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December 1, 2012 EvolDir 129<br />

UNebraska EvolutionaryGenetics<br />

FlowerColor<br />

POSTDOCTORAL POSITION IN EVOLUTION-<br />

ARY GENETICS OF FLOWER COLOR, SCHOOL<br />

OF BIOLOGICAL SCIENCES, UNIVERSITY OF<br />

NEBRASKA-LINCOLN Â<br />

A postdoctoral position is available to participate in a<br />

NSF-funded project focusing on the evolutionary mechanisms<br />

underlying flower color variation above and below<br />

the species level. This project will test the hypothesis<br />

that convergent transitions to white flowers above<br />

the species level involve a predictable subset of the<br />

mutations that generate white flower mutants within<br />

populations. Â An integrated suite of transcriptomic,<br />

biochemical and statistical comparative analyses will<br />

be applied to address this hypothesis. The position<br />

requires a strong interest in evolutionary genetics. Â<br />

Some experience in molecular genetics, plant biochemistry<br />

(including high-performance liquid chromatography)<br />

and/or analysis of next-generation sequence data<br />

is preferred. Â Creativity, self-motivation, and strong<br />

writing skills are also highly valued.<br />

The Smith Lab (www.iochroma.info) in School of Biological<br />

Sciences at UNL offers a diverse and interactive<br />

environment for research in plant evolutionary biology.<br />

 We share close ties with other evolutionary biology<br />

and plant science labs on campus, and we benefit<br />

from shared facilities, such as the bioinformatics core<br />

research facility and the core facility for applied genomics<br />

and ecology. Lincoln, Nebraska boasts an outstanding<br />

quality of life that includes a vibrant downtown<br />

with lively music and art scene and a collection of<br />

over 120 parks and 130 miles of bike trails, plus a low<br />

cost of living.<br />

To apply for this position, please send a brief letter of<br />

interest (1-2 paragraphs), a CV, and the names and<br />

contact information for three references to Stacey D.<br />

Smith, Âsdsmith@unl.edu [1].ÂÂThe position is available<br />

for 1 year with the possibility of renewal for up to<br />

two additional years depending on research progress.<br />

ÂReview of applications will begin on December 15,<br />

2012 and will continue until the position is filled.<br />

– Â<br />

Stacey D. Smith<br />

314 Manter Hall School of Biological Sciences Univer-<br />

sity of Nebraska Lincoln, NE 68588-0118phone with<br />

voicemail: (402) 370-6749 email: sdsmith@unl.edu<br />

website: http://www.iochroma.info/ sds21@duke.edu<br />

UOxford ViralEvolution<br />

3yr post-doctoral research position: evolutionary and<br />

computational biology of chronic viral infection<br />

Prof Oliver Pybus (University of Oxford) is looking for<br />

a computational biologist to study the evolutionary dynamics<br />

of HIV and hepatitis infection within infected<br />

individuals, and to analyse the genetic diversity of the<br />

resulting immune responses.<br />

The closing date for applications is 28th November<br />

2012.<br />

http://www.jobs.ac.uk/job/AFJ872/james-martinresearch-fellow/<br />

oliver.pybus@zoo.ox.ac.uk +44<br />

(0)1865 271274 http://evolve.zoo.ox.ac.uk Oliver<br />

Pybus <br />

USDA Maryland<br />

RustFungusEvolutionSystematics<br />

USDA-ARS. RustFungus Evolution Systematics<br />

Postdoctoral Researcher, Evolution and Systematics of<br />

Rust Fungi<br />

We are seeking applications for a Post-Doctoral Researcher<br />

to take the lead on molecular systematic investigations<br />

of rust fungi (Puccinia sp.) associated with<br />

warm-season (C4) cereals and grasses that impact U.S.<br />

agricultural productivity, including those that cause<br />

disease in bioenergy grasses and major food crops. At<br />

present, 141 different Puccinia species are thought to<br />

cause disease in C4 grasses, with as many as 41 different<br />

Puccinia species described from individual host genera.<br />

Many of these rust-causing species are thought to infect<br />

multiple hosts - up to eight different host genera in<br />

some cases. However, current identifications are almost<br />

exclusively based on a few morphological traits and unlikely<br />

to reflect the true diversity of species present.<br />

Basic responsibilities include the generation of molecular<br />

data for phylogeny reconstruction (including the de-

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