Thomas Lee Parchman

The paper examines hybridization and color polymorphism in Colias butterflies over five years, finding hybrid ancestry correlates with intermediate phenotypes but not exclusively.

This paper resolves the genetic lineage of California bighorn sheep using high-throughput sequencing, confirming its distinctiveness and informing conservation strategies.

The paper analyzes genetic and phytochemical variation in a conifer hybrid zone to show how admixture and environment shape ancestry and novel chemical traits.

This study investigates the mechanisms behind correlated trait divergence during speciation, finding that environmental factors, not genetics, primarily drive the divergence of color patterns and chemical traits in stick insects.

This study assesses genomic variation in Fraxinus latifolia to inform conservation and EAB-resistance breeding strategies by analyzing population structure, diversity, and genomic offset across its range.

This study uses reduced representation sequencing to analyze the evolutionary processes in Torrey pine, finding low genetic diversity and evidence of divergent selection, suggesting potential trade-offs for genetic rescue strategies.

This study uses trio binning to assemble genomes of two woodrat species, revealing expanded and novel cytochrome p450 gene islands linked to dietary adaptation to toxic plants.

The paper extends a Bayesian model to estimate genotype and ancestry in autopolyploid and mixed-ploidy individuals using low-depth sequencing data.