Richard J. Gill

This study investigates whether near-infrared light can mitigate body temperature drops in bumblebees exposed to neonicotinoid pesticides.

This study uses automated methods to analyze museum butterfly specimens and finds directional trends in wing shape over 105 years, suggesting environmental factors like temperature change have shaped butterfly morphology.

This study shows pesticide exposure impairs bumblebee thermoregulation, leading to cold colonies and reduced offspring development.

This paper identifies spectral and chemical biomarkers (polli-markers) to detect early plant pollination responses using hyperspectral reflectance and metabolomics in Brassica napus.

The paper investigates how phenological turnover affects trait-based predictions of plant-pollinator interactions by analyzing individual-level trait data from an Arctic community.

This study compares acute and chronic pesticide exposure effects on bumble bee brains, finding distinct gene expression patterns and highlighting exposure mode's critical role in pesticide impact.

The study examines how individual species respond to tropical forest degradation, finding significant variation in responses across populations and surveys.

This paper introduces a gene-based testing framework that improves power and reduces false positives by integrating chromatin interactions and knockoff genotypes, showing better performance in GWAS and whole-genome sequencing data.