Matthew C. Fitzpatrick

This study identifies how urbanization and climate shape West Nile virus vector communities, providing tools to forecast risk under environmental change.

This study compares two methods for detecting outliers in genomic offset predictions and finds that non-linear methods are less sensitive to sampling biases.

The paper examines how phenotypic plasticity in Populus species affects fitness under climate warming, finding that higher plasticity is maladaptive in warmer environments.

The paper predicts geographic shifts in hybrid Populus zones based on temperature response variation in admixed genotypes.

This study examines how climate and hybridization influence stomatal trait evolution in Populus by analyzing genetic and environmental factors across hybrid zones.

The paper examines cytonuclear interactions in Populus hybrids, finding that chloroplast and nuclear-chloroplast gene co-introgression is limited but influenced by local environments, affecting physiological performance.

The paper examines how climate, landscape, and demography shape hybrid zone formation between Populus trichocarpa and P. balsamifera, identifying a novel hybrid lineage influenced by aridity.