S. D. Schoville

This study identifies candidate genes associated with metallic color variation in ground beetles and links color adaptation to environmental factors.

This study investigates the evolutionary history of alpine ground beetles, finding evidence of past admixture and rapid physiological evolution during glacial climate change.

This study uses whole-genome sequencing to analyze genomic diversity and environmental adaptation of Drosophila suzukii across 29 populations, identifying genetic signals linked to environmental factors.

The paper identifies independent hard selective sweeps in two Colorado potato beetle populations linked to insecticide resistance, suggesting rapid and repeated adaptation to pesticides.

The paper identifies the genetic basis of an alternative life-history strategy in butterflies and shows it originated once, maintained by balancing selection and introgression across species.

This study uses genome resequencing to show that the Colorado potato beetle evolves insecticide resistance repeatedly through standing genetic variation, not novel mutations or regulatory changes.

This study shows that experimental warming reduces gut bacterial diversity and thermal tolerance in eastern subterranean termites.

This study identifies genes under positive selection in the Colorado potato beetle linked to pestiferous traits like detoxification and chemosensation.

The paper examines regional differences in Colorado potato beetle sensitivity to novel insecticides and finds higher baseline sensitivity in Western USA populations compared to Eastern USA populations.

This study investigates the origin of pest lineages of the Colorado potato beetle by analyzing genetic diversity across populations in Mexico and the U.S., finding that pest lineages originated from native U.S. populations rather than Mexican ones.