pnas.0704469104
has quoted text: At resolutions less than 2° (≈200 km), range maps overestimate the area of occupancy of individual species and mischaracterize spatial patterns of species richness, resulting in up to two-thirds of biodiversity hotspots being misidentified.
comment: This foundational study showed that species-richness patterns derived from range maps are strongly scale-dependent: at coarse resolutions (~200 km), up to two-thirds of biodiversity hotspots can be misidentified. It provides the baseline for evaluating high-resolution biodiversity projections, including the DestinE Climate DT–based Iberian Bombus chain. The key question is whether finer Climate-DT resolutions eliminate or merely reduce this scale dependence.

https://w3id.org/sciencelive/np/RADLy9WnL1eVbgvcKiJZRbVGM_Y-JNXcGE92I9EXYN1FY
created: 2026-05-21T08:00:16.479Z
creator: Anne Fouilloux
license: https://creativecommons.org/licenses/by/4.0/
has nanopub type: cites
was created at: platform.sciencelive4all.org
label: Paper annotation: At resolutions less than 2° (≈200 km), range maps overestimate the area of occupancy of individual species and mischaracterize spatial patterns of species richness, resulting in up to two-thirds of biodiversity hotspots being misidentified.
type: Nanopublication
has assertion: assertion
has provenance: provenance
has publication info: pubinfo

sig
has algorithm: RSA
signed by: Anne Fouilloux