The purpose of this report is to identify the results, and initial impact of the land degradation component of those linkage projects which encompass biodiversity, international waters, and climate change with land degradation. The lessons learned from this review lead to recommendations on how land degradation issues should be addressed in focal area reviews, and in subsequent Global Environment Facility (GEF) activities. In general, the detailed study of project documents shows that the land degradation component of projects is not as strong as suggested in previous GEF reports, though this desk analysis may not reveal actual field-level actions, and priorities. It is clear, however, that the number of land degradation projects, and financial allocation to land degradation, has not increased in recent years, with the exception of medium-size projects. An initial analysis of this trend suggests some basic causes, which have limited land degradation linkage activities: project concepts are usually based on focal area activities, rather than linkage activities such as land degradation; 69 percent of projects with land degradation linkages are in the biodiversity focal area, of which 77 percent are located in, or near protected conservation areas, not usually regions of the highest land degradation concern; international waters projects have included land degradation mitigation in some cases, but the specifics have tended to focus on institutional, and water pollution aspects, rather than land degradation, mitigation, and catchment management activities; climate change projects have not in recent years, focused much on land degradation because current climate change operational programs are not addressing land management issues, though there seem to be opportunities to expand this linkage with a new operational program; and finally, the difficulty in estimating incremental costs of mitigation activities, when the activities are usually providing local, as well as global benefits. The review of project documents did provide some clear findings: GEF projects with a strong land degradation component are fewer than previously thought, revealing projects containing a strong land degradation component have been allocated about US$278 million by the GEF, though the portion that comprises the land degradation component is estimated at US$50 million of the GEF portfolio. Moreover, the most effective linkage projects appear to be those where land degradation is built in as an initial component of the problem, and the solution. And, in biodiversity linkage projects, rangeland environments have created the best land degradation/biodiversity synergy. A for international waters projects, land issues - while included - have been generally given less prominence in project implementation, and, projects with a people/land management focus tend to address land degradation issues more directly.
Details
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Author
Berry,Leonard, Olson, Jennifer
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Document Date
2001/03/30
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Document Type
Working Paper (Numbered Series)
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Report Number
26666
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Volume No
1
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Total Volume(s)
1
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Country
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Region
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Disclosure Date
2003/09/03
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Disclosure Status
Disclosed
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Doc Name
GEF Land Degradation Linkage Study
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Keywords
land degradation;Soil and Water Conservation;cost of land degradation;climate change and biodiversity;land use management plan;greenhouse gas emission;land use planning;access to land;land management activities;impact of fire;sustainable land management;climate change area;Natural Resource Management;sustainable land use;Water Resource Management;temperate forest ecosystem;conservation of ecosystems;human resource capability;global environmental benefits;quality and quantity;nonpoint source control;river flow regimes;alternative energy source;atmospheric greenhouse gas;integrate natural resource;catchment management activities;impact of land;land use practice;land use zoning;parcel of land;loss of biodiversity;watershed catchment;soil conservation activities;degradation of habitat;land use options;humid tropical forest;land use intensity;fuelwood use;land use change;climate change community;improved land management;climate change portfolio;land use system;geographic information system;improved land use;land degradation process;participatory rapid appraisal;land and water;land degradation data;threats to biodiversity;protected area;
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Citation
Berry,Leonard;Olson, Jennifer;
GEF Land Degradation Linkage Study (English). Global Environment Facility (GEF) working paper,no. 6 Washington, D.C. : World Bank Group. https://documents.worldbank.org/curated/en/936641468135585674/GEF-Land-Degradation-Linkage-Study