy, and recalls <strong>Bob</strong> giving her a long lesson on how to<br />
use the remote to run their TV, video player and stereo (novel back then!). All in all<br />
treated like ‘royalty’. <strong>Bob</strong> did introduce Miranda to JCU and tried to convince her to<br />
come over and join them to do an MSc, but eventually other plans won out for her.<br />
The congenial and stimulating company of <strong>Bob</strong> (and Anne) was a hallmark of the<br />
<strong>Carter</strong>s. Over the past couple of decades I mainly saw and chatted with <strong>Bob</strong> at<br />
various annual geoscience conferences (Fig. 23). He quickly attracted people around<br />
him and encouraged lively discussions, indeed debates, about all kinds of<br />
geoscience issues (e.g. Figs 9, 22, 23). While our current generation of NZ<br />
geoscientists often look back and marvel at the contributions made to the discipline<br />
by early pioneers, I would unquestionably add <strong>Bob</strong> <strong>Carter</strong> to this mix of greats for the<br />
future. We will really miss him.<br />
Fig. 23. Cam Nelson and<br />
<strong>Bob</strong> discussing ‘all things<br />
geological’ on the steps of<br />
the Nelson Cathedral<br />
during a lunch break at the<br />
<strong>GSNZ</strong> conference in<br />
Nelson, 2011. Richard<br />
Norris and Alan Cooper<br />
(University of Otago) to the<br />
right. Photo source: Bruce<br />
Hayward.<br />
Geoscience Society of New Zealand 49
#28 – What a stimulating collaborator<br />
Richard Norris*<br />
[*It is with sadness to report that Richard passed away 29 June 2016]<br />
Geology Department, University of Otago<br />
PO Box 56, Dunedin, New Zealand 9054<br />
richard.norris@otago.ac.nz<br />
When I arrived in New Zealand to take up my appointment as Lecturer in structural<br />
geology at Otago University in 1970, most of the staff were quite young and recently<br />
appointed. This led to a vibrant atmosphere where established views were<br />
challenged. Leading the charge was Robert M <strong>Carter</strong>, Lecturer in paleontology, but<br />
with wide interests and a penchant for tilting at the windmills of the status quo! He<br />
and I saw eye to eye on many things. In February 1971, I was taking 3 rd year Field<br />
School at Mararoa Station in western Southland. <strong>Bob</strong> came out just before the end in<br />
a rental minivan to help me lead the last field day measuring sections through the<br />
sequence. At about 6:30 am that morning we were woken by Jack Squires, the camp<br />
manager, bearing plates of bacon and eggs and telling us to get them down before<br />
the students woke up and wanted some! He was followed shortly by the farmer who<br />
asked which of us was Richard. When I indicated, he told me to “get my arse into<br />
gear as my wife had gone into labour”! <strong>Bob</strong> immediately told me to take his car and<br />
he would sort out the rest of the trip. So I did and just made it back to Dunedin in<br />
time for the birth of my daughter.<br />
The next year, <strong>Bob</strong> came out to Field School earlier in order to run a day trip down<br />
the Waiau valley to Clifden. No sealed roads there, in fact in places the road was<br />
little more than a gravelled cart track. It was a chapter of disasters. The rental car<br />
stopped at the farm gate with a blown alternator, we had at least two flat tyres and<br />
one of the landrovers broke down. We finally limped back to camp with the students<br />
crammed into three landrovers. However, <strong>Bob</strong> and I had seen some superb sections<br />
of sediments around Blackmount, which looked a lot like some at Field School and in<br />
which case were very different from the existing maps. <strong>Bob</strong> suggested we put some<br />
3 rd year students down there for their projects, and then he and I come down after<br />
exams in November to “finish off the mapping”. Four students were duly allocated<br />
projects; one did a superb job, one a very good job, one a skin-of-his-teeth job, and<br />
one dropped out. And in November, the <strong>Carter</strong> and Norris families set sail with two<br />
caravans for Blackmount where, over the next two weeks, <strong>Bob</strong> and I started to<br />
unravel a Pandoras Box of delights that opened our eyes to the whole Cenozoic<br />
evolution of New Zealand. Our collaboration had begun!<br />
<strong>Bob</strong> was a most stimulating collaborator who had a penchant for throwing out the<br />
most outrageous ideas, some of which had elements of truth. I learnt quickly to<br />
disagree with him at all times! Make him argue his case and put his evidence on the<br />
table. Otherwise he would do a u-turn and leave you lamely trying to defend his<br />
proposition against him! <strong>Bob</strong> was a great companion to stir up a new and fairly naive<br />
young geologist from the other side of the world whose DPhil had been on<br />
metamorphic rocks. He taught me about New Zealand geology as only <strong>Bob</strong> could,<br />
and together we made waves!<br />
50 Issue 19A Supplement
#29 – Architect of JCU’s Marine Geophysics Laboratory<br />
Alan Orpin<br />
National Institute of Water and Atmospheric Research (NIWA)<br />
Private Bag 14901, Kilbirnie, Wellington, New Zealand 6241<br />
alan.orpin@niwa.co.nz<br />
The “legend” of <strong>Bob</strong> <strong>Carter</strong> (RMC) preceded actually meeting him by some years. As<br />
an undergraduate at Otago University there were fables of the young and dynamic<br />
sedimentolgist who mapped much of the Southland basin sequences during the<br />
school holidays. More frightening were the anecdotes of third-year field camps where<br />
students mapped until dark, and then by car headlight. As the years passed since his<br />
departure from Otago I’m sure the legend grew.<br />
At the 1991 Geological Society of New Zealand conference held in Palmerston North<br />
Doug Campbell announced that “You must see <strong>Bob</strong>’s talk – he always has<br />
something to say”. <strong>Bob</strong> remains one the finest science communicators I have<br />
experienced. But for me, his marine geology legacy was a life-changer; <strong>Carter</strong>,<br />
<strong>Carter</strong>, Williams & Landis [1985; NZ Oceanographic Memoir 93, 43 pp.] remained<br />
top of the pile of reprints throughout my MSc study on the Otago shelf. No surprise<br />
then that I applied for a PhD at James Cook University in Townsville, where <strong>Bob</strong> was<br />
the Head of School. At its peak the department had 50+ PhD students, many of<br />
whom were “soft rockers”, with a vibrant culture of research and publication. No<br />
mean feat given that JCU was long renowned for its strength in economic geology.<br />
Over the 1980s and early 90s <strong>Bob</strong> had fostered a fully-fledged marine geology<br />
programme. In that regard, Otago and JCU were the only two universities in<br />
Australasia with their own suite of geophysical equipment to operate off their<br />
respective ships; another RMC legacy. The formation of the Marine Geophysics<br />
Laboratory (MGL) was visionary. <strong>Bob</strong> and his staff had brought together<br />
sedimentologists, stratigraphers, physicists, paleontologists, technology specialists<br />
and a consultancy under one roof. The MGL became something much bigger than<br />
the sum of its parts: organic, vibrant, ambitious, youthful, and on occasion perhaps a<br />
little impetuous. As students we rubbed shoulders with some extraordinary visiting<br />
scientists and research fellows, including: Nick McCave, Tim Naish, Keith Crook,<br />
Steve Abbott, Chris Fielding, James Shulmeister, Phil Weavers, and Brad Pillans<br />
(and Craig Fulthorpe and John Hughes-Clark in earlier years) to name just a few.<br />
The MGL at its zenith was special and <strong>Bob</strong> was an architect of its success.<br />
Within a short time we all had a working knowledge of the seismic stratigraphy of the<br />
Great Barrier Reef lagoon, sediment hydrodynamics, carbonate production and the<br />
Whanganui Basin sequence. Between <strong>Bob</strong>, Peter Ridd, Piers Larcombe, Jerry<br />
Dickens and Ken Woolfe we learnt so much about process-based, marine-sediment<br />
research. “Reflector A” and mid-cycle shell beds soon became the chatter over<br />
morning coffee, along with RMC’s latest software. <strong>Bob</strong> loved his laptops and was<br />
forever upgrading, and had no patience for Windows, Microsoft or Macs – “Mankind<br />
realised that an icon-based language was flawed with the demise of the Egyptian<br />
empire... two thousand years ago”.<br />
Geoscience Society of New Zealand 51
A culture of lubricating research ideas was optimised by Anne and <strong>Bob</strong> regularly<br />
hosting Sedimentary Suppers on a Friday evening, which also affirmed their<br />
incredible generosity. Anne was an integral part of the <strong>Carter</strong> legacy, and her interest<br />
in art and oriental carpets was an engaging counterpoint — the rugs in my home are<br />
an ongoing reward of that connection. On occasion, a bit like a raucous family,<br />
research discussions were vigorous, but the chance to share ideas in an informal<br />
atmosphere was usually invigorating. <strong>Bob</strong> revelled in debate (Fig. 24) and<br />
