Richard J. Hall

This study shows that PUUV infection reduces survival of bank voles, especially young ones, in a natural setting, contradicting the expectation that reservoir hosts are unaffected.

This study shows that food supplementation reduces nematode abundance super-shedding in wild voles but not infection likelihood or intensity, and identifies age-related fitness impacts of nematode infection.

The paper models how wildlife food provisioning selects for higher pathogen virulence, leading to potential host population declines due to incomplete immunity.

The paper examines perceived and observed biases in movement ecology through surveys and author affiliation analysis, identifying geographic and demographic disparities in research participation.

The paper compares thermal suitability models for malaria transmission using constant and fluctuating temperatures, finding that constant temperature models better predict thermal limits than rate summation.

The paper examines how ecological factors modify the relationship between spatial overlap and hantavirus infection likelihood in wild bank voles.