A. J. M. Hewison

This study examines how female roe deer adjust foraging and risk avoidance behaviors during birth, showing increased activity and habitat use changes post-partum, especially in late-parturient females.

This study develops and validates a method using accelerometers to infer the behavior of free-ranging roe deer in the wild with high accuracy.

The paper examines sex-specific body mass changes in roe deer over winter across different populations, finding males lose more mass than females, reducing sexual dimorphism before the mating season.

The study investigates how pathogen-mediated selection maintains innate immune gene polymorphism in roe deer, finding antagonistic effects of Toxoplasma and Chlamydia on Tlr2 polymorphism.