encouraged us to develop our arguments and delivery. He versed us in the vices of<br />
“chart junk” and clarity but we couldn’t rise to his passion for yellow overheads. Wow,<br />
OHP’s, now that’s a blast from the past!<br />
It might be all too easy to just remember RMC as the Head of School, a visionary or<br />
as a vigorous debater for science, but that wouldn’t fully acknowledge <strong>Bob</strong>’s colour,<br />
generosity and engaging personality. He enriched our lives and I will forever be<br />
thankful for his support of my scientific endeavours.<br />
Fig. 24. <strong>Bob</strong> explains to<br />
Alan Orpin how ‘it really<br />
happened’, but Alan<br />
remains unconvinced!<br />
<strong>GSNZ</strong> annual conference<br />
social event, Kaikoura,<br />
2005. Photo source:<br />
Unknown.<br />
#30 – A quiet beer or two<br />
Brad Pillans<br />
Research School of Earth Sciences, The Australian National University<br />
Canberra, ACT 0200, Australia<br />
brad.pillans@anu.edu.au<br />
I recall a memorable day in the field with <strong>Bob</strong>, and his then PhD student, Steve<br />
Abbott (Fig. 11). It was a hot day and we had lunch, in the shade, literally right on the<br />
roadside, up the Turakina Valley, east of Whanganui. Sandwiches were produced<br />
and <strong>Bob</strong> disparagingly referred to the grain-rich bread as ‘bread with rat droppings’.<br />
<strong>Bob</strong> was clearly trying to goad us into an argument, as he often did for the fun of it,<br />
but neither of us took the bait. In that respect he reminded me of Harold Wellman<br />
52 Issue 19A Supplement
who often made claims, on little apparent evidence, that were intended to provoke<br />
lively debate.<br />
At the end of a long, hot day we headed back to Whanganui. <strong>Bob</strong> was driving (and<br />
thirsty), so he made a bee-line for the nearest bottle shop. <strong>Bob</strong> downed a cold can of<br />
beer between the bottle shop and the motor camp, where we were staying, just a few<br />
minutes up the road. After a quick shower and a change of clothes, we headed off<br />
for dinner. By the time we reached the restaurant he had drunk most of another can.<br />
As we waited to be seated at the restaurant (they weren’t quite ready for us, despite<br />
our booking), <strong>Bob</strong> finished his beer, and, with the look (and intention) of a naughty<br />
child, he wondered where to dispose of his empty can. With no obvious rubbish bin<br />
in sight, he stuffed the can into a large pot plant in the corner. The waitress<br />
reappeared, <strong>Bob</strong> looked angelic and we were taken to our table. I don’t recall the<br />
details of our dinner conversation that night, but, as on other occasions, <strong>Bob</strong>’s quick<br />
mind would have led us in many interesting directions and lost us a few more friendly<br />
arguments.<br />
#31 – The global warming issue<br />
Ian Plimer<br />
PO Box 985, Kensington Gardens<br />
South Australia 5068, Australia<br />
ianplimer@internode.on.net<br />
I first met <strong>Bob</strong> as the newly appointed Professor and Head of Earth Sciences at<br />
James Cook University of North Queensland (JCU). He was appointed from the<br />
University of Otago (New Zealand) as an international expert in sedimentology,<br />
marine geology and paleontology. His academic career started as an Assistant<br />
Lecturer and, after his Cambridge PhD, Senior Lecturer at Otago.<br />
During his time as Head of Department (1981-1999) at JCU, he led from the front,<br />
mentored hundreds of young people, grew the Earth Sciences department from an<br />
ore deposit specialist department to one with numerous disciplines of international<br />
repute, published scores of leading edge “soft rock” geological papers, opened up<br />
new institutes and put JCU on the map internationally. This was not without many<br />
internal battles within his Department, Faculty and University which <strong>Bob</strong> handled with<br />
great guile. The university bureaucrats feared him because he was always wellprepared,<br />
used knowledge, common sense and logic.<br />
<strong>Bob</strong> received many honours such as the New Zealand Geological Society’s<br />
Hochstetter Lectureship (1975), Honorary Fellow of the Royal Society of New<br />
Zealand (1997), and the Heartland Institute’s Lifetime Achievement Award (2015).<br />
He served in various editorial roles in his discipline where he was known as a<br />
pedantic editor with a careful attention to detail and the scientific method and, among<br />
many other positions (e.g. Table 1), he was appointed Chair of the Marine Science<br />
and Technology Commission, Director of the Australian Office of the Ocean Drilling<br />
Program (ODP), Co-Chief Scientist on ODP Leg 181 (Southwest Pacific Gateways)<br />
and Emeritus Fellow (Institute of Public Affairs, Melbourne).<br />
Geoscience Society of New Zealand 53
In 1987 <strong>Bob</strong> was appointed to the Australian Research Grants Committee (ARC) and<br />
I spent 5 years closely working with him as a fellow member of the ARC earth<br />
sciences group. Here I saw a polymath who was insightful, could rationally<br />
objectively analyse and had the ability to instinctively see the weakness in a<br />
research project proposal, logic and scientific methodology. As Chair of this ARC<br />
committee, he would mentor new university and museum appointees that we<br />
interviewed, offer partial funding to vice-chancellors on the condition that they topped<br />
up research funds of new and young appointees and guided many young people. He<br />
would always insist on funding for young researchers starting careers, would use<br />
some of the budget to fund curiosity-based research that commonly did not get the<br />
support of referees and was a fearless supporter of the discipline of Earth sciences.<br />
He spent many hours each year in Canberra trying to get a bigger slice of the cake<br />
for geology, geophysics, meteorology and climatology research. Ironically, some of<br />
the more prominent names in current Anthropogenic Global Warming (AGW) circles<br />
in Australia who were then just commencing their careers received great support<br />
from <strong>Bob</strong> in his capacity as Chair of this ARC committee. This shows the character<br />
of the man. After travelling the continent, the final ARC budget sessions were always<br />
held on the Great Barrier Reef followed by wonderful hospitality on the mainland<br />
from Anne and <strong>Bob</strong> <strong>Carter</strong>.<br />
In international geological circles, <strong>Bob</strong> was well known for work on paleoclimatology<br />
(especially with the ODP), the Great Barrier Reef, sea-level change and Cenozoic<br />
stratigraphy. This prepared him well for the next phase of his life. He published more<br />
than 125 papers during his scientific career. After retirement, he was appointed<br />
adjunct professor at JCU. It was then he became known to the public for his critical<br />
analyses of the idea of human-induced climate change. He was always friendly and<br />
cheerful, a captivating public speaker and during debates when he had a tirade of ad<br />
hominem attacks heaped on him, he just kept to the script and devastated<br />
opponents with facts, logic, the scientific method and his intellect. By his principled,<br />
polite and persistent espousing of the truth, he was able to silence opponents, most<br />
of whom were the antithesis of <strong>Bob</strong>, a true scientist of integrity and a gentleman. He<br />
didn’t suffer fools but was always polite and courteous.<br />
<strong>Bob</strong> was an expert witness in court on climate matters and was interrogated by<br />
parliamentary select committees in many countries. He gave private briefings to<br />
politicians of all persuasions and was a witness to the US Senate Committee of<br />
Environment and Public Works. <strong>Bob</strong> became one of the most influential voices in the<br />
world on human-induced global warming, was always willing to help those grappling<br />
and understanding the issue and was very free with his time. He was a great<br />
communicator, always the educator, and had the ability in speech and writing to<br />
make important points succinct and understandable to the non-scientist. He had a<br />
keen wit and a good sense of humour. <strong>Bob</strong> was sole author of Climate: The Counter<br />
Consensus (2010) and lead author of Taxing Air: Facts and Fallacies about Climate<br />
Change (2013), a co-author of the three volume Climate Change Reconsidered<br />
(2011, 2013, 2014) produced by the Nongovernmental International Panel on<br />
Climate Change (NIPCC), and a co-author of Why Scientists Disagree about Global<br />
Warming (2015).<br />
54 Issue 19A Supplement
He will appear in CFACT’s film “Climate Hustle” (Fig. 25). <strong>Bob</strong> was active in the<br />
Global Warming Policy Foundation and the Heartland Institute, both of which<br />
provided platforms for his promotion of science. He received no funding from special<br />
interest organisations such as energy companies, environmental organisations or<br />
government departments. This is no surprise because <strong>Bob</strong> was a fly in the ointment<br />
