Landscape Genetics & Connectivity

Genomic Basis of Fitness & Adaptation

Disease Ecology & Genetics

Conservation Genetics

DNA Markers & Technologies

Computational Statistics & Software

 

Genome-wide Tests for Adaptive Molecular Variation
in Domestic & Wild Ungulates

Summary:

Desert and disease adapted Numbian hair goat

We are using candidate gene sequencing and genome-wide scans to identify and characterize genes responsible for adaptation and productivity in salmonids and in the three most economically important livestock species (cattle, sheep and goat) and their wild relatives. The approach is based on analysis of exon sequences from thousands of candidate genes in domestic (e.g. hatchery) and wild species including the following for ungulates: gaur, bison, & wild sheep, and wild goats.

We are sequencing nearly 10% of the exome (all exons) using exon capture arrays and Illumina massively parallel sequencing (HiSEQ). This approach will help identify selection signatures, genome regions, haplotypes and perhaps single nucleotide polymorphisms (SNPs) important for fitness and production. The data also will be used to assess the evolutionary history (e.g., domestication process) and adaptation to environmental change.

Collaborators:

S.J. Amish, A. Beja-Pereira, J. Chen., T. Cozart, J. Shendure, S. Porcella et al.

 

Publications: