Species ranges are seldom at equilibrium with climate, because several interacting factors
determine distribution, including demographic processes, dispersal, land use, disturbance …

Climate changes impose requirements for many species to shift their ranges to remain within
environmentally tolerable areas, but near‐continuous regions of intense human land use …

Understanding the drivers of population abundance across species and sites is crucial for
effective conservation management. At present, we lack a framework for predicting which …

Empirical studies and habitat suitability modeling project significant shifts in species
distributions in response to climate change. Because habitat fragmentation can impede …

Planning for nature conservation has increasingly emphasised the concepts of resilience
and spatial networks. Although the importance of habitat networks for individual species is …

Climate change is increasingly altering the composition of ecological communities, in
combination with other environmental pressures such as high‐intensity land use. Pressures …

Ecological responses to climate change may depend on complex patterns of variability in
weather and local microclimate that overlay global increases in mean temperature. Here, we …

Protected areas (PAs) are a core component in global efforts to prevent further declines in
biodiversity. We examine whether the United Kingdom's PA portfolio has reduced local …

Landscape-scale approaches to conservation stem largely from the classic ideas of reserve
design: encouraging bigger and more sites, enhancing connectivity among sites, and …

Mountain butterflies have evolved efficient thermoregulation strategies enabling their
survival in marginal conditions with short flight season and unstable weather. Understanding …