for funding groups who supported bespoke politically correct science. All <strong>Bob</strong> wanted<br />
in climate debates was common sense, repeatable validated evidence and scientific<br />
Fig. 25. <strong>Bob</strong> <strong>Carter</strong> (third from right) at the premiere of the film “Climate Hustle” in<br />
Paris, 2015. Photo source: James Delingpole via Heartland website<br />
(www.heartland.org/robert-m-carter).<br />
reasoning. He was not prepared to accept a popular concept, poor reasoning or<br />
concocted statistics and valued validated evidence over models. He was fearless<br />
and suffered because of it. In response to several crank calls, political pressure and<br />
complaints from those with vested interests, JCU withdrew his office facilities, his<br />
unpaid adjunct professorship, his email address and his library access. They found it<br />
easier to blackball the person who had built up the discipline of Earth sciences at<br />
JCU. It was not that <strong>Bob</strong> had his facts wrong but he was politically incorrect and his<br />
“views on climate change did not fit well with the School’s own teaching and<br />
research activities”. They dismissed the person who put them on the map.<br />
<strong>Bob</strong> was a gentleman of passion, a fighter and died with his boots on. We all owe<br />
him a great debt of gratitude and it was a privilege to know such a good man. We will<br />
miss him terribly.<br />
Geoscience Society of New Zealand 55
#32 – An incomparable teacher and communicator<br />
John Rhodes<br />
54 Kempton Street<br />
Greytown, New Zealand 5712<br />
rhodesja@xtra.co.nz<br />
<strong>Bob</strong> <strong>Carter</strong> had the knack of making his listeners feel that they were on the same<br />
intellectual plane as himself (although few were); and that they could have<br />
discovered for themselves what he was sharing had they bent their energies in its<br />
direction. Energy, of the mental kind, <strong>Bob</strong> had in spades. With it came an<br />
unsurpassed ability to communicate (Fig. 26), always in perfectly constructed<br />
sentences - his cerebral word-processor was never idle - and to demolish the<br />
arguments of those he called ‘alarmists’. This is not the place to debate the issue<br />
that became central to the last decade of <strong>Bob</strong>’s life, but if I had to I’d come down on<br />
his side, having found his books and lectures utterly persuasive.<br />
Being in a despised minority served only to make <strong>Bob</strong> work harder, to become even<br />
more articulate, and to focus even more relentlessly on flaws in opposing arguments.<br />
To adopt the popular view was not in his nature. If the contrary tide of opinion<br />
depressed or discouraged him, I never saw it. There’s no man to whom I’d rather<br />
listen, on any subject. In a court of law he’d have been superb, and it is no stretch to<br />
imagine him as a QC defending and winning impossible cases.<br />
But <strong>Bob</strong> took his silk in Earth science, in which other contributors to this Supplement<br />
can better gauge his achievements. I got to know him when I took up a visiting<br />
teaching fellowship at the University of Otago and became its highest-paid and most<br />
innocent student of 1978. In second year classes, and especially on field trips, <strong>Bob</strong><br />
taught us much about stratigraphy and paleoenvironments that later informed my<br />
own teaching. We were the same age, but his knowledge, ability and insight soared<br />
so far above mine that a master-student relationship was perfectly natural. He<br />
introduced me to the power of the 35 millimetre slide as a teaching tool, and - this<br />
has always puzzled me - welcomed me into a friendship to which I could offer little.<br />
Thus we kept in touch with Christmas letters, occasional visits, emails and invitations<br />
to speak, an activity in which (thanks to YouTube) <strong>Bob</strong> lives on.<br />
That Dunedin year was half a lifetime ago for both of us; now I’m left but <strong>Bob</strong> <strong>Carter</strong><br />
isn’t. His work has ended, and the world and Earth science are the worse for it.<br />
Fig. 26. <strong>Bob</strong> explaining the Plio-<br />
Pleistocene Whanganui<br />
cyclothemic sequences to<br />
attentive listeners at the AGU<br />
conference in San Francisco in<br />
1997. Photo source: Steve Abbott.<br />
56 Issue 19A Supplement
#33 – Advancing Great Barrier Reef shelf sedimentology<br />
Peter Ridd<br />
Marine Geophysics Laboratory, College of Science, Technology and Engineering<br />
James Cook University, Townsville, Queensland, Australia<br />
peter.ridd@jcu.edu.au<br />
I rejoined James Cook University in 1989 at the newly opened Marine Geophysics<br />
Laboratory which had been cooked up by <strong>Bob</strong> <strong>Carter</strong> as Head of the Geology<br />
Department and Prof Mal Heron of Physics, who coincidentally is also a New<br />
Zealander. These two decided that much could be done with collaboration between<br />
the disciplines which essentially shared the same building. Geology in particular was<br />
growing rapidly and trench warfare could have easily broken out between the<br />
disciplines over precious space and workshop facilities. However, <strong>Carter</strong> and Heron<br />
decided to do what often does not happen in academia – they’d share the space and<br />
put all the young marine geologists and physicists in the same area and see what<br />
happens. Some workshops were rebuilt, a nice blue carpet was put on the floor and<br />
<strong>Bob</strong> put up a great big map of the world’s ocean covering 20 square meters of one<br />
wall.<br />
Four post-docs were hired – I was one. Of course you don’t realise these things at<br />
the time, but it was a phenomenally energetic environment to work. There was<br />
seabed mapping using the old GLORIA system, analysis of deep seismic data, work<br />
on the sea-level history of the Great Barrier Reef (GBR), and sediment dynamics. I<br />
knew a bit about oceanography and was working on new methods of measuring<br />
sediment deposition and erosion. In no time I ended up working in a mangrove creek<br />
with Piers Larcombe who was an expert on sediment megaripples. The collaboration<br />
just happened because we were close together. The Marine Geophysics Laboratory<br />
was a model of how to collaborate across disciplines.<br />
Then came the <strong>Carter</strong>-inspired New Zealand invasion. Dozens, it seemed, of Kiwi<br />
PhD and MSc students appeared in the 1990s. There must have been some sort of<br />
visa scam happening at the time but JCU was the beneficiary. It seems that half of<br />
our knowledge of the sedimentology of the GBR shelf and the sediment transport<br />
into the deeper ocean has been done by Kiwi geologists – some of which, such as<br />
Gavin Dunbar and Alan Orpin, still hold more than a passing interest.<br />
The Marine Geophysics Laboratory pushed ahead with the understanding of the<br />
Great Barrier Reef shelf and contributed immensely to the early debates about<br />
threats to the reef itself. As a physicist I found it illuminating to see the totally<br />
different view of the world that they have to other scientists. They see change as<br />
inevitable whereas a marine biologist will see any change as unnatural, probably<br />
bad, and most likely caused by humans. I remember <strong>Bob</strong> <strong>Carter</strong> mischievously<br />
asking some biologists “How many of the thousands of reefs of the GBR do you think<br />
die naturally each century”. You’d have thought he had said a very rude word judging<br />
by the disgusted response. They could not conceive that it could be natural for some<br />
reefs to be killed off. The GBR to them was an unchanging constant and any future<br />
changes must be caused by humans. <strong>Carter</strong> and his geology group taught me that<br />
this was far from the truth.<br />
Geoscience Society of New Zealand 57
Even before <strong>Bob</strong> entered the debate on anthropogenic climate change, he and other<br />
geologists in the Marine Geophysics Laboratory, such as Piers Larcombe and Ken<br />
Woolfe, weighed into another very controversial topic – the fate of the GBR and<br />
especially the influence of agricultural runoff in river plumes upon the GBR. The<br />
biologists would simply state that all that extra soil erosion from agriculture must be<br />
destroying the reef. The geologists pointed out that there were naturally far larger<br />
sediment movements due to wave resuspension. They would back this up with<br />
evidence from sediment cores showing that some of the inshore environments had<br />
been highly turbid for almost as long as the Holocene GBR has been around. During<br />
the 1990s there was a healthy tension between the marine biologists and the marine<br />
geologists which eventually became lopsided as the biologists became dominant in<br />
numbers and could set the agenda and, in my view, ignore the inconvenient. This is<br />
presently an unhealthy situation and we need more <strong>Bob</strong> <strong>Carter</strong>s to use that<br />
geological perspective to see things a little differently.<br />
<strong>Bob</strong>’s contribution to JCU and our understanding of the GBR was enormous, his<br />
