Understanding how species ranges shift as climates rapidly change informs us how to
effectively conserve vulnerable species. Species distribution models (SDMs) are an …

Most comparative studies of biological communities in different biogeographical regions
highlight ecological convergence under matched environments. Here we use savanna ant …

Aim Predicting future changes in species richness in response to climate change is one of
the key challenges in biogeography and conservation ecology. Stacked species distribution …

Bats are important components of global ecosystems, providing essential ecosystem
services with substantial economic benefit. Yet North American bat populations have been …

Effective conservation of rare species requires reasonable knowledge of population
locations. However, surveys for rare species can be time-intensive and therefore expensive …

Measuring species richness at varying spatial extents can be challenging, especially at
large extents where exhaustive species surveys are difficult or impossible. Our work aimed …

Integrated distribution models (IDMs), in which datasets with different properties are
analysed together, are becoming widely used to model species distributions and abundance …

This study contributes to an understanding of megadiversity in the arid-adapted ant genus
Melophorus by presenting an integrated genetic, morphological and distributional analysis …

The spatial patterns of species richness can be used as indicators for conservation and
restoration, but data problems, including the lack of species surveys and geographical data …

Conservation planning for wildlife species requires mapping and assessment of habitat
suitability across broad areas, often relying on a diverse suite, or stack, of geospatial data …