Open AccessFiddling in biodiversity hotspots while deserts burn? Collapse of the S ahara's megafauna
Author(s) -
Durant S. M.,
Wacher T.,
Bashir S.,
Woodroffe R.,
Ornellas P.,
Ransom C.,
Newby J.,
Abáigar T.,
Abdelgadir M.,
El Alqamy H.,
Baillie J.,
Beddiaf M.,
Belbachir F.,
BelbachirBazi A.,
Berbash A. A.,
Bemadjim N. E.,
BeudelsJamar R.,
Boitani L.,
Breitenmoser C.,
Cano M.,
Chardonnet P.,
Collen B.,
Cornforth W. A.,
Cuzin F.,
Gerngross P.,
Haddane B.,
Hadjeloum M.,
Jacobson A.,
Jebali A.,
Lamarque F.,
Mallon D.,
Minkowski K.,
Monfort S.,
Ndoassal B.,
Niagate B.,
Purchase G.,
Samaïla S.,
Samna A. K.,
SilleroZubiri C.,
Soultan A. E.,
Stanley Price M. R.,
Pettorelli N.
Publication year - 2014
Publication title -
diversity and distributions
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.918
H-Index - 118
eISSN - 1472-4642
pISSN - 1366-9516
DOI - 10.1111/ddi.12157
Subject(s) - megafauna , biodiversity , geography , wildlife , biodiversity hotspot , ecology , environmental resource management , biology , archaeology , environmental science , pleistocene
Biodiversity hotspots understandably attract considerable conservation attention. However, deserts are rarely viewed as conservation priority areas, due to their relatively low productivity, yet these systems are home to unique species, adapted to harsh and highly variable environments. While global attention has been focused on hotspots, the world's largest tropical desert, the S ahara, has suffered a catastrophic decline in megafauna. Of 14 large vertebrates that have historically occurred in the region, four are now extinct in the wild, including the iconic scimitar‐horned oryx ( O ryx dammah) . The majority has disappeared from more than 90% of their S aharan range, including addax ( A ddax nasomaculatus ), dama gazelle ( N anger dama) and S aharan cheetah ( A cinonyx jubatus hecki ) – all now on the brink of extinction. Greater conservation support and scientific attention for the region might have helped to avert these catastrophic declines. The S ahara serves as an example of a wider historical neglect of deserts and the human communities who depend on them. The scientific community can make an important contribution to conservation in deserts by establishing baseline information on biodiversity and developing new approaches to sustainable management of desert species and ecosystems. Such approaches must accommodate mobility of both people and wildlife so that they can use resources most efficiently in the face of low and unpredictable rainfall. This is needed to enable governments to deliver on their commitments to halt further degradation of deserts and to improve their status for both biodiversity conservation and human well‐being. Only by so‐doing will deserts be able to support resilient ecosystems and communities that are best able to adapt to climate change.