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Conversion of natural habitats to human use can affect the abundance and distribution of predators and parasites, create population sinks, and reduce ...

Predicting how populations may respond to climate change and anthropogenic pressures requires detailed knowledge of demographic traits, such as surviv...

Because of changing land-use practices and abandonment, many European calcareous grasslands are under increasing threat. In order to protect those gra...

1. Estimates of species abundance are of key importance in population and ecosystem level research but can be hard to obtain. Study designs using came...

Better tools are needed to predict population connectivity in complex landscapes. 'Least-cost modelling' is one commonly employed approach in which di...

These two parts of a series deal with studies in an apple orchard in south-eastern England in 1953-59 on the effect of routine sprays of winter wash (...

Plateau pikas Ochotona curzoniae are considered a pest species on the Tibetan Plateau because they compete with livestock for forage and their burrowi...

Camera traps have great potential for generating wildlife insights by providing high resolution site-specific data. Methods of data collection and ana...

Changes in phenology are a common response to climate change, but their impact on population dynamics is often ambiguous and at-risk species are omitt...

Managing wildlife populations for conservation, control or harvesting involves uncertainty. Nevertheless, decisions need to be made based on the avail...