CMCC Webinar - Carbon emissions reductions from Indonesia’s REDD+ Moratorium are cost-effective yet contribute little to Paris commitments
On 17 March 2021 at 15:00 (CET), CMCC is hosting a webinar on "Carbon emissions reductions from Indonesia’s REDD+ Moratorium are cost-effective yet contribute little to Paris commitments".
International initiatives for reducing carbon emissions from deforestation and forest degradation (REDD+) have the potential to make critical, cost-effective contributions to tropical countries’ Nationally Determined Contributions. Under such importance, this webinar discusses the effectiveness of of Indonesia's REDD+ Moratorium in relation to emissions reduction.
Norway has a REDD+ partnership with Indonesia, offering results-based payments in exchange for emissions reductions calculated against a historical baseline. Central to this partnership is an area-based Moratorium on new oil palm, timber and logging concessions in primary dryland and peat-land forests. In this webinar, the effectiveness of the Moratorium is evaluated between 2011 and 2018 by applying a matched triple difference strategy to a unique panel dataset. Treated dryland forest inside Moratorium areas retain at most, an average of 0.65% higher forest cover compared to untreated dryland forest outside the Moratorium. By contrast, carbon-rich peatland forest is unaffected by the Moratorium. Cumulative avoided dryland deforestation from 2011until 2018 translates into 61.7-87.1 million tons of emissions reductions, implying an effective carbon price below Norway’s US$5 per ton price. Based on Norway’s price, the estimated cumulative emissions reductions are equivalent to a payment of US$308.4-435.6 million. Annually, the estimates suggest a 3-4 percent contribution to Indonesia’s NDC commitment of a 29% emissions reduction by 2030. As reducing emissions from deforestation is critical for meeting this commitment, REDD+ outcomes could be improved by expanding the Moratorium and reforming its incentives and institutional arrangements, particularly in peatland forest areas.