Ecuadorian Amazon. Photo by Leslie Von Pless, EDF.
This blog post is authored by Angela Churie Kallhauge, Executive Vice President, Impact at Environmental Defense Fund (EDF), with contribution from Katie Goslee, Director of Nature-Based Solutions, Winrock International; Stephanie Wang, Associate Director, Wildlife Conservation Society; Jason Funk, REDD+ Strategy Director at Conservation International; and Daniela Rey Christen, Director, Climate Law and Policy
In the fight against the climate crisis, high-integrity jurisdictional REDD+ is intended to be transformational, giving forest communities and governments the ability to tap into the voluntary carbon market to access climate finance needed to ensure that large areas of tropical forests remain intact.
Jurisdictional REDD+ can deliver results, to the benefit of people, nature, and climate. Research shows that larger scale programs to pay for emission reductions from forest conservation – the scale of a whole forest region, state, or nation – are better able to ensure additionality and prevent leakage than are smaller-scale carbon programs. And larger scale programs do so for a longer period of time.
Ensuring high-integrity jurisdictional REDD+ programs are fully functioning has therefore become a key priority for many actors working to reduce deforestation and forest degradation, including businesses, governments, and Indigenous Peoples and local communities.
One problem is that forest nations looking to establish jurisdictional REDD+ programs may not currently have the technical capacity needed to deliver high-integrity carbon credits. This is holding back their access to carbon markets, even as demand for high-integrity jurisdictional tropical forest credits seems poised to accelerate.
The task at hand is to support these jurisdictions in fully unlocking the promise and potential of high-integrity carbon markets at the rapid pace and large scale needed to address the climate crisis. We don’t have much time. If we don’t end and reverse tropical deforestation and degradation by 2030 – only six years from now – the effects could be irreversible.
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