Beyond PES and REDD+: Costa Rica on the way to climate-smart landscape management?

Main author: Wallbott, Linda
Other authors: Siciliano, Giuseppina
Lederer, Markus
Format: Journal Article           
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id eprints-31697
recordtype eprints
institution SOAS, University of London
collection SOAS Research Online
language English
language_search English
description Costa Rica has a strong international reputation for conservation and sustainable management of forests, including through its national payments for environmental services (PES) system and reducing emissions from deforestation and forest degradation (REDD+). However, to be able to take those achievements to the next level, new approaches need to be developed that integrate agriculture and environmental politics, e.g., to foster climate-smart landscape management. This would be in line with the idea of a green transformation as a necessary contribution to bring human social-ecological action back within planetary boundaries. We start from a general conceptualization of a green transformation and its potential drivers, then analyze the basis and prospects for such developments by providing a review of the country’s forest politics, including a mapping of relevant stakeholders that have been influential in designing and implementing the national PES and REDD+ approaches. Based on original empirical analysis that was conducted throughout 2017, we further analyze recent institutional developments of setting up a cross-sectoral policy for agriculture and environment as part of a broader landscape management approach, including the opportunities and challenges that might arise with a view to realizing this idea on the ground.
format Journal Article
author Wallbott, Linda
author_facet Wallbott, Linda
Siciliano, Giuseppina
Lederer, Markus
authorStr Wallbott, Linda
author_letter Wallbott, Linda
author2 Siciliano, Giuseppina
Lederer, Markus
author2Str Siciliano, Giuseppina
Lederer, Markus
title Beyond PES and REDD+: Costa Rica on the way to climate-smart landscape management?
publisher Resilience Alliance
publishDate 2019
url https://eprints.soas.ac.uk/31697/