Independent human–wildlife feeding interactions (ie, the feeding of wildlife by the public
outside of organized ecotourism activities) represent an increasingly common way in which …

Human activities can induce significant behavioural changes in wildlife. Often explored
through extractive interactions (eg hunting) that can favour certain behavioural traits, the …

Severe acute respiratory syndrome coronavirus-2 (SARS-CoV-2) infects wildlife. Recent
studies highlighted that variants of concern (VOC) may expand into novel animal reservoirs …

Maternal phenotypes can have long-term effects on offspring phenotypes. These maternal
effects may begin during gestation, when maternal glucocorticoid (GC) levels may affect …

ABSTRACT In Israel, Long-eared Owls (Asio otus) were considered primarily a wintering
species with documented sporadic breeding. However, by the turn of the last century, it had …

Human-wildlife conflict in expanding peri-urban and urban areas is of increasing concern,
as a result of growing human populations along with the associated anthropogenic footprint …

Humans are a major evolutionary force on wildlife via artificial selection. While often
explored through the lens of extractive interactions (eg, hunting) able to favour certain …

Maternal phenotypes can have long-term effects on offspring phenotypes. These maternal
effects may begin during gestation, when maternal glucocorticoid (GC) levels may affect …

Wildlife populations are continuously altered by humans, whether this be through known
drivers like disturbance, habitat modification and loss, recreation and hunting, or via the …