Predicting changes in potential habitat for endangered species as a result of global warming
requires considering more than future climate conditions; it is also necessary to evaluate …

The benefits of protected areas (PAs) for biodiversity have been questioned in the context of
climate change because PAs are static, whereas the distributions of species are dynamic …

Climate change is driving shifts in the distribution of plants and animals, and prioritizing
management actions for such shifts is a necessary but technically difficult challenge. We …

Conservation of biologically diverse regions has thus far been accomplished largely through
the establishment and maintenance of protected areas. Climate change is expected to shift …

Expanding the global protected area network is critical for addressing biodiversity declines
and the climate crisis. However, how climate change will affect ecosystem representation …

Future expected changes in climate and human activity threaten many riparian habitats,
particularly in the southwestern US Using Maximum Entropy (MaxEnt3. 3.3) modeling, we …

Spatial conservation planning methodologies have traditionally been implemented under
the assumption that species distributions change relatively slowly, unless they are directly …

Spatial conservation prioritization should seek to anticipate climate change impacts on
biodiversity and to mitigate these impacts through the development of dynamic conservation …

Identifying refugia is a critical component of effective conservation of biodiversity under
anthropogenic climate change. However, despite a surge in conceptual and practical …

The Caatinga is a semiarid biome of the northeast of Brazil with only 1% of its territory
currently conserved. The biome's biodiversity is highly threatened due to exposure to land …