PQ3 (NVCC): Difference between revisions

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|BelongsToComponent=Natural vegetation and carbon cycle
|BelongsToComponent=Natural vegetation and carbon cycle
|BelongsToTheme=Multiple themes
|BelongsToTheme=Multiple themes
|ThemeItem=Degradation; GHG emissions qqq
|ThemeItem=Degradation; GHG emissions
|ThemeItem=Degradation; GHG emissions qqq
|ThemeItem=Degradation; GHG emissions
|ThemeItem=Degradation; GHG emissions qqq
|ThemeItem=Degradation; GHG emissions
|ThemeItem=Degradation; GHG emissions qqq
|ThemeItem=Degradation; GHG emissions
|ThemeItem=Degradation; GHG emissions qqq
|ThemeItem=Degradation; GHG emissions
|ThemeItem=Degradation; GHG emissions qqq
|ThemeItem=Degradation; GHG emissions
|ThemeItem=Degradation; GHG emissions qqq
|ThemeItem=Degradation; GHG emissions
|ThemeItem=Degradation; GHG emissions qqq
|ThemeItem=Degradation; GHG emissions
|Keyword=forestry; zzz land use; zzz ghg emissions; zzz carbon storage
|Keyword=forestry; zzz land use; zzz ghg emissions; zzz carbon storage
}}
}}

Revision as of 14:02, 17 February 2014

Description: What opportunities exist to reduce land-use related carbon emissions (e.g. REDD) and even enhance the carbon uptake through the establishment of new forests.
Belongs to component: Natural vegetation and carbon cycle