leadership inspired the rest of us, and his cheerfulness and hospitality meant he was<br />
also such fun to be around. He is sorely missed.<br />
#34 – ’Climate skeptics’ together<br />
Gerrit van der Lingen<br />
24 Somerset Terrace<br />
Stoke, Nelson, New Zealand 7010<br />
gerritvdl@xtra.co.nz<br />
I have known <strong>Bob</strong> <strong>Carter</strong> for a long time, since he was a Senior Lecturer in the<br />
Geology Department of the University of Otago in Dunedin, New Zealand. We knew<br />
each other as colleagues. At that time, <strong>Bob</strong> had written about a mid-Oligocene<br />
unconformity, which he named the ‘Marshall Paraconformity’ (Fig. Back cover). This<br />
concept evoked some scientific controversy, in which I was involved [Geol. Soc. NZ<br />
Newsletter 72, 1986: 26-33]. However, it also generated much new research.<br />
We lost contact after <strong>Bob</strong> became Professor of Earth Sciences at the James Cook<br />
University in Townsville, Queensland, Australia, in 1981. The only scientific<br />
connection was through the Deep Sea Drilling Project. I took part in two early<br />
expeditions on the drilling ship Glomar Challenger (Legs 21, 1971, and 30, 1973).<br />
<strong>Bob</strong> became involved later on, when the Deep Sea Drilling Project (DSDP) had<br />
morphed into the Ocean Drilling Project (ODP), with a new scientific drilling ship, the<br />
JOIDES Resolution. He spearheaded Australia’s involvement in the Ocean Drilling<br />
Program and became the Director of the Australian Office. He planned several of its<br />
expeditions in our part of the world, and was Co-Chief Scientist of Leg 181, which<br />
drilled to the east of New Zealand.<br />
After many years, my wife Marianne and I met <strong>Bob</strong> unexpectedly at the 1996<br />
Townsville International Chamber Music Festival, discovering our shared love of<br />
classical music. We remember that he arrived late at one of the concerts. He felt a<br />
58 Issue 19A Supplement
it queasy. While walking to his car in the dark, something hit him in the leg. He<br />
could not see what it was, but it seemed likely that it was a snake. Luckily, no major<br />
damage was done.<br />
Our climate change association happened by chance. When passing through<br />
Christchurch on 26 February 2003, <strong>Bob</strong> picked up a copy of The Press newspaper in<br />
the airport. In it was an article I wrote, titled “Global warming doctrine latest<br />
environmental scare”. Realising that I was a fellow “climate skeptic”, he contacted<br />
me and we stayed in regular contact ever since.<br />
In 2006 we were in Noosa, Australia, where <strong>Bob</strong> debated Professor Ian Lowe on<br />
climate change, as part of the “Noosa Long Weekend” programme. <strong>Bob</strong> won the<br />
debate hands down. This was not difficult, as Professor Lowe refused to address any<br />
of the points raised by <strong>Bob</strong>. He was more interested in promoting his 2005 book<br />
Living in the Hothouse: How Global Warming Affects Australia. I was able to support<br />
<strong>Bob</strong> during discussion time. We had dinner together in the Sails restaurant in Noosa<br />
(Fig. 27). A few years later we met <strong>Bob</strong> and Anne again in Christchurch, where they<br />
were visiting with Anne’s sister and geology husband, Bill Lindqvist, from California.<br />
Fig. 27. Dinner at the Sails restaurant in Noosa, Queensland, Australia, in 2006.<br />
From left to right: Anne and <strong>Bob</strong> <strong>Carter</strong>, Marianne and Gerrit van der Lingen. Photo<br />
source: Gerrit van der Lingen.<br />
<strong>Bob</strong> has been a powerhouse in the man-made climate change debate. He had an<br />
unbridled energy and sharp intellect. His contributions to New Zealand and<br />
Australian geology were impressive. He has made huge contributions through<br />
research and teaching, recognised by many awards. Notwithstanding this record he<br />
has been vilified for his activities as a man-made-climate-change realist (sometimes<br />
called skeptic), in which he has fearlessly defended the scientific method. An<br />
outstanding contribution was as co-author of the impressive publications by the<br />
Geoscience Society of New Zealand 59
Nongovernmental International Panel on Climate Change (NIPCC). He also wrote<br />
two books on climate change: Climate: The Counter Consensus, and Taxing Air. The<br />
latter was produced together with the Australian cartoonist John Spooner.<br />
Cartoonists often can make a point succinctly and Spooner is a master in this art.<br />
<strong>Bob</strong> <strong>Carter</strong> was mentioned in one of his cartoons in Taxing Air (p. 62). It shows the<br />
former Australian Prime Minister Julia Gillard berating the man-made-climate-change<br />
extremist, Professor Tim Flannery (Fig. 28). Tim Flannery was made a Climate<br />
Commissioner by Julia Gillard with a handsome salary (incidentally, he was sacked<br />
in this role by Prime Minister Tony Abbott, the successor of Julia Gillard).<br />
<strong>Bob</strong> was a very generous person. Whenever I asked him for comments or<br />
information, he answered promptly. He did so even after he recently came back from<br />
the Paris COP21 conference (late 2015) when I asked him to send me some of his<br />
impressions of COP21. I also asked him if he was willing to write a short<br />
endorsement to put on the back cover of my (self-publishing) upcoming book The<br />
Fable of a Stable Climate. He promptly replied to both requests on 27 December<br />
2015. I will treasure his endorsement, which was possibly one of his last actions in<br />
the climate science debate. The geoscientific community owes <strong>Bob</strong> <strong>Carter</strong> so much<br />
and he will be truly missed.<br />
Fig. 28. Cartoon by John Spooner. Prime Minister Julia Gillard berating climate<br />
commissioner Professor Tim Flannery, referring to <strong>Bob</strong> <strong>Carter</strong>. From Taxing Air,<br />
2013, p. 62. John Spooner is thanked for permission to use his cartoon.<br />
60 Issue 19A Supplement
Publications of <strong>Bob</strong> <strong>Carter</strong><br />
Cam Nelson<br />
School of Science, University of Waikato<br />
Private Bag 3105, Hamilton, New Zealand 3240<br />
The following bibliography for <strong>Bob</strong> <strong>Carter</strong> shows his books and mainly peer-reviewed<br />
publications in reverse chronological order from 2015 to 1965. The list derives partly<br />
from <strong>Bob</strong>’s personal website (http://members.iinet.net.au/~glrmc/new_page_4.htm)<br />
but has been updated and edited here to be as complete as possible. Not listed are<br />
his very large number of conference presentations/abstracts, his newspaper and<br />
popular articles (>266), his radio interviews (>25), and his video presentations (21),<br />
some of which can be accessed at https://www.heartland.org/robert-m-carter and at<br />
http://members.iinet.net.au/~glrmc/new_page_1.htm. In the following listing <strong>Bob</strong>’s<br />
authorship appears variously as <strong>Carter</strong>, R.M., <strong>Carter</strong>, R. or <strong>Carter</strong>, B.<br />
The list contains 145 publications. Breaking these down into the broadest of<br />
categories shows that 68% relate to various aspects of New Zealand onland or<br />
offshore geosciences, 16% to a global warming/climate theme, 9% to Australian<br />
(principally Great Barrier Reef shelf) geosciences, and 7% to ‘other’ (mainly<br />
paleontological articles associated with his PhD research). The ‘New Zealand’<br />
articles span the 50 years of <strong>Bob</strong>’s research career from 1965 to 2015, the ‘global<br />
warming’ ones only since 2006, the ‘Australian’ ones between 1986 and 2009, and<br />
the ‘other’ mainly before 1976. The overwhelming predominance of ‘New Zealandrelated’<br />
publications in <strong>Bob</strong>’s bibliography clearly highlights the continuing strong<br />
attachment he maintained throughout his research career with ‘all things geological’<br />
in and about New Zealand, despite residing in Australia since 1981.<br />
2015<br />
Idso, C.D., <strong>Carter</strong>, R.M., Singer, S.F. 2015. Why Scientists Disagree about Global<br />
Warming: The NIPCC Report on Scientific Consensus. Nongovernmental<br />
International Panel on Climate Change (NIPCC), The Heartland Institute, Chicago,<br />
Illinois. 106 pp.<br />
<strong>Carter</strong>, B. 2015a. Overview [of Chap. 11, Climate Swings and Roundabouts –<br />
Paleoclimate Fluctuations across Zealandia]. In: Graham, I.J. (ed), A Continent on<br />
the Move: New Zealand Geoscience Revealed (2nd edition). Geoscience Society<br />
of New Zealand Miscellaneous Publication 141: 264-267.<br />
<strong>Carter</strong>, B. 2015b. Fleming’s Legacy. In: Graham, I.J. (ed), A Continent on the Move:<br />
New Zealand Geoscience Revealed (2nd edition). Geoscience Society of New<br />
Zealand Miscellaneous Publication 141: 278-281.<br />
Graham, I., <strong>Carter</strong>, B., Thomson, J. 2015. Kaleidoscope. In: Graham, I.J. (ed), A<br />
Continent on the Move: New Zealand Geoscience Revealed (2nd edition).<br />
Geoscience Society of New Zealand Miscellaneous Publication 141: 356-360.<br />
Nelson, C., <strong>Carter</strong>, B. 2015. Core Beliefs. In: Graham, I.J. (ed), A Continent on the<br />
