Matthew K. Brachmann

This study identifies parallel genomic mechanisms, including structural variation and functional pathways, in geothermally warmed stickleback populations adapting to increased temperatures.

This study examines hybridization effects on gene expression in Icelandic stickleback ecotypes under different temperatures, finding transgressive expression disrupting metabolic networks.

The paper evaluates SNP and SSR marker panels for detecting European introgression in North American Atlantic salmon and develops a machine learning tool for admixture estimation.

The paper uses whole genome sequencing to identify climate-associated adaptive divergence in cunner fish across Atlantic Canada, revealing genomic regions linked to environmental variables.