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• Catchment management and Coral Reef Conservation »

   A practical guide for coastal resource managers to reduce damage from Catchment areas based on best practice case studies

  Resource Type: Tools / Applications

• Marine Turtle Nesting Sites (1999) »

  General Data License (excluding WDPA)

  Datasets Available from UNEP-WCMC: Excluding WDPA
  Access to UNEP-WCMC datasets is provided on the understanding that you read and consent to be bound by the Terms and Conditions attached. For the purposes of this Agreement the “Data” comprise any of the spatial data and associated attribute data downloadable from the UNEP-WCMC website, excluding the World Database on Protected Areas.

  Read the data policy here

  The Global Marine Turtle Nesting database provides the distribution of
  marine turtles. Information was obtained from published and unpublished
  literature, and through liaison with turtle fieldworkers. It was intended that
  the database would be of use to a wide audience, including biologists,
  coastal planners and those concerned with emergency response to oil spills.

  The marine turtles database of nesting and feeding sites was developed by
  UNEP-WCMC over a number of years and contains source information from
  1949 to 1993. This dataset is no longer being maintained and must be used
  With caution.
   

  Resource Type: Spatial Data / Maps
• 

  Marine Turtle Feeding Sites (1999) »

  General Data License (excluding WDPA)

  Datasets Available from UNEP-WCMC: Excluding WDPA
  Access to UNEP-WCMC datasets is provided on the understanding that you read and consent to be bound by the Terms and Conditions attached. For the purposes of this Agreement the “Data” comprise any of the spatial data and associated attribute data downloadable from the UNEP-WCMC website, excluding the World Database on Protected Areas.

  Read the data policy here

  The Global Marine Turtle Nesting and Feeding Sites database provides the distribution of marine turtles. Information was obtained from published and unpublished literature, and through liaison with turtle fieldworkers. It was intended that the database would be of use to a wide audience, including biologists, coastal planners and those concerned with emergency response to oil spills.

  The marine turtles database of nesting and feeding sites was developed by UNEP-WCMC over a number of years and contains source information from 1949 to 1993.

  This dataset is no longer being maintained and must be used with caution.
   

  Resource Type: Spatial Data / Maps
• 

  Siberia - Asia's great wilderness »

• PIANC Dredging and port construction around coral reefs (2010) »

   One third of the world’s population lives in coastal areas and rapid development of these areas has meant increased construction of coastal infrastruc- ture (e.g. ports, navigation channels, coastal de- fence) and related activities (e.g. land reclamation, beach nourishment), which has inevitably led to conflicting priorities between coral reef conservation and economic growth. The key impacts of these ac- tivities, if not managed, include:
  • Direct loss of coral reef caused by the removal or burial of reefs
  • Lethal or sub-lethal stress to corals caused by elevated turbidity and sedimentation rates
  Dredging and port construction activities potentially affect not only the site itself, but also surrounding ar- eas, through a large number of impact vectors (e.g. turbid plumes, sedimentation, release of contami- nants, bathymetric changes). Effects may be imme- diate or develop over a longer timeframe and may be temporary or permanent in nature, depending on a large number of factors.

  Resource Type: Tools / Applications
• 

  Arctic Flora and Fauna: Status and Conservation »

  Arctic Flora and Fauna: Status and Conservation is the first truly circumpolar overview of Arctic biodiversity written for the nonspecialist. It provides the reader with a clear understanding of the importance of the Earth's largest ecoregion and its status in the face of a rapidly changing world.

  Resource Type: Reports
• 

  Arctic Report Card 2007 »

  An international team of research scientists has created a peer-reviewed website, http://www.arctic.noaa.gov/reportcard/, which tracks multiple changes in the Arctic environment (Fig. 1). While the 2007 loss of summertime sea ice is the most dramatic example, changes are also seen in the atmosphere, on land and in the ocean, and as shifts in location and abundance of Arctic species.

  Resource Type: Reports
• 

  Our Precious Coasts - Marine Pollution, Climate Change and the Resilience of Coastal Ecosystems »

  The ability of coral reefs to survive in a globally-warming world may crucially depend on the levels of pollution to which they are exposed, new findings indicate.

  Scientists studying reefs that were bleached in the late 1990s by high surface sea temperatures have found a link between recovery rates and the levels of contamination entering coastal waters from developments on the land.

  Resource Type: Reports
• 

  Patterns of Biodiversity in Arctic Birds: WCMC Biodiversity Bulletin No. 3 (1998) »

  Arctic ecosystems are harsh and inhospitable, containing very low species diversity. However, although the habitats are relatively homogeneous throughout the circumpolar Arctic region, differences in species richness and areas of outstanding species richness can be recognised. Analysis of patterns in species diversity can be used to prioritise regions for conservation in the Arctic. Towards this goal, the Conservation of Arctic Flora and Fauna (CAFF) programme has been compiling information on the distribution and abundance of species and ecosystems in the Arctic. The work described in this report was designed to complement other ongoing projects and was included in the CAFF V work plan. It was carried out under an EU fellowship at UNEP-WCMC.

  Resource Type: Reports
• 

  Synthesis of Effects in Four Arctic Subregions »

  An assessment of impacts on Arctic terrestrial ecosystems has emphasized geographical variability in responses of species and ecosystems to environmental change. This variability is usually associated with north-south gradients in climate, biodiversity, vegetation zones, and ecosystem structure and function. It is clear, however, that significant east-west variability in environment, ecosystem structure and function, environmental history, and recent climate variability is also important.Some areas have cooled while others have become warmer.

  Overall, the subregional synthesis demonstrates the difficulty of generalizing projections of responses of ecosystem structure and function, species loss, and biospheric feedbacks to the climate system for the whole Arctic region and implies a need for a far greater understanding of the spatial variability in the responses of terrestrial arctic ecosystems to climate change.

  Resource Type: Journal Papers