Move: New Zealand Geoscience Revealed (2nd edition). Geoscience Society of<br />
New Zealand Miscellaneous Publication 141: 268-271.<br />
Geoscience Society of New Zealand 61
Nelson, C., <strong>Carter</strong>, R. 2015. Plumbing the Depths. In: Graham, I.J. (ed), A Continent<br />
on the Move: New Zealand Geoscience Revealed (2nd edition). Geoscience<br />
Society of New Zealand Miscellaneous Publication 141: 42-45.<br />
Yan, H, Wei, W., Soon, W., An, Z., Zhoe, W., Liu, Z., Wang, Y., <strong>Carter</strong>, R.M. 2015.<br />
Dynamics of the intertropical convergence zone over the western Pacific during<br />
the Little Ice Age. Nature Geoscience 8: 315-320. doi: 10.1038/ngeo2375.<br />
2014<br />
<strong>Carter</strong>, R.M. 2014. Global warming: the scientific context of the policy debate. In:<br />
Moran, A. (ed), Climate Change: The Facts. Institute of Public Affairs, Melbourne,<br />
Chapter 5: 67-82.<br />
<strong>Carter</strong>, R.M., de Lange, W., Hansen, J.M., Humlum, O., Idso, C., Kear, D., Legates,<br />
D., Morner, N.A., Ollier, C., Singer, F., Soon, W. 2014. Commentary and analysis<br />
on the Whitehead & Associates 2014 NSW sea-level report. NIPCC<br />
(Nongovernmental International Panel on Climate Change) Policy Brief. 44 pp.<br />
Idso, C.D., Idso, S.D., <strong>Carter</strong>, R.M., Singer, S.F. 2014a. Climate Change<br />
Reconsidered II: Biological Impacts. Report of the Nongovernmental International<br />
Panel on Climate Change (NIPCC), The Heartland Institute, Chicago, Illinois.<br />
1000+ pp.<br />
Idso, C.D., Idso, S.D., <strong>Carter</strong>, R.M., Singer, S.F. 2014b. Climate Change<br />
Reconsidered II: Biological Impacts, Summary for Policy Makers. Report of the<br />
Nongovernmental International Panel on Climate Change (NIPCC), The Heartland<br />
Institute, Chicago, Illinois. 20 pp.<br />
Soon, W., Velasco Herrara, V.M., Selveraj, K., Traversi, R., Usoskin, I., Chen, C-T.A.,<br />
Lou, J-Y., Kao, S-J., <strong>Carter</strong>, R.M., Pipin, V., Severi, M., Becagli, S. 2014. A review<br />
of Holocene-linked climatic variation on centennial to millenial time scales:<br />
Physical processes, interpretative frameworks and a new multiple cross-wavelet<br />
transform algorithm. Earth-Science Reviews 134: 1-15.<br />
2013<br />
<strong>Carter</strong>, R.M., Spooner, J., Kininmonth, W.R., Field, M., Franks, S., Leyland, B. 2013.<br />
Taxing Air: Facts and Fallacies about Climate Change. Kelpie Press, Melbourne.<br />
267 pp.<br />
Idso, C.D., <strong>Carter</strong>, R.M., Singer, S.F. 2013a. Climate Change Reconsidered II:<br />
Physical Science. Report of the Nongovernmental International Panel on Climate<br />
Change (NIPCC), The Heartland Institute, Chicago, Illinois. 1000+ pp.<br />
Idso, C.D., <strong>Carter</strong>, R.M., Singer, S.F. 2013b. Climate Change Reconsidered II:<br />
Physical Science, Summary for Policymakers. Report of the Nongovernmental<br />
International Panel on Climate Change (NIPCC), The Heartland Institute, Chicago,<br />
Illinois. 20 pp.<br />
Idso, C.D., Singer, S.F., <strong>Carter</strong>, R.M., Soon, W. 2013. Scientific Critique of IPCC’s<br />
2013 “Summary for Policymakers”. Policy Brief (October 2013), The Heartland<br />
Institute, Chicago, Illinois. [Discussion at<br />
http://wattsupwiththat.com/2013/10/19/scientific-critique-of-ipccs-2013-summaryfor-policymakers/].<br />
62 Issue 19A Supplement
2011<br />
Idso, C.D., Singer, S.F., <strong>Carter</strong>, R.M. 2011. Climate Change Reconsidered: 2011<br />
Interim Report of the Nongovernmental International Panel on Climate Change<br />
(NIPCC). The Heartland Institute, Chicago, Illinois.<br />
Briggs, W.M., Soon, W., Legates, D., <strong>Carter</strong>, R.M. 2011. A vaccine against<br />
arrogance. Water, Air and Soil Pollution 220: 5-6.<br />
<strong>Carter</strong>, R.M. 2011. Ways to combat green totalitarianism over global warming. In:<br />
Brodsky, J. (ed), Today’s World and Vaclav Klaus. Nakladatelestvi FRAGMENT,<br />
Prague. Pp. 27-35.<br />
Fulthorpe, C.S. et al. (including <strong>Carter</strong>, R.M.) 2011. Proceedings of the Integrated<br />
Ocean Drilling Program, Canterbury Basin Sea Level. Report, Integrated Ocean<br />
Drilling Program Management International.<br />
2010<br />
<strong>Carter</strong>, R.M. 2010. Climate: The Counter Consensus. Stacey International, London.<br />
315 pp.<br />
Fulthorpe, C.S. et al. (including <strong>Carter</strong>, R.M.) 2010. Canterbury Basin Sea Level:<br />
Global and Local Controls on Continental Margin Stratigraphy. Report, Integrated<br />
Ocean Drilling Program Management International.<br />
Land, M, Wust, R.A.J., Robert, C., <strong>Carter</strong>, R.M. 2010. Plio-Pleistocene paleoclimate<br />
in the Southwest Pacific as reflected in clay mineralogy and particle size at ODP<br />
Site 1119, SE New Zealand. Marine Geology 274: 165-176.<br />
McLean, J.D., de Freitas, C.R., <strong>Carter</strong>, R.M. 2010. Censorship at AGU: scientists<br />
denied the right of reply. SPPI Original Paper (March 30, 2010).<br />
http://scienceandpublicpolicy.org/originals/censorship_at_agu.html.<br />
2009<br />
<strong>Carter</strong>, R.M., Larcombe, P., Dye, J.E., Gagan, M.K., Johnson, D.P. 2009. Long-shelf<br />
sediment transport and storm-bed formation by Cyclone Winifred, central Great<br />
Barrier Reef, Australia. Marine Geology 267: 101-113.<br />
McLean, J.D., de Freitas, C.R., <strong>Carter</strong>, R.M. 2009a. Influence of the Southern<br />
Oscillation on tropospheric temperature. Journal of Geophysical Research<br />
(Atmospheres) 114 (D14104), 8 pp. doi: 10.1029/2008JD011637.<br />
McLean, J.D., de Freitas, C.R., <strong>Carter</strong>, R.M. 2009b. Correction to "Influence of the<br />
Southern Oscillation on tropospheric temperature". Journal of Geophysical<br />
Research (Atmospheres) 114 (D20101), 2 pp. doi: 10.1029/2009JD013006.<br />
2008<br />
<strong>Carter</strong>, B. 2008. Fleming’s Legacy. In: Graham, I.J. (ed), A Continent on the Move:<br />
New Zealand Geoscience into the 21st Century (1st edition). Geoscience Society<br />
of New Zealand Miscellaneous Publication 124: 264-267.<br />
<strong>Carter</strong>, R.M. 2008. Knock, knock: where is the evidence for dangerous humancaused<br />
global warming? Economic Analysis and Policy (Journal of the Economic<br />
Society of Australia – Queensland) 38: 177-202.<br />
Geoscience Society of New Zealand 63
Graham, I., <strong>Carter</strong>, B. 2008. Kaleidoscope. In: Graham, I.J. (ed), A Continent on the<br />
Move: New Zealand Geoscience into the 21st Century (1st edition). Geoscience<br />
Society of New Zealand Miscellaneous Publication 124: 332-336.<br />
Nelson, C., <strong>Carter</strong>, B. 2008. Core Beliefs. In: Graham, I.J. (ed), A Continent on the<br />
Move: New Zealand Geoscience into the 21st Century (1st edition). Geological<br />
Society of New Zealand Miscellaneous Publication 124: 254-257.<br />
Nelson, C., <strong>Carter</strong>, R. 2008. Plumbing the Depths. In: Graham, I.J. (ed), A Continent<br />
on the Move: New Zealand Geoscience into the 21st Century (1st edition).<br />
Geological Society of New Zealand Miscellaneous Publication 124: 42-45.<br />
2007<br />
<strong>Carter</strong>, R.M. 2007a. Stratigraphy into the 21st Century. Stratigraphy 4: 187-193.<br />
<strong>Carter</strong>, R.M. 2007b The myth of dangerous human-caused climate change.<br />
Conference Proceedings, Australasian Institute of Mining and Metallurgy<br />
(AusIMM), New Leaders Conference (25), Brisbane, 2-3 May 2007. Pp. 61-74.<br />
<strong>Carter</strong>, R.M. 2007c. The role of intermediate-depth currents in continental shelf-slope<br />
accretion: Canterbury Drifts, Southwest Pacific Ocean. In: Viana, A. R., Rebesco,<br />
M. (eds), Economic and Palaeoceanographic Significance of Contourite Deposits.<br />
Geological Society, London, Special Publications 276: 129–154.<br />
<strong>Carter</strong>, R.M., de Freitas, C.R., Goklany, I.M., Holland, D., Lindzen, R.S. 2007.<br />
Climate change. Climate science and the Stern Review. World Economics 8: 161-<br />
182.<br />
Holland, D., <strong>Carter</strong>, R.M., de Freitas, C.R., Goklany, I.M., Lindzen, R.S. 2007.<br />
Climate change. Response to Simmonds and Steffen. World Economics 8: 143-<br />
151.<br />
2006<br />
<strong>Carter</strong>, R.M. 2006. Great news for the Great Barrier Reef: Tully River water quality.<br />
Energy and Environment 17: 527-548.<br />
<strong>Carter</strong>, R.M., de Freitas, C.R., Goklany, I.M., Holland, D., Lindzen, R.S. 2006. The<br />
Stern Review: A Dual Critique. Part I: The Science. World Economics 7: 165-198.<br />
James, N.P., Bone, Y., <strong>Carter</strong>, R.M., Murray-Wallace, C.V. 2006. Origin of the Late<br />
Neogene Roe Plains and their calcarenite veneer: implications for sedimentology<br />
and tectonics in the Great Australian Bight. Australian Journal of Earth Sciences<br />
53: 407-419.<br />
2005<br />
Abbott, S.T., Naish, T.R., <strong>Carter</strong>, R.M., Pillans, B.J. 2005. Sequence stratigraphy of<br />
the Nukumaruan stratotype (Pliocene-Pleistocene, c. 2.08-1.63 Ma), Wanganui<br />
Basin, New Zealand. Journal of the Royal Society of New Zealand 35: 123-150.<br />
<strong>Carter</strong>, R.M. 2005a. The status of local "stages" in the New Zealand Plio-Pleistocene.<br />
