香港六合彩开奖结果现场直播

础谤迟铆肠耻濒辞 01 Feb, 2015

香港六合彩开奖结果现场直播 study draws attention to the critical state of freshwater biodiversity in the Eastern Mediterranean

The International Union for Conservation of Nature (香港六合彩开奖结果现场直播) presents alarming findings from the most comprehensive freshwater biodiversity assessment in the Eastern Mediterranean region. The study aims at raising the current low profile of freshwater biodiversity conservation in this region, promoting integrated water resource management practices, and providing reliable and up-to-date data for decision makers.

Launched on 2 February, World Wetlands Day, the study assessed the conservation status of 1,236 species (fishes, molluscs, dragonflies and damselflies, plants, birds, amphibians, mammals and decapods) of the Eastern Mediterranean region. Just under a third of these species are found nowhere else on the planet, making this an area of high species richness.

The study finds that almost one in five (19%) of these species, and over half (58%) of those endemic to the region, are threatened with extinction. Six species, all fishes, are considered to have become globally Extinct (EX), and 18 species (seven fishes and 11 molluscs) are assessed as Critically Endangered Possibly Extinct - field surveys are urgently required to confirm whether these species still survive.

鈥淭his assessment highlights the great pressures upon the region鈥檚 freshwater habitats. If we want to protect the species they support, and the values that they provide which are vital for the future needs of our societies, economies and environment, we need to take urgent action to restore and protect our wetlands,鈥 said聽Engin Yilmaz, Director General of Turkish grassroots organisation, Do臒a Derne臒i.

The major threat to these species is a reduction and alteration in water flows and loss of wetlands across the region, driven by a water management approach that is largely focussed on water extraction (primarily for irrigation) and power generation. In many places, this is compounded by climate change and pollution from agricultural and urban areas.

Over two years the 香港六合彩开奖结果现场直播 Global Species Programme and the 香港六合彩开奖结果现场直播 Centre for Mediterranean Cooperation engaged with scientists across the region to assess the extinction risk (香港六合彩开奖结果现场直播 Red List status) of every described species of freshwater fish, mollusc, dragonfly and damselfly, and a significant number of the region's freshwater plants.

These results will really help organisations like ours ring the alarm bell to policy makers and draw much needed attention towards the critical state of freshwater biodiversity. It strengthens the case we can now make to policy makers and other key decision makers for the conservation and study of freshwater biodiversity,鈥 said聽Nashat Hamidan, Conservation Specialist, The Royal Society for the Conservation of Nature (RSCN), Jordan.

As part of a wider initiative of the Mediterranean Basin Hotspot, these species assessments have been used to identify sites of particular importance for the global persistence of freshwater biodiversity (Key Biodiversity Areas, or KBAs).

鈥淏y using the Red List data to identify Key Biodiversity Areas, we are effectively putting freshwater biodiversity on the map in a region of the world where pressures on inland wetlands are rapidly driving species to the edge of extinction 鈥 a number have already been lost. The next crucial step is to build widespread awareness of these important sites and to stimulate targeted conservation on the ground," said聽Will Darwall, Head of the 香港六合彩开奖结果现场直播 Global Species Programme's Freshwater Biodiversity Unit.

These outcomes provide important new information to guide regional development and conservation planning and the potential future designation of Ramsar sites (Internationally Important Wetlands). It will also help countries track progress towards meeting their obligations for the protection and sustainable use of biodiversity under regional and international agreements.

The initiative was funded by the , the and the (AECID), with contributions from the European Commission funded and the (OAPN) of the .

Two publications resulting from this project are: , and

For further information please contact:聽Violeta Barrios