Search

1. Identifying and understanding status and trends in ecological indicators motivates continual monitoring over decades. Many programs rely on probabi...

Increasing sophistication of population viability analysis has broadened our capacity to model population change while accounting for system complexit...

Deterministic disease/host models based on differential equations, with and without age-structure, are used to aid understanding of the epidemiology o...

Batrachochytrium dendrobatidis (Bd) has been associated with massive amphibian population declines worldwide. Wildlife vaccination campaigns have prov...

Emerging wildlife diseases pose a significant threat to natural and human systems. Because of real or perceived risks of delayed actions, disease mana...

Theoretical models suggest that increased vector species participation in pathogen transmission significantly increases the prevalence of vector and h...

Disease prevalence in wildlife is governed by epidemiological parameters (infection and recovery rates) and response to infection, both of which vary ...

Introduced, managed bees such as mason bees (genus Osmia) can confer significant pollination benefits to agricultural systems, but a risk of introduci...

Surveillance of wildlife diseases poses considerable logistical challenges compared to that of humans or livestock. Citizen science can enable broader...

Culling, either of all animals or infected animals only, is often suggested as a way of managing infectious diseases in wildlife populations. However,...