A Three-Fund Approach to Incorporating Government, Public and Private Forest Stewards into a REDD Funding Mechanism

19 de setembro de 2008

set 19, 2008

Tracy Johns, Frank Merry, Claudia M. Stickler, Daniel Nepstad, Nadine Laporte, Scott Goetz

The role of tropical deforestation in global climate change is a strong justification for its inclusion in the UN’s global climate treaty. In order to successfully address deforestation and forest degradation in developing countries, a compensation scheme must include the main actors involved in deforestation and provide incentives for forest stewards who protect forest carbon stores.

Since each tropical forest country represents a different mix of public and private tenure of forested land, policies at the UNFCCC level will need to be sufficiently flexible to allow countries to tailor REDD programs to reflect these differences. At the same time, Parties need to negotiate a basic REDD structure that can apply to all countries as a framework under which to build their national programs.

We propose an approach that will incorporate the three main actors of deforestation and forest protection in tropical regions: government, private forest owners, and public forest stewards (including indigenous people and others). These funds and the activities supported by them are envisoned to function most effectively under a combined market and non-market approach.

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Effects of partial throughfall exclusion on the phenology of Coussarea racemosa (Rubiaceae) in an east-central Amazon rainforest

Effects of partial throughfall exclusion on the phenology of Coussarea racemosa (Rubiaceae) in an east-central Amazon rainforest

Severe droughts may alter the reproductive phenology of tropical tree species, but our understanding of these effects has been hampered by confounded variation in drought, light and other factors during natural drought events. We used a large-scale experimental reduction of throughfall in an easterncentral Amazon forest to study the phenological response to drought of an abundant subcanopy tree, Coussarea racemosa. We hypothesized that drought would alter the production and the timing of reproduction, as well as the number of viable fruits.