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Addressing power imbalances in biosequestration governance
Author(s) -
LoveraBilderbeek Simone,
Lahiri Souparna
Publication year - 2021
Publication title -
global policy
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.602
H-Index - 33
eISSN - 1758-5899
pISSN - 1758-5880
DOI - 10.1111/1758-5899.12882
Subject(s) - corporate governance , climate change , environmental resource management , climate change mitigation , scale (ratio) , indigenous , global governance , transnational governance , environmental governance , business , global warming , climate governance , environmental planning , natural resource economics , economics , geography , ecology , cartography , finance , biology
Climate change is a global challenge that requires strong governance on a global scale. The Intergovernmental Panel on Climate Change has suggested that large‐scale biosequestration in the form of forest restoration or tree plantation establishment is a potential form of carbon dioxide removal (CDR) that could contribute significantly to climate change mitigation. Yet it has also cautioned that this approach has social and environmental trade‐offs that need to be addressed through enhanced land governance. Land governance, per definition, has a strong local dimension as most lands are inhabited by local communities. Glocal and other multi‐scale governance approaches have been proposed to address potential conflicts between global policies and the rights, needs and priorities of local communities. Yet these approaches often overlook the power imbalances between the actors that design global climate policies and the local, often politically and economically marginalized, indigenous and other forest‐dependent communities that are directly impacted by these policies. The paper will explore to what extent theoretical concepts like rights‐based approaches have been able to address these conflicts and power imbalances, and whether more profound changes in governance systems are required to ensure equitable implementation of CDR.