New Zealand Journal of Geology and Geophysics 48: 623-639.<br />
<strong>Carter</strong>, R.M. 2005b. A New Zealand climatic template back to c. 3.9 Ma: ODP Site<br />
1119, Canterbury Bight, south-west Pacific Ocean, and its relationship to onland<br />
successions. Journal of the Royal Society of New Zealand 35: 9-42.<br />
64 Issue 19A Supplement
<strong>Carter</strong>, R.M., Norris, R.J. 2005. The Geology of the Blackmount district, Te Anau and<br />
Waiau Basins, western Southland. Institute of Geological and Nuclear Sciences,<br />
Science Report 2004/23. 97 pp., Figs. 1-156, 1:50 000 map, CD-ROM.<br />
Holland, M.E., Schultheiss, P.J., <strong>Carter</strong>, R.M., Roberts, J.A., Francis, T.J.G. 2005.<br />
IODP's untapped wealth: multi-parameter logging of legacy core. Scientific Drilling<br />
1: 50-51.<br />
Naish, T.R., Field, B.D., Zhu, H., Melhuish, A., <strong>Carter</strong>, R.M., Abbott, S.T., Edwards,<br />
S., Alloway, B.V., Wilson, G.S., Niessen, F., Barker, A., Browne, G.H., Maslen, G.<br />
2005. Integrated outcrop, drill core, borehole and seismic stratigraphic architecture<br />
of a cyclothemic, shallow-marine depositional system, Wanganui Basin, New<br />
Zealand. Journal of the Royal Society of New Zealand 35: 91-122.<br />
2004<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M., McCave, I. 2004. Evolution of the sedimentary system<br />
beneath the deep Pacific inflow off eastern New Zealand. Marine Geology 205: 9-<br />
27.<br />
<strong>Carter</strong>, R.M., Fulthorpe, C.S., Lu, H. 2004. Canterbury Drifts at Ocean Drilling<br />
Program Site 1119, New Zealand: climatic modulation of southwest Pacific<br />
intermediate water flows since 3.9 Ma. Geology 32: 1005-1008.<br />
<strong>Carter</strong>, R.M., Gammon, P. 2004. New Zealand maritime glaciation: millennial-scale<br />
southern climate change since 3.9 Ma. Science 304: 1659-1662.<br />
<strong>Carter</strong>, R.M., Gammon, P.R., Millwood, L. 2004. Glacial-interglacial (MIS 1-10)<br />
migrations of the Subtropical Front (STC) across ODP Site 1119, Canterbury<br />
Bight, Southwest Pacific Ocean. Marine Geology 205: 29-58.<br />
<strong>Carter</strong>, R.M., McCave, I.N., Richter, C., <strong>Carter</strong>, L. 2004. Fronts, flows, drifts,<br />
volcanoes, and the evolution of the southwestern gateway to the Pacific Ocean,<br />
eastern New Zealand. In: Richter, C., <strong>Carter</strong>, R.M., McCave, I.N., <strong>Carter</strong>, L. et al.<br />
Southwest Pacific Gateways, Sites 1119-1125. Proceedings of the Ocean Drilling<br />
Program, Scientific Reports 181: 1-111.<br />
Graham, I.J., <strong>Carter</strong>, R.M., Ditchburn, R.G., Zondervan, A. 2004. Chronostratigraphy<br />
of ODP 181, Site 1121 (foot of Campbell Plateau, Southwest Pacific Ocean) using<br />
10 Be/ 9 Be dating of sediment and entrapped ferromanganese nodules. Marine<br />
Geology 205: 227-247.<br />
Larcombe, P., <strong>Carter</strong>, R.M. 2004. Cyclone pumping, sediment partitioning and the<br />
development of the Great Barrier Reef shelf system: a review. Quaternary Science<br />
Reviews 23: 107-135.<br />
McCave, I.N., <strong>Carter</strong>, L., <strong>Carter</strong>, R.M., Hayward, B.W. (eds) 2004a. Cenozoic<br />
Evolution of the SW Pacific Gateway, ODP Leg 181. Marine Geology (Special<br />
Issue) 205: 1-262.<br />
McCave, I.N., <strong>Carter</strong>, L., <strong>Carter</strong>, B., Hayward, B.W. 2004b. Cenozoic oceanographic<br />
evolution of the SW Pacific Gateway: Introduction. Marine Geology 205: 1-7.<br />
Richter, C., McCave, I.N., <strong>Carter</strong>, R.M., <strong>Carter</strong>, L., et al. 2004. Southwest Pacific<br />
Gateways, Sites 1119-1125. Proceedings of the Ocean Drilling Program, Scientific<br />
Reports 181 (plus CD-ROM).<br />
Geoscience Society of New Zealand 65
2002<br />
<strong>Carter</strong>, R.M., Abbott, S.T., Graham, I.J., Naish, T.R., Gammon, P.R. 2002. The<br />
middle Pleistocene Merced-2 and -3 Sequences from Ocean Beach, San<br />
Francisco. Sedimentary Geology 153: 23-41.<br />
2000<br />
Dunbar, G.B., Dickens, G.R., <strong>Carter</strong>, R.M. 2000. Sediment flux across the Great<br />
Barrier Reef shelf to the Queensland Trough over the last 300 ky. Sedimentary<br />
Geology 133: 49-92.<br />
1999<br />
Abbott, S.T., <strong>Carter</strong>, R.M. 1999. Stratigraphy of the Castlecliffian type section: ten<br />
mid-Pleistocene sequences from the Wanganui coast, New Zealand. New Zealand<br />
Journal of Geology and Geophysics 42: 91-111.<br />
<strong>Carter</strong>, R.M., Abbott, S.T., Naish, T.R. 1999. Plio-Pleistocene cyclothems from<br />
Wanganui Basin, New Zealand: type locality for an astrochronologic time-scale, or<br />
template for recognizing ancient glacio-eustasy? Philosophical Transactions of the<br />
Royal Society of London A357: 1861-1872.<br />
<strong>Carter</strong>, R.M., McCave, I.N., Richter, C., <strong>Carter</strong>, L., et al. 1999. Southwest Pacific<br />
Gateways, Sites 1119-1125. Proceedings of Ocean Drilling Program, Initial<br />
Reports 181. Pp.1-112 (plus CD-ROM).<br />
<strong>Carter</strong>, R.M., Naish, T.R. (eds) 1999. The high-resolution chronostratigraphic and<br />
sequence stratigraphic record of the Plio-Pleistocene Wanganui Basin. New<br />
Zealand Institute of Geological and Nuclear Sciences, Folio 2.<br />
Saul, G., Naish, T.R., Abbott, S.T., <strong>Carter</strong>, R.M. 1999. Sedimentary cyclicity in the<br />
marine Plio-Pleistocene of Wanganui Basin (N.Z.): sequence stratigraphic motifs<br />
characteristic of the last 2.5 Ma. Bulletin of the Geological Society of America 111:<br />
524-537.<br />
Ward, I.A.K., Larcombe, P., Brinkman, R., <strong>Carter</strong>, R.M. 1999. Sedimentary processes<br />
and the Pandora wreck, Great Barrier Reef, Australia. Journal of Field<br />
Archaeology 26: 41-53.<br />
1998<br />
<strong>Carter</strong>, R.M. 1998. Two models: global sea-level change and sequence stratigraphic<br />
architecture. In: <strong>Carter</strong>, R.M., Naish, T.R., Ito, M., Pillans, B.J. (eds), Sequence<br />
Stratigraphy in the Plio-Pleistocene: an Evaluation. Sedimentary Geology 122: 23-<br />
36.<br />
<strong>Carter</strong>, R.M., Fulthorpe, C.S., Naish, T.R. 1998. Sequence concepts at seismic and<br />
outcrop scale: the distinction between physical and conceptual stratigraphic<br />
surfaces. In: <strong>Carter</strong>, R.M., Naish, T.R., Ito, M., Pillans, B.J. (eds), Sequence<br />
Stratigraphy in the Plio-Pleistocene: an Evaluation. Sedimentary Geology 122:<br />
165-179.<br />
<strong>Carter</strong>, R.M., Naish, T.R. 1998a. A review of Wanganui Basin, New Zealand: global<br />
reference section for shallow marine, Plio-Pleistocene (2.5-0 Ma)<br />
cyclostratigraphy. In: <strong>Carter</strong>, R.M., Naish, T.R., Ito, M., Pillans, B.J. (eds),<br />
Sequence Stratigraphy in the Plio-Pleistocene: an Evaluation. Sedimentary<br />
Geology 122: 37-52.<br />
66 Issue 19A Supplement
<strong>Carter</strong>, R.M., Naish, T.R. 1998b. Have local Ages/Stages outlived their usefulness for<br />
the New Zealand Plio-Pleistocene? New Zealand Journal of Geology and<br />
Geophysics 41: 271-279.<br />
<strong>Carter</strong>, R.M., Naish, T.R., Ito, M., Pillans, B.J. (eds) 1998. Sequence Stratigraphy in<br />
the Plio-Pleistocene: an Evaluation. Sedimentary Geology (Special Issue) 122: 1-<br />
288.<br />
Larcombe, P., <strong>Carter</strong>, R.M. 1998. Sequence architecture during the Holocene<br />
transgression: an example from the Great Barrier Reef shelf, Australia.<br />
Sedimentary Geology 117: 97-121.<br />
Naish, T., Abbott, S.T., Alloway, B.V., Beu, A.G., <strong>Carter</strong>, R.M., Edwards, A.R.,<br />
Journeaux, T.J., Kamp, P.J.J., Pillans, B. J., Saul, G.S.; Woolfe, K.J. 1998.<br />
Astronomical calibration of a southern hemisphere Plio-Pleistocene reference<br />
section, Wanganui Basin, New Zealand. Quaternary Science Reviews 17: 695-<br />
710.<br />
Orpin, A.R., Gammon, P.R., Naish, T.R., <strong>Carter</strong>, R.M. 1998. Modern and ancient<br />
Zygochlamys delicatula shellbeds in New Zealand, and their sequence<br />
stratigraphic implications. In: <strong>Carter</strong>, R.M., Naish, T.R., Ito, M., Pillans, B.J. (eds),<br />
Sequence Stratigraphy in the Plio-Pleistocene: an Evaluation. Sedimentary<br />
Geology 122: 267-284.<br />
1997<br />
Abbott, S.T., <strong>Carter</strong>, R.M. 1997. Macrofossil associations from mid-Pleistocene<br />
cyclothems, Castlecliff section, New Zealand: implications for sequence<br />
stratigraphy. Palaios 12: 182-210.<br />
1996<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M., McCave, I.N., Gamble, J. 1996. Regional sediment recycling<br />
in the abyssal Southwest Pacific Ocean. Geology 24: 735-738.<br />
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L. 1996. The abyssal Bounty Fan and lower Bounty Channel:<br />
evolution of a rifted-margin sedimentary system. Marine Geology 130: 182-202.<br />
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L., McCave I.N. 1996. Current controlled sediment deposition<br />
from the shelf to the deep ocean: the Cenozoic evolution of circulation through the<br />
SW Pacific gateway. Geologisches Rundschau 85: 438-451.<br />
Fulthorpe, C.S., <strong>Carter</strong>, R.M., Miller, K.G., Wilson, J. 1996. Marshall Paraconformity:<br />
a mid-Oligocene record of inception of the Antarctic circumpolar current and<br />
