Context Scale is the lens that focuses ecological relationships. Organisms select habitat at
multiple hierarchical levels and at different spatial and/or temporal scales within each level …

Habitat change and fragmentation are the primary causes of biodiversity loss worldwide.
Recent decades have seen a surge of funding, published papers and citations in the field as …

Anthropogenic migration barriers fragment many populations and limit the ability of species
to respond to climate‐induced biome shifts. Conservation actions designed to conserve …

Habitat loss, together with less obvious land-use changes such as intensified farming
practice, can have significant adverse impacts on biodiversity. An important factor in …

Landscape connectivity, the extent to which a landscape facilitates the flow of ecological
processes such as organism movement, has emerged as a central focus of landscape …

Climate change is arguably the greatest challenge to conservation of our time. Most
vulnerability assessments rely on past and current species distributions to predict future …

Species distribution modeling has emerged as a foundational method to predict occurrence
and suitability of species in relation to environmental variables to advance ecological …

Identifying spatial gaps in conservation networks requires information on species-
environment relationships, and prioritization of habitats and corridors. We combined multi …

Context Landscape structure shapes the genetic structure of populations by delimiting
spatial patterns of dispersal and reproduction across generations. Thus, descriptions of …

Species distribution modeling is widely used to quantify and predict species-environment
relationships. Most past applications and methods in species distribution modeling assume …