Reptile species persistence under climate change and direct human threats in north-western Argentina

VOLANTE, JOSÉ; RODRÍGUEZ-SOTO, CLARITA; NORI, JAVIER; ABDALA, CRISTIAN S.; PRESSEY, ROBERT L.; NORI, JAVIER; ABDALA, CRISTIAN S.; PRESSEY, ROBERT L.; LEYNAUD, GERARDO C.; SCROCCHI, GUSTAVO J.; LOYOLA, RAFAEL; LEYNAUD, GERARDO C.; SCROCCHI, GUSTAVO J.; LOYOLA, RAFAEL; VOLANTE, JOSÉ; RODRÍGUEZ-SOTO, CLARITA

ENVIRONMENTAL CONSERVATION

CAMBRIDGE UNIV PRESS

Año: 2018 vol. 45 p. 83 - 89

0376-8929

Protected areas have been established historically in residual places where the potential for extractive uses is low, implying that places at risk are usually underprotected. Argentina is no exception,with fewprotected areas established in productive regions that are prone to conversion. Here, using reptiles as a study group and considering the most important human threats in north-esternArgentina,we estimated priority conservation areas where we expect species to persist in the face of climate change and land conversion. Protected areas cover no more than 9% of the study region, but represent less than 15% of reptile distributions. There are great opportunities for improving the conservation status in the region by protecting only 8% more of north-western Argentina, with the level of species protection inside the protected area network increasing almost four-fold, reaching 43% of species distributions on average and 59% of the distributions of threatened reptiles. Fortunately, the highest diversity of reptiles in the region does not match the places targeted for agriculture expansion. Our findings suggest that future prioritization schemes should embrace other groups that are especially diverse in the Chaco ecoregion, which overlaps with our study area