Orchidaceae show remarkable diversity in pollination strategies, but how these strategies
vary globally is not entirely clear. To identify regions and taxa that are data-rich and lend …

Predicting connectivity, or how landscapes alter movement, is essential for understanding
the scope for species persistence with environmental change. Although it is well known that …

Integration of ecological and evolutionary features has begun to understand the interplay of
tumor heterogeneity, microenvironment, and metastatic potential. Developing a theoretical …

The long‐term fate of populations experiencing disequilibrium conditions with their
environment will ultimately depend on how local colonization and extinction dynamics …

The rescue effect in metapopulations hypothesises that less isolated patches are unlikely to
go extinct because recolonisation may occur between breeding seasons ('recolonisation …

I highlight how disturbance determines species distributions and the implications for
conservation practice. In particular, I describe opportunities to mitigate some of the threats to …

Aim Ecological niche models (ENMs) are based mainly on environmental (mostly climatic)
and occurrence data to predict the potential distribution of species. In freshwater habitats …

Conservation and management increasingly focus on connectivity, because connectivity
driven by variation in immigration rates across landscapes is thought to be crucial for …

Understanding the spatial scale of population structure is fundamental to long‐standing
tenets of population biology, landscape ecology and conservation. Nonetheless, identifying …

Context Asymmetric movements, in which the probability of moving from patch i to patch j is
not necessarily the same as moving in the opposite direction, may be the rule more than the …