Habitat assessments for biodiversity conservation are often complicated by the lack of
detailed knowledge of a study species' distribution. As an alternative to resource-intensive …

Strictly speaking, fundamental niches are inestimable. Nevertheless, ecologists attempt
approximating them to understand species' distribution and plasticity to environmental …

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 …

Quantifying habitat use is important for understanding how animals meet their requirements
for survival and provides information for conservation planning. Currently, assessments of …

Research has shown that varying spatial scale through the selection of the total extent of
investigation and the grain size of environmental predictor variables has effects on species …

Scale is a vital component to consider in ecological research, and spatial resolution or grain
size is one of its key facets. Species distribution models (SDMs) are prime examples of …

Multi‐scale resource selection modeling is used to identify factors that limit species
distributions across scales of space and time. This multi‐scale nature of habitat suitability …

Species distribution modelling (SDM) can help conservation by providing information on the
ecological requirements of species at risk. We developed habitat suitability models at …

Wildlife managers often use habitat models to determine species habitat requirements and
to identify locations for conservation efforts, uses which depend on accurate specification of …

Application of remote sensing and Geographic Information System (GIS) as a tool has
assumed an immense significance in habitat suitability modelling for various wildlife species …