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CCEP > Our Work > Carbon in Natural Systems

 

Carbon in Natural Systems

Carbon in Natural SystemsDeforestation of tropical landscapes accounts for more global carbon emissions than the entire transportation sector worldwide. Current efforts to protect tropical forests include: 1) the development of global carbon markets, where reducing emissions from deforestation and degradation (REDD+) can be monetized to support forest protection polices; and 2) international agreements to finance such policies. Our researchers are working to strengthen both tracks by:

  • working with international decisionmakers and conducting interdisciplinary research around REDD+ and forest carbon market design issues to help create strong policy frameworks and accelerate public and private action;

  • developing the Forest Carbon Index to compile and display global data relating to biological, economic, governance, investment, and market readiness conditions for every forest and country in the world, revealing the best places for forest carbon investments.

Our experts are also investigating the value of “blue carbon” stored in mangroves, seagrasses, and salt marshes, and how policy can protect and conserve those critical ecosystems.

Featured Research
  Forest Carbon Index
RFF’s interactive Forest Carbon Index provides a wealth of data to help guide global forest carbon investment.
 
Featured Research
  "Blue Carbon": A Potentially Winning Climate Strategy
Researchers use high-resolution spatial estimates of projected emissions from mangrove loss to create supply curves for avoided emissions.
 
Resource Library
  Read selected works from our body of research on Carbon in Natural Systems.