Predicting how the range dynamics of migratory species will respond to climate change requires a mechanistic understanding of the factors that operate across the annual cycle to …
Body-size reductions are a pervasive response to climate change, and body size is a central trait linking together multiple axes of ecology, physiology and life history. Using a …
Residential yards are a form of urban land use that cover a considerable amount of area in cities worldwide and provide important habitat for wildlife, especially when landscaped with …
Migratory species are rapidly declining but we rarely know which periods of the annual cycle are limiting for most species. This knowledge is needed to effectively allocate conservation …
Shifts in reproductive phenology due to climate change have been well documented in many species but how, within the same species, other annual cycle stages (eg moult …
The contribution of interspecific competition to structuring population and community dynamics remains controversial and poorly tested. Interspecific competition has long been …
Understanding the factors that limit and regulate wildlife populations requires insight into demographic and environmental processes acting throughout the annual cycle. Here, we …
Compared to nonmigratory species, seasonal migratory species face different anthropogenic threats and respond differently to such threats. Protecting seasonal migratory …
Observational studies have not yet shown that environmental variables can explain pervasive nonlinear patterns of species abundance, because those patterns could result …