Critical Ecosystem Patrnership Fund

The potential for numerous amphibian species to go extinct in Oaxaca and Chiapas is high and worthy of being considered a major environmental problem. This report summarizes the findings of a project aimed at gathering information at 16 sites in southern Mexico which had been identified in 2005 as being essential to the continued existence of 22 highly threatened amphibian species, the hope being that it could help initiate conservation action. Site and species information are presented as a series of profiles. 

Le hotspot  (point chaud) de la biodiversité du bassin méditerranéen est bien connu pour l'importance que sa biodiversité revêt à l'échelle mondiale, mais l'importance de la biodiversité d'eau douce n'était pas reconnue précédemment. Dans le cadre de ce projet, les ZCB d'eau douce ont maintenant été identifées, cartographiées et validées dans une grande partie du hotspot méditerranéen. à présent, il est important de faire prendre conscience de leur statut en tant que ZCB d'eau douce validées, et de mettre en place des programmes d'actions de conservation adaptées sur ces sites.

With over 2,700 endemic plant taxa, including relict species, the Caucasus region is one of the world’s most beautiful and important biodiversity hotspots.

The Eastern Mediterranean region supports just over 4.4% of the global human population yet contains only 1.1% of its renewable water resources, which are under constant threat from the impacts of unsustainable water withdrawal, dam development and climate change. This IUCN report and accompanying dataset represents a major advance in the provision of information to help incorporate biodiversity needs into water development planning processes within an Integrated River Basin Management framework.

While the Mediterranean basin biodiversity hotspot is well known for its globally important biodiversity, its freshwater biodiversity has not been as widely recognized for its importance. Through this project, freshwater key biodiversity areas (KBAs) have now been identified, mapped and validated throughout much of the Mediterranean hotspot.