This paper provides a brief overview of the current knowledge and data on deforestation rates, research on the causes of deforestation and forest degradation and relevant policy options. It highlights issues of particular relevance to new discussions on reduced emissions from deforestation and forest degradation (REDD) in developing countries at different stages of forest transition.
This paper assesses the prospects of mitigating climate change through emission reductions from forestry and agriculture in the Brazilian Amazon. It uses official statistics, literature and case study material to identify the scope for emission reductions, in terms of potential additionality, opportunity costs, technological complexity, transaction costs, and risks of economic and environmental spill-over effects.
Presents some preliminary results on the impact of the economic crisis on farmers’ livelihood and forest use, based on fieldwork in four provinces in Indonesia (Riau, West and East Kalimantan, Central Sulawesi). Stresses the great variation throughout the country, and the volatility of the situation. Price data reveal that some groups of export crops-oriented farmers enjoyed a short-term gain during the first 2-3 quarters of 1998. Soaring food prices and a stronger rupiah since October 1998 have, however, gradually made real prices move towards their pre-crisis levels.
Since 2007, it has been hoped that REDD+ would deliver on the 3E+ criteria (effectiveness, efficiency, equity, social and environmental co?benefits) for strategies to reduce greenhouse gas emissions. This report highlights that the early enthusiasm for REDD+ has dissipated among some stakeholders – this is largely attributed to the failure to attain an international climate change agreement.
Zero-deforestation commitments are emerging rapidly in Indonesia. They already encompass a large portion of crude palm oil production and almost all the pulp and paper (P&P) sector; typically, they reflect the values of the “no-deforestation, no-exploitation (social) and no-peat” policies.
These commitments depend on definitions of ‘forests’ for their identification and conservation, which in turn rely on methodologies such as High Conservation Value and High Carbon Stock.
This new report from FAO and CIFOR challenges the conventional wisdom linking large-scale flooding to deforestation. The report acknowledges that forests can play a role in minimising runoff that causes localised flooding. But it concludes that there is no evidence that a loss of trees significantly contributes to severe widespread flooding. Even at the local level, the report notes, the flood-reducing effects of forests are heavily dependent on soil depth and structure, and saturation levels, not exclusively on the presence of the trees.
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