Amphibian conservation, land-use changes and protected areas: A global overview

NORI J.; LEMES, P.; URBINA-CARDONA, N; BALDO, DIEGO J.; LESCANO J.N; LOYOLA, R. D.

BIOLOGICAL CONSERVATION

ELSEVIER SCI LTD

Lugar: Amsterdam; Año: 2015

0006-3207

Amphibians are undergoing a global conservation crisis, and they are one of the most underrepresented groups ofvertebrates in the global network of protected areas (PAs). In this study, we evaluated the ability of the world´sPAs to represent extant amphibian species. We also estimated the magnitude of the human footprint along thegeographic distributions of gap species (i.e., those with distributions totally outside PAs). Twenty-four percentof species (n = 1535) are totally unrepresented, and another 18% (n = 1119) have less than 5% of their distribution inside PAs. Nearly half of all species with ranges under 1000 km2do not occur inside any PA. Furthermore,more than 65% of the distribution of gap species is in human-dominated landscapes. Although the Earth´s PAshave greatly increased during the last ten years, the number of unprotected amphibians has also grown. Tropicalcountries in particular should strongly consider (1) the importance of using amphibians to drive conservationpolicies that eventually lead to the implementation and management of PAs, given amphibians´ extinction riskand ability to act as bioindicators; (2) the effectiveness of national recovery plans for threatened amphibian species; and (3) the need for increased funding for scientific research to expand our knowledge of amphibian species. Meanwhile, data-deficient amphibian species should receive a higher priority than they usually receive inconservation planning, as a precautionary measure. Throughout this paper, we point out several challenges increating more comprehensive amphibian conservation strategies and opportunities in the next decade