The Convention on Biological Diversity anticipates the establishment of a clearing house mechanism to promote and facilitate technical and scientific cooperation in the field of conservation and sustainable use of biological diversity. This paper was prepared by WCMC at the request of the Interim Secretariat, as an input to discussion on the form the clearing house for biodiversity information would take, and the manner in which it would operate. The research was supported by the UK Department of Trade and Industry.Resource Type: Reports
These handbooks were prepared by the members of the Biodiversity Conservation Information System (BCIS) consortium to support BCIS Members and others making decisions on the conservation and sustainable use of living resources. The handbooks form part of a comprehensive set of supporting materials designed to build information management capacity and improve decision-making.Resource Type: Reports
We generated biodiversity surfaces for both present-day and pre-human landscapes to map spatial patterns of change in a diverse ecological community to calculate the combined biodiversity impacts of habitat loss and fragmentation that accounts for the exact spatial pattern of deforestation. Our spatially-explicit, landscape-scale index of community change shows how the fine-scale configuration of habitat loss sums across a landscape to determine changes in biodiversity at a larger spatial scale. After accounting for naturally occurring within-forest heterogeneity, we estimate that the conversion of 43% of forest to grassland in a 1300 km2 landscape in New Zealand resulted in a 47% change to the beetle community.Resource Type: Journal Papers
This eight volume series, developed for use by decision-makers, mid-career professionals, and interested parties, reviews the issues and processes involved in the management of biodiversity information to support the conservation and sustainable use of living resources. They also provide a framework for the development of national plans and strategies and for meeting reporting obligations of international programmes and conventions.Resource Type: Reports
With a view to the future, the book points the reader to the Mountain Biodiversity Portal (http://www.mountainbiodiversity.org) that has just been launched by the GMBA and the Global Biodiversity Information Facility (GBIF). This tool has the potential to greatly facilitate access to mountain biodiversity data because it allows users to find GBIF data for specific elevational and thermal belts within their region of interest. A very similar tool already allows users of the World Database on Protected Areas (http://www.wdpa.org) to find GBIF data for a protected area of interest. Thanks to these collaborative efforts, researchers will increasingly get the data they require without the need to carry out time-consuming overlays of species and other data sets for their region of interest. The GMBA/GBIF Mountain Biodiversity Portal is a fine example for the technical possibilities of our time and will certainly help to further stimulate the creative use of georeferenced biodiversity data promoted by this book.Resource Type: Journal Papers
The Atlas begins with contributions from experts in many geographical fields, providing detailed information on the key issues facing the world today - climate change, environmental threats, global communications, biodiversity and energy resources - with supporting maps, images, photographs and graphics to illustrate the physical world today and man's interaction with it.
For this new edition, all the maps and detailed thematic information are updated with the latest geographical and geo-political changes - these include an estimated 20,000 updates with 3,500 changes to place names and are illustrated with the latest satellite imagery.
The study reviews the situation regarding Protected Area extent, legal status and management constraints in each country and territory of East Asia, using a regional review and gap analysis by applying a simple GIS overlay approach. The WDPA has available a near complete GIS cover of PAs in the region and most large PAs are represented by polygons (boundary information). A few large PAs and many very small PAs are represented by circles of correct area around known centre points of the PAs held in the database.
As the importance of mountain spaces is more widely recogised, it seems necessary to establish a coherent definition of these spaces. The UNEP World Conservation Monitoring Centre (UNEP-WCMC) proposed the first global delineation in 2000. However, certain European countries have used national definitions of mountain spaces since the 1950s. Within the framework of social and economic integration policies at the heart of the European Union, an agreed delineation of European mountain spaces has been established, based on the definition proposed by UNEP-WCMC. The process of adaptation of the global definition to the European context is described, as well as the results for 29 European countries.Resource Type: Journal Papers
There are several things environmental managers need to know for a practical understanding. For instance:
What exactly does the information from a particular satellite sensor represent?
How can this information be translated into a useful indicator?
What are the common indicators associated with each major biome?
What range of accuracy might one expect from a particular remotely sensed indicator, and what
conditions affect this accuracy?
We address these and other questions while presenting the overall role that remote sensing can play for developing and monitoring biodiversity indicators relevant to various strategic components of the Convention on Biological Diversity (CBD).Resource Type: Reports
Although Asian bamboo species constitute a non-timber forest product of major cultural and economic importance, no detailed regional assessment of their distribution patterns has previously been made. To assess the potential of the existing bamboo species distribution data for production of regional mapping tools for planning the conservation of forest-based biodiversity, data on bamboo distribution and forest cover were combined. Over 1000 bamboo species from 60 genera of woody bamboos were incorporated, allowing the mapping of individual species or groups of species and genera, along with potential species richness and biodiversity hotspots. Over 6.3 million km2 of Asian forest potentially contains bamboo, with highest densities indicated from northeastern India through Burma to southern China, and through Sumatra to Borneo. The highest figures for potential species richness (144 spp per square km) were recorded in forests of south China, including Hainan Island. Despite substantial inadequacies and inconsistencies in knowledge of the taxonomy and distribution of bamboo species, this approach may provide a valuable tool for planning in situ conservation of forest biodiversity.Resource Type: Journal Papers
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