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International policy for the management of wildlife disease(s) plays an important role for concerted action, and changes to policy should be evidence-...

1. Multi-strain, host-disease dynamics describe a system where multiple strains of a pathogen compete for susceptible individuals of a single host. Th...

Landscape connectivity is a major factor shaping the spread of pathogens in wildlife populations. By managing connectivity, transmission pathways can ...

Culling wildlife as a form of disease management can have unexpected and sometimes counterproductive outcomes. In the UK, badgers Meles meles are cull...

Human modification of landscapes and associated disturbances may facilitate the emergence and spread of zoonotic diseases. Policy-makers need better u...

Interventions against infectious diseases in wildlife are increasingly necessary but remain problematic. Dissimilar to public and domestic animal heal...

Wind farms are emerging as a major cause of mortality of large scavenging bird species, which may be catastrophic when they operate in concert with ot...

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

Koi herpesvirus can cause serious disease in carp Cyprinus carpio populations globally. Populations of carp exposed to the virus are already widesprea...

The population dynamics of Biomphalaria pfeifferi were studied at 4 river sites in the Zimbabwe highveld for periods of 4 to 28 months during 1986 to ...