coeval glacio-eustatic lowstand. Marine and Petroleum Geology 13: 61-77.<br />
1995<br />
Larcombe, P., <strong>Carter</strong>, R.M., Dye, J., Gagan, M.K., Johnson, D.P. 1995. The nature of<br />
the post-glacial sea-level rise, central Great Barrier Reef, Australia: new evidence<br />
for episodic rise. Marine Geology 127, 1-44.<br />
1994<br />
Abbott, S.T., <strong>Carter</strong>, R.M. 1994. The sequence architecture of mid-Pleistocene (0.35-<br />
0.95 Ma) cyclothems from New Zealand: facies development during a period of<br />
known orbital control on sea-level cyclicity. In: de Boer, P.L., Smith, D.G. (eds),<br />
Orbital Forcing and Cyclic Sequences. International Association of<br />
Sedimentologists Special Publication 19: 367-394.<br />
Geoscience Society of New Zealand 67
Beaman, R.J., Larcombe, P., <strong>Carter</strong>, R.M. 1994. New evidence for the Holocene sealevel<br />
high from the inner shelf, central Great Barrier Reef, Australia. Journal of<br />
Sedimentary Research A64: 881-885.<br />
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L., Davy, B. 1994. Geologic and stratigraphic history of the<br />
Bounty Trough, southwestern Pacific Ocean. Marine and Petroleum Geology 11:<br />
79-93.<br />
1993<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M. 1993. Sedimentary evolution of the Bounty Trough: a<br />
Cretaceous rift basin, southwestern Pacific Ocean. In: Ballance, P.F. (ed), South<br />
Pacific Sedimentary Basins. Sedimentary Basins of the World 2 (Series Editor,<br />
Hsu, K.J.), Elsevier. Pp. 51-67.<br />
<strong>Carter</strong>, R.M., Johnson, D.P., Hooper, K. 1993. Episodic post-glacial sea-level rise<br />
and the sedimentary evolution of a tropical continental embayment (Cleveland<br />
Bay, Great Barrier Reef shelf, Australia). Australian Journal of Earth Sciences 40:<br />
229-255.<br />
1992<br />
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L. 1992. Seismic imaging of Pleistocene deep-sea cyclothems:<br />
implications for sequence stratigraphy. Terra Nova 4: 682-692.<br />
Haywick, D.W., Henderson, R.A., <strong>Carter</strong>, R.M. 1992. Sedimentology of 40 000 year<br />
Milankovitch-controlled cyclothems from central Hawke's Bay, New Zealand.<br />
Sedimentology 39: 675-696.<br />
1991<br />
<strong>Carter</strong>, R.M., Abbott, S.T., Fulthorpe, C.S., Haywick, D.J., Henderson, R.A. 1991.<br />
Application of global sea-level and sequence stratigraphic models in southern<br />
hemisphere Neogene strata from New Zealand. In: MacDonald, D.I.M. (ed),<br />
Sedimentation, Tectonics and Eustasy. International Association of<br />
Sedimentologists Special Publication 12: 41-65.<br />
Fulthorpe, C.S., <strong>Carter</strong>, R.M. 1991. Continental shelf progradation by sediment drift<br />
accretion. Bulletin of the Geological Society of America 103, 300-309.<br />
Haywick, D.W., Lowe, D.A., Beu, A.G., Henderson, R.A., <strong>Carter</strong>, R.M. 1991. Plio-<br />
Pleistocene (Nukumaruan) lithostratigraphy of The Tangoio block, and origin of<br />
sedimentary cyclicity, central Hawke's Bay, New Zealand. New Zealand Journal of<br />
Geology and Geophysics 34: 213-225.<br />
1990<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M. 1990. Lacustrine sediment traps and their effect on<br />
continental shelf sedimentation - South Island, New Zealand. Geo-Marine Letters<br />
10: 93-100.<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M., Nelson, C.S., Fulthorpe, C.S., Neil, H.L. 1990. Evolution of<br />
Pliocene to Recent abyssal sediment waves on Bounty Channel levees, New<br />
Zealand. Marine Geology 95: 97-109.<br />
68 Issue 19A Supplement
1989<br />
Fulthorpe, C.S., <strong>Carter</strong>, R.M. 1989. Test of seismic sequence methodology on a<br />
southern hemisphere passive margin: the Canterbury Basin, New Zealand. Marine<br />
and Petroleum Geology 6: 348-359.<br />
1988<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M. 1988. Late Quaternary development of left-bank-dominant<br />
levees in the Bounty Trough, New Zealand. Marine Geology 78: 185-197.<br />
<strong>Carter</strong>, R.M. 1988a. The nature and evolution of deep-sea channels. Basin Research<br />
1: 41-54.<br />
<strong>Carter</strong>, R.M. 1988b. Plate boundary tectonics, global sea-level changes and the<br />
development of the eastern South Island continental margin, New Zealand,<br />
southwest Pacific. Marine and Petroleum Geology 5: 90-107.<br />
<strong>Carter</strong>, R.M. 1988c. Post-breakup stratigraphy of the Kaikoura Synthem (Cretaceous-<br />
Cenozoic), continental margin, southeastern New Zealand. New Zealand Journal<br />
of Geology and Geophysics 31: 405-429.<br />
Gagan, M., Johnson, D.P., <strong>Carter</strong>, R.M. 1988. The Cyclone Winifred storm bed,<br />
central Great Barrier Reef shelf, Australia. Journal of Sedimentary Petrology 58:<br />
845-856.<br />
1987<br />
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L. 1987. The Bounty Channel system: a 55-million-year-old<br />
sediment conduit to the deep sea, southwest Pacific. Geo-Marine Letters 7: 183-<br />
190.<br />
Johnson, D.P., <strong>Carter</strong>, R.M. 1987. Sedimentary framework of mainland fringing reef<br />
development, Cape Tribulation area. Great Barrier Reef Marine Park Authority,<br />
Technical Memorandum TM-14. 37 pp.<br />
1986<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M. 1986. Holocene evolution of the nearshore sand wedge,<br />
south Otago continental shelf, New Zealand. New Zealand Journal of Geology and<br />
Geophysics 29: 413-424.<br />
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L., Johnson, D.P. 1986. Submergent shorelines in the SW<br />
Pacific: evidence for an episodic post-glacial transgression. Sedimentology 33:<br />
629-649.<br />
<strong>Carter</strong>, R.M., Johnson, D.P. 1986. Sea-level controls on the post-glacial development<br />
of the Great Barrier Reef, Queensland. Marine Geology 71: 137-164.<br />
1985<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M. 1985. Current modification of a mass failure deposit on the<br />
continental shelf, North Canterbury, New Zealand. Marine Geology 62: 193-211.<br />
<strong>Carter</strong>, R.M. 1985. The mid-Oligocene Marshall Paraconformity, New Zealand:<br />
coincidence with global eustatic sea-level fall or rise? Journal of Geology 93: 359-<br />
371.<br />
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L. 1985. The Motunau Fault revisited. Tectonophysics 115: 164-<br />
166.<br />
Geoscience Society of New Zealand 69
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L., Williams, J.J., Landis, C.A. 1985. Modern and relict<br />
sedimentation on the south Otago continental shelf, New Zealand. New Zealand<br />
Oceanographic Institute Memoir 93. 43 pp.<br />
1983<br />
Griggs, G.B., <strong>Carter</strong>, L., Kennett, J.P., <strong>Carter</strong>, R.M. 1983. Late Quaternary marine<br />
stratigraphy southeast of New Zealand. Bulletin of the Geological Society of<br />
America 94: 791-797.<br />
1982<br />
<strong>Carter</strong>, L., <strong>Carter</strong>, R.M., Griggs, G.B. 1982. Sedimentation in the Conway Trough, a<br />
deep near-shore basin at the junction of the Alpine transform and Hikurangi<br />
subduction plate boundary, New Zealand. Sedimentology 29: 475-497.<br />
<strong>Carter</strong>, R.M., <strong>Carter</strong>, L. 1982. The Motunau Fault and other structures at the southern<br />
edge of the Australian-Pacific plate boundary, offshore Marlborough.<br />
Tectonophysics 88: 133-159.<br />
<strong>Carter</strong>, R.M., Lindqvist, J.K., Norris, R.J. 1982. Oligocene unconformities and nodular<br />
phosphate-hardground horizons in western Southland and northern West Coast.<br />
Journal of the Royal Society of New Zealand 12: 11-46.<br />
Norris, R.J., <strong>Carter</strong>, R.M. 1982. Fault-bounded blocks and their role in localising<br />
sedimentation and deformation adjacent to the Alpine Fault, southern New<br />
Zealand. Tectonophysics 87: 11-23.<br />
1980<br />
Norris, R.J., <strong>Carter</strong>, R.M. 1980. Offshore sedimentary basins at the southern end of<br />
the Alpine Fault, New Zealand. International Association of Sedimentologists<br />
Special Publication 4: 237-265.<br />
1979<br />
<strong>Carter</strong>, R.M. 1979. Trench-slope channels from the New Zealand Jurassic: the<br />
Otekura Formation, Sandy Bay, south Otago. Sedimentology 26: 475-496.<br />
Goldberg, L., <strong>Carter</strong>, R.M. 1979. A Pleistocene molluscan fauna beneath the Maui-A<br />
gas platform. New Zealand Journal of Geology and Geophysics 22: 407-409.<br />
1978<br />
Bishop, D.G., <strong>Carter</strong>, R.M., Norris, R.J. 1978. Lithological and paleontological content<br />
of the Carboniferous-Jurassic Canterbury Suite, South Island, New Zealand. New<br />
Zealand Journal of Geology and Geophysics 21: 138-139.<br />
<strong>Carter</strong>, R.M., Hicks, M.D., Norris, R.J., Turnbull, I.M. 1978. Sedimentation patterns in<br />
an ancient arc-trench-ocean basin complex: Carboniferous to Jurassic Rangitata<br />
Orogen, New Zealand. In: Stanley, D.J., Kelling, G. (eds), Sedimentation in<br />
Submarine Canyons, Fans and Trenches. Dowden, Hutchinson & Ross,<br />
Stroudsburg, Pennsylvania. Chapter 23: 340-361.<br />
Norris, R.J., <strong>Carter</strong>, R.M., Turnbull, I.M. 1978. Cainozoic sedimentation in basins<br />
