Linked from

The 15 pages that link to Species distribution modeling, each with the reason it gives.

• Ecological nicheRelated: Niche-related environmental limits provide a basis for predicting potential geographic ranges.

• Marine biodiversityRelated: Models help predict how marine species ranges may shift as ocean conditions change.

• Cloud forestRelated: Models project whether cloud-forest species can track shifting climates across mountain slopes.

• Thermal performance curveRelated: Thermal performance helps connect temperature conditions to survival and geographic range.

• PhytogeographyRelated: Models estimate suitable plant ranges, but depend on data and assumptions.

• GuitarfishRelated: Sparse records make it difficult to map the ranges of many guitarfish species.

• Long-tailed weaselRelated: Models can test how climate and habitat shape the weasel's broad range.

• Zebra sharkRelated: Models can identify suitable reef habitat and inform surveys of declining populations.

• Banded palm civetRelated: Better occurrence records could improve maps of suitable habitat across its range.

• Duttaphrynus melanostictusRelated: Models help assess where this adaptable toad could establish beyond its current range.

• Pallas's catRelated: Models help identify suitable habitat where field observations are scarce.

• Philippine eagleRelated: Models can identify suitable but poorly surveyed forest for the Philippine eagle.