| Graduate Student Fellowships |
| Barley Coordinated Agricultural
Project
(CAP) |
| Graduate Student Fellowships in the Barley Coordinated
Agricultural Project
(CAP) in translating genomics to barley improvement
Graduate student fellowships are available in the barley CAP
for
highly-motivated individuals to develop and utilize genomics tools for
barley
improvement. These are three and one-half year USDA-NRI funded
positions. The barley CAP is a community effort of 31 scientists with
expertise ranging from genetics/genomics, breeding, pathology,
databases,
computer science, food science, malt quality, and statistics. The graduate
student fellows will work with a community of barley scientists and
focus on
these objectives: (1)
Develop a 3,000 marker single nucleotide polymorphism
(SNP) map of the barley genome. We will use high-throughput
technologies to
quickly map the barley genome with 3,000 SNP markers.
Participating institutions with fellowship opportunities are:
University of Minnesota, University of California-Riverside, North
Dakota
State University, Utah State University, and Montana State University.
To apply please send a letter of interest, curriculum vitae and three
letters of reference to the scientist and institution(s) of your
choice:
(2) Develop a web portal containing a database for housing genotype and phenotype data that the barley CAP generates. (3) Characterize breeding lines from 10 barley breeding programs. We will genotype these lines with 3,000 mapped SNP markers and phenotype these lines for a variety of agronomic, quality and disease resistance traits. These data will be used to understand the haplotype block structure and linkage disequilibrium in the U.S. barley breeding germplasm and to identify haplotype-trait associations. (4) Utilize the genomics tools to develop superior barley germplasm. We will use haplotype-trait associations to select for superior barley germplasm. Kevin Smith
Brian Steffenson
Timothy Close, Department of Botany and Plant Sciences
Tom Blake
Richard Horsley
Dominique Roche
|