Abstract:Reducing Emissions from Deforestation and Forest Degradation (REDD+) is one of the most advanced global climate governance arrangements and we show that it contributes to the buildup of autonomous capacities and reliable procedures in areas of rather limited statehood. These partially unintended effects can be conceptualized as an increasing rational-legal bureaucratization, which has been initiated through both external and domestic actors as we illuminate in the case of Indonesia's forestry sector in the per… Show more
“…In the context of international climate cooperation in general and the establishment of carbon markets in particular, the presented challenges are especially pronounced (Lederer & Höhne, 2021;Fankhauser & Lavic, 2003).…”
Section: International Climate Agreements and The Well-known Challenges Of Policy Implementationmentioning
At the 26th Climate Change Conference of the Parties, scheduled for November 2021, negotiators will finally decide on the future of international carbon markets under the Paris Agreement. While several issues still need to be solved, this 'policy impact forum' article seeks to raise awareness of an important challenge that must be dealt with at the implementation stage: the lack of national administrative capacity. We argue that no matter how international carbon markets will ultimately look like under the Paris Agreement, lowcapacity countries will find it difficult to build up the institutional structures needed to successfully participate in carbon markets. International support for bureaucratic capacity building can help to overcome this barrier. The implementation of market mechanisms under the Paris Agreement must thus be accompanied by increased investments into international cooperation and bureaucratic support programmes. We substantiate our argument with an empirical analysis of the market mechanisms used under the Kyoto Protocol.
“…In the context of international climate cooperation in general and the establishment of carbon markets in particular, the presented challenges are especially pronounced (Lederer & Höhne, 2021;Fankhauser & Lavic, 2003).…”
Section: International Climate Agreements and The Well-known Challenges Of Policy Implementationmentioning
At the 26th Climate Change Conference of the Parties, scheduled for November 2021, negotiators will finally decide on the future of international carbon markets under the Paris Agreement. While several issues still need to be solved, this 'policy impact forum' article seeks to raise awareness of an important challenge that must be dealt with at the implementation stage: the lack of national administrative capacity. We argue that no matter how international carbon markets will ultimately look like under the Paris Agreement, lowcapacity countries will find it difficult to build up the institutional structures needed to successfully participate in carbon markets. International support for bureaucratic capacity building can help to overcome this barrier. The implementation of market mechanisms under the Paris Agreement must thus be accompanied by increased investments into international cooperation and bureaucratic support programmes. We substantiate our argument with an empirical analysis of the market mechanisms used under the Kyoto Protocol.
“…That these administrative boundaries failed to take into account the ecological properties of peatlands arguably constituted their greatest weakness. However, local jurisdictions were generally found to benefit from more politically stable and enduring governance systems, factors associated with relatively successful lowcarbon programmes elsewhere in Southeast Asia (Brockhaus et al, 2017;Lederer & Höhne, 2021). Siak Green District, for example, was able to reduce wildfires within its borders because it mapped onto the local government's jurisdiction to coordinate a district-wide Community-Based Forest Fire Management system.…”
Section: Programme Boundaries and Their Limitationsmentioning
Peatland conversion for agriculture is the leading cause of Indonesia's terrestrial carbon emissions that contribute substantially to global warming. Indonesia's peatlands contain 55-57 billion tonnes of carbon, the equivalent of almost 2 years of global carbon emissions at existing rates. This paper examines initiatives to retain soil-based carbon in Indonesia's province of Riau, where over half the surface area is composed of agriculturally productive peatlands. We qualitatively evaluate three types of partnership programmes (bilateral, co-governed and internationally funded local initiatives) in Riau aimed at the sustainable development of peatlands. The article finds that carbon loss is likely to persist in all case studies. Public, private and civil society actors in each partnership have exploited funding and political opportunities to advance agendas not directly related to the environment. The administrative category of the peatland hydrological unit as an ecologically meaningful scale of peatland governance is also under-utilised by the partnerships studied.
“…Others have been more positive arguing that, under specific circumstances, the resources employed did lead to change and that some success can be seen (e.g. Korhonen-Kurki et al, 2018), particularly if one focuses on the effects REDD+ had on institutions and policies (Lederer & Höhne, 2019). But, also those more positive accounts stress that these changes entail conflicts and trade-offs that have to do with the territorial requirements and material aspects of REDD+ (ibid.).…”
Section: Geopolitical Analogies To Nets: Redd+ and Rementioning
Negative emissions technologies (NETs) have received increasing interest in recent years as a potential part of a portfolio of measures to address anthropogenic climate change, in particular following the 2015 UNFCCC Paris Agreement and the 2018 IPCC Special Report 'Global Warming of 1.5°C'. This increasing significance for global climate policy is faced with a multitude of open questions regarding, among others, the geopolitical implications of largescale use of NETs. This paper outlines what we can learn for the possible geopolitical futures of NETs from existing international 'green' approaches.
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