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Predicting the spatial pattern of disease risk in wild animal populations is important for implementing effective control programmes. We developed a r...

In managing plant diseases, there is often tension between a regulator seeking to destroy infected plants to prevent further infection on a national s...

The timing of raccoon rabies outbreaks in the eastern USA is non-random and often exhibits a seasonal peak. While fluctuations in disease transmission...

A simulation model of the dynamics of populations of Lucilia sericata was developed, based on a detailed knowledge of the effects of temperature on th...

Control of the arboviral disease vector Aedes aegypti has shown variable levels of efficacy around the globe. We evaluated an Autocidal Gravid Ovitrap...

Problems associated with the population dynamics and control of Simulium damnosum Theo. s.l. are discussed in relation to the programme for the contro...

Wildlife diseases are gathering attention worldwide due to their public health and economic or conservation impacts, and consequently, wildlife agenci...

A mathematical relationship between fox home range size and population density was derived from the literature and combined with behavioural data on m...

The relative importance of bottom-up versus top-down control of population dynamics has been the focus of much debate. In infectious disease biology, ...

In the United Kingdom, the management of bovine tuberculosis (bTB) challenges the coexistence of people and wildlife. Control of this cattle disease i...