With ever-growing data availability and computational power at our disposal, we now have
the capacity to use process-explicit models more widely to reveal the ecological and …

The potential for adaptive evolution to enable species persistence under a changing climate
is one of the most important questions for understanding impacts of future climate change …

Different models are available to estimate species' niche and distribution. Mechanistic and
correlative models have different underlying conceptual bases, thus generating different …

Climate change significantly affects the suitability of wildlife habitats. Thus, understanding
how animals adapt ecologically and genetically to climate change is important for targeted …

Owing to climate change, species' geographical distribution may be extended, reduced or
displaced in the future. Across species' ranges, novel climate conditions may also expose …

Restoring biodiversity‐based resilience and ecosystem multi‐functionality needs to be
informed by more accurate predictions of animal biodiversity responses to environmental …

The breadth of a species' climatic niche is an important ecological trait that allows adaptation
to climate change, but human activities often reduce realised niche breadth by impacting …

As climate changes increasingly influence species distributions, ecosystem functions, and
biodiversity, the urgency to understand how species' ranges shift under those changes is …

The idea that several small, rather than a single large, habitat areas should hold the highest
total species richness (the so‐called SLOSS debate) brings into question the importance of …

Anticipating and preparing for the effect of environmental changes on biodiversity requires to
understand and predict both the ecological and evolutionary responses of populations …