Title of article :
The biodiversity of the Albertine Rift Original Research Article
Author/Authors :
Andrew J. Plumptre، نويسنده , , Tim R.B. Davenport، نويسنده , , Mathias Behangana، نويسنده , , Robert Kityo، نويسنده , , Gerald Eilu، نويسنده , , Paul Ssegawa، نويسنده , , Corneille Ewango، نويسنده , , Danny Meirte، نويسنده , , Charles Kahindo، نويسنده , , Marc Herremans، نويسنده , , Julian Kerbis Peterhans، نويسنده , , John D. Pilgrim، نويسنده , , Malcolm Wilson، نويسنده , , Marc Languy، نويسنده , , David Moyer، نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2007
Pages :
17
From page :
178
To page :
194
Abstract :
The Albertine Rift is one of the most important regions for conservation in Africa. It contains more vertebrate species than any other region on the continent and contains more endemic species of vertebrate than any other region on mainland Africa. This paper compiles all currently known species distribution information for plants, endemic butterfly species and four vertebrate taxa from the Albertine Rift. The literature on fish species richness and endemism is also reviewed to assess the importance of the larger lakes in the Rift for conservation. We use data from 38 protected and unprotected areas to prioritise sites within the Albertine Rift for conservation based upon their numbers of endemic and globally threatened species. Virunga and Kahuzi Biega National Parks and Itombwe Massif in Democratic Republic of Congo, Bwindi Impenetrable and Kibale National Parks in Uganda, and Nyungwe National Park in Rwanda rank highest in terms of numbers of both endemic and globally threatened species. Six conservation landscapes are described that include most of these sites and it is argued that a focus on these landscapes may be a more holistic method to ensure the safety of the priority areas of the Albertine Rift.
Keywords :
Biodiversity , Priority setting , Albertine Rift , Mammals , Birds , plants , reptiles , Amphibians
Journal title :
Biological Conservation
Serial Year :
2007
Journal title :
Biological Conservation
Record number :
837725
Link To Document :
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