adjacent to a major continental transform boundary in southern New Zealand.<br />
Journal of the Geological Society of London 135: 191-205.<br />
70 Issue 19A Supplement
1977<br />
<strong>Carter</strong>, R.M., Lindqvist, J.K. 1977. Balleny Group, Chalky Island, southern New<br />
Zealand: an inferred Oligocene submarine canyon and fan complex. Pacific<br />
Geology 12: 1-46.<br />
<strong>Carter</strong>, R.M., Norris, R.J. 1977. Redeposited conglomerates in a Miocene flysch<br />
sequence at Blackmount, western Southland, New Zealand. Sedimentary Geology<br />
18: 289-319.<br />
<strong>Carter</strong>, R.M., Norris, R.J. 1977. Queenstown Conference tour guide for postconference<br />
excursion to Blackmount, Waiau Basin, December 5-7 th . Geological<br />
Society of New Zealand Miscellaneous Publication MP22C. 31 pp.<br />
1976<br />
<strong>Carter</strong>, R.M., Norris, R.J. 1976. Cainozoic history of southern New Zealand: an<br />
accord between geological observations and plate tectonic predictions. Earth and<br />
Planetary Science Letters 31: 85-94.<br />
Crooks, I., <strong>Carter</strong>, R.M. 1976. Stratigraphy of Maruia and Matiri Formations in their<br />
type section (Trent Stream, Matiri River, Murchison). Journal of the Royal Society<br />
of New Zealand 6: 459-487.<br />
1975<br />
<strong>Carter</strong>, R.M. 1975a. Mass-emplaced sand-fingers at Mararoa construction site,<br />
southern New Zealand. Sedimentology 22: 275-288.<br />
<strong>Carter</strong>, R.M. 1975b. A discussion and classification of subaqueous mass-transport<br />
with particular application to grain-flow, slurry-flow and fluxoturbidites. Earth-<br />
Science Reviews 11: 145-177.<br />
<strong>Carter</strong>, R.M., Lindqvist, J.K. 1975. Sealers Bay submarine fan complex, Oligocene,<br />
southern New Zealand. Sedimentology 22: 465-483.<br />
Turnbull, I.M., Barry, J.M., <strong>Carter</strong>, R.M., Norris, R.J. 1975. The <strong>Bob</strong>s Cove Beds and<br />
their relationship to the Moonlight Fault Zone. Journal of the Royal Society of New<br />
Zealand 5: 355-394.<br />
1974<br />
<strong>Carter</strong>, R.M. 1974a. A New Zealand case-study of the need for local time-scales.<br />
Lethaia 7: 181-202.<br />
<strong>Carter</strong>, R.M. 1974b. Geographies of the past – Part I. New Zealand's Nature Heritage<br />
1: 102-107.<br />
<strong>Carter</strong>, R.M. 1974c. Geographies of the past – Part II. New Zealand's Nature<br />
Heritage 1: 129-135.<br />
<strong>Carter</strong>, R.M. 1974d. The moulding of the landscape – Part I. New Zealand's Nature<br />
Heritage 1: 191-200.<br />
<strong>Carter</strong>, R.M. 1974e. The moulding of the landscape – Part II. New Zealand's Nature<br />
Heritage 1: 211-217.<br />
<strong>Carter</strong>, R.M., Landis, C.A., Norris, R.J., Bishop, D.G. 1974. Suggestions towards a<br />
high-level nomenclature for New Zealand rocks. Journal of the Royal Society of<br />
New Zealand 4: 5-18.<br />
Geoscience Society of New Zealand 71
Duncan, R.A., McDougall, I., <strong>Carter</strong>, R.M., Coombs, D.S. 1974. Pitcairn Island -<br />
another Pacific hot spot? Nature 251: 679-682.<br />
1972<br />
<strong>Carter</strong>, R.M. 1972a. Wanganui strata of Komako District, Pohangina Valley, Ruahine<br />
Range, Manawatu. Journal of the Royal Society of New Zealand 2: 293-324.<br />
<strong>Carter</strong>, R.M. 1972b. Adaptations of British Chalk Bivalvia. Journal of Paleontology 46:<br />
325-340.<br />
<strong>Carter</strong>, R.M., Landis, C.A. 1972. Correlative Oligocene unconformities in southern<br />
Australasia. Nature (Physical Science) 237: 12-13.<br />
1971<br />
<strong>Carter</strong>, R.M. 1971a. Ctenodonta elongata Salter 1873 (Mollusca, Bivalvia): request<br />
for suppression under the plenary powers. Bulletin of Zoological Nomenclature 28:<br />
102-103.<br />
<strong>Carter</strong>, R.M. 1971b. Revision of Arenig Bivalvia from Ramsey Island, Pembrokeshire.<br />
Palaeontology 14: 250-261.<br />
1970<br />
<strong>Carter</strong>, R.M. 1970. A proposal for the subdivision of Tertiary time in New Zealand.<br />
New Zealand Journal of Geology and Geophysics 13: 350-363.<br />
1968<br />
<strong>Carter</strong>, R.M. 1968a. On the biology and palaeontology of some predators of bivalved<br />
mollusca. Palaeogeography, Palaeoclimatology and Palaeoecology 4: 29-65.<br />
<strong>Carter</strong>, R.M. 1968b. Functional studies on the Cretaceous oyster Arctostrea.<br />
Palaeontology 11: 458-485.<br />
1967<br />
<strong>Carter</strong>, R.M. 1967a. On the nature and definition of the lunule, escutcheon and<br />
corcelet in the Bivalvia. Proceedings of the Malacological Society of London (now<br />
Journal of Molluscan Studies) 37: 243-263.<br />
<strong>Carter</strong>, R.M. 1967b. On Lison's model of bivalve shell form, and its biological<br />
interpretation. Proceedings of the Malacological Society of London (now Journal of<br />
Molluscan Studies) 37: 265-278.<br />
<strong>Carter</strong>, R.M. 1967c. The shell ornament of Hysteroconcha and Hecuba (Bivalvia): a<br />
test case for inferential functional morphology. The Veliger 10: 59-71.<br />
<strong>Carter</strong>, R.M. 1967d. The geology of Pitcairn Island, south Pacific Ocean. Bulletin of<br />
the Bernice P. Bishop Museum 231. 38 pp.<br />
1965<br />
Wright, J.B., <strong>Carter</strong>, R.M. 1965. Observations on the geology of an area near lakes<br />
Thomson and Hankinson, Fiordland. New Zealand Journal of Geology and<br />
Geophysics 8: 85-103.<br />
72 Issue 19A Supplement
Acknowledgements<br />
First and foremost Cam Nelson (Compiler) sincerely appreciates and thanks Anne<br />
<strong>Carter</strong> for her encouragement and assistance throughout the production of this<br />
<strong>GSNZ</strong> tribute for <strong>Bob</strong>. All contributors are acknowledged for taking time to put ‘finger<br />
to keyboard’ in a timely fashion to meet deadline schedules. In particular I wish to<br />
acknowledge Bill Lindqvist, <strong>Bob</strong>’s brother-in-law, for his permission to reproduce the<br />
eulogy he gave at <strong>Bob</strong>’s funeral, and Neville Exon and Ian Plimer for permission to<br />
use and edit earlier tributes they wrote for <strong>Bob</strong>. I thank Piers Larcombe for helping to<br />
establish a contact list of Australian colleagues of <strong>Bob</strong>. While several people<br />
contributed photos for use in the Supplement, I especially thank the collections<br />
supplied by Anne <strong>Carter</strong>, Bill Lindqvist, Steve Abbott, Bruce Hayward, Greg Browne<br />
and Martin Crundwell. Considerable information about <strong>Bob</strong> is contained online at a<br />
Heartland Institute website (https://www.heartland.org/robert-m-carter), at a<br />
Wikipedia website (https://en.wikipedia.org/wiki/Robert_M._<strong>Carter</strong>), and at <strong>Bob</strong>’s<br />
personal CV website (http://members.iinet.net.au/~glrmc/new_page_3.htm), all of<br />
which are acknowledged for providing some of the material recorded in the<br />
Introduction and Publications sections of this Supplement.<br />
At the completion stage of compiling this <strong>GSNZ</strong> tribute my attention was drawn by<br />
Nick McCave to a recent newspaper article in the UK that mentions <strong>Bob</strong> <strong>Carter</strong>. It<br />
was written by Clive James, an internationally acclaimed Australian author, critic and<br />
broadcaster, now living in the UK. Below I quote, with acknowledgement, that part of<br />
the article referring to <strong>Bob</strong> since I believe it highlights a fundamental aspect of his<br />
character, namely his gentlemanly politeness.<br />
“People that I hoped would be there for ever have begun to vanish……..The<br />
Australian scientist <strong>Bob</strong> <strong>Carter</strong> died far too young. The climate change orthodoxy can<br />
be a tough proposition to be sceptical about if you mind being accused of betraying<br />
the future of the human race. <strong>Carter</strong> knew how to maintain a gentlemanly vocabulary<br />
even when the guardians of dogma were calling him names. It’s a hard trick to work:<br />
sometimes it’s just easier to join in and call your persecutors intensely dense. But<br />
<strong>Carter</strong> always behaved as if they might have had a point. Perhaps he was working on<br />
the principle that politeness is an argument in itself….….”<br />
Extract from an article by Clive James “Reports of my death” appearing in the<br />
Guardian Weekend in the UK on 6 February 2016.<br />
Disclaimer: Note that the views and opinions expressed in the articles in this <strong>GSNZ</strong><br />
Supplement are solely those of the contributing authors and do not necessarily<br />
reflect those of the Geoscience Society of New Zealand.<br />
This Supplement appears online at the <strong>GSNZ</strong> website www.gsnz.org.nz under<br />
publications. Limited numbers of hard copies are available on request from Adrian<br />
Pittari (apittari@waikato.ac.nz) at the University of Waikato, Hamilton, NZ.<br />
Reference: Nelson, C. (Compiler) 2016. <strong>Remembering</strong> <strong>Bob</strong> <strong>Carter</strong>: A <strong>GSNZ</strong> <strong>Tribute</strong>.<br />
Geoscience Society of New Zealand Newsletter Supplement 19A. 73 pp.<br />
Geoscience Society of New Zealand 73