Amphibian biodiversity congruence and conservation priorities in China: Integrating species richness, endemism, and threat patterns

Amphibian biodiversity congruence and conservation priorities in China: Integrating species... Species richness, endemism, and threat status represent different biodiversity attributes important in identifying biodiversity hotspots and conservation priorities. Global distributions of areas with the most species overall, most endemic species, and most threatened species are often not coincident. Previous studies have only considered single patterns or have considered patterns separately, such that an integrated biodiversity index is needed for biodiversity assessment and conservation planning. Based on a comprehensive database of amphibian distributions in China, we analyzed the congruence of species richness (SR), endemic species richness (EMSR), IUCN threatened species richness (THSR), proportion of endemic species (%EM), and proportion of IUCN threatened species (%TH). To identify conservation priorities and protection gaps for Chinese amphibians, we explored an integrated indicator that simultaneously considered the five biodiversity patterns using principal component analyses. Although we found significant nonlinearities among SR, EMSR, and THSR patterns, their relationships to %EM and %TH were weak, and overlaps in hotspots of the five biodiversity types were limited. Our results showed that amphibian biodiversity hotspots are focused in southern, southwestern, and central China, and that the national protected area network is not effective in representing amphibian species distributions and addressing amphibian conservation priorities in China. The network is particularly ineffective in the south, which has the highest biodiversity in China, but small and insufficient protected areas. Policy, governance, and the protected area system must be revised and improved. We provide an integrated biodiversity indicator that can provide a reference for conservation priority setting for different taxa in other areas. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Biological Conservation Elsevier

Amphibian biodiversity congruence and conservation priorities in China: Integrating species richness, endemism, and threat patterns

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Publisher
Elsevier
Copyright
Copyright © 2015 Elsevier B.V.
ISSN
0006-3207
D.O.I.
10.1016/j.biocon.2015.08.028
Publisher site
See Article on Publisher Site

Abstract

Species richness, endemism, and threat status represent different biodiversity attributes important in identifying biodiversity hotspots and conservation priorities. Global distributions of areas with the most species overall, most endemic species, and most threatened species are often not coincident. Previous studies have only considered single patterns or have considered patterns separately, such that an integrated biodiversity index is needed for biodiversity assessment and conservation planning. Based on a comprehensive database of amphibian distributions in China, we analyzed the congruence of species richness (SR), endemic species richness (EMSR), IUCN threatened species richness (THSR), proportion of endemic species (%EM), and proportion of IUCN threatened species (%TH). To identify conservation priorities and protection gaps for Chinese amphibians, we explored an integrated indicator that simultaneously considered the five biodiversity patterns using principal component analyses. Although we found significant nonlinearities among SR, EMSR, and THSR patterns, their relationships to %EM and %TH were weak, and overlaps in hotspots of the five biodiversity types were limited. Our results showed that amphibian biodiversity hotspots are focused in southern, southwestern, and central China, and that the national protected area network is not effective in representing amphibian species distributions and addressing amphibian conservation priorities in China. The network is particularly ineffective in the south, which has the highest biodiversity in China, but small and insufficient protected areas. Policy, governance, and the protected area system must be revised and improved. We provide an integrated biodiversity indicator that can provide a reference for conservation priority setting for different taxa in other areas.

Journal

Biological ConservationElsevier

Published: Nov 1, 2015

References

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