A Momentum for Change? Systemic effects and catalytic impacts of transnational climate action

Publication date

2021-09

Authors

Chan, SanderISNI 0000000446184386
Eichhorn, Friederike
Biermann, FrankORCID 0000-0002-0292-0703ISNI 0000000081139784
Teunissen, Aron

Editors

Advisors

Supervisors

Document Type

Article
Open Access logo

License

cc_by

Abstract

Non-state and subnational climate actors increasingly commit to act across borders to reduce greenhouse gas emissions, to help communities adapt to climate change, and to push governments into more ambitious climate policies. The effectiveness of such transnational climate initiatives, however, is still largely unknown. Current studies often only seek to estimate the mitigation potential of such initiatives or to study the design elements that may be more or less conducive to their effectiveness. Little is known about the impacts of such initiatives on broader social and environmental goals and about their “catalytic” impacts, that is, whether such transnational initiatives can grow and possibly replicate. Here we develop an approach inspired by political systems theory to reach a fuller understanding of the effectiveness of transnational initiatives. We operationalize a generalized framework through a combination of methodologies, using a new dataset of climate actions under the Momentum for Change program of the United Nations Framework Convention on Climate Change, which we combine with surveys, database analysis, and contextualizing interviews. We conclude with a reflection on the applicability of the framework and a discussion on opportunities for the Momentum for Change program to strengthen its efforts.

Keywords

Climate policy, Governance, Transnational actors, awarding, catalytic impacts, SDG 13 - Climate Action

Citation

Chan, S, Eichhorn, F, Biermann, F & Teunissen, A 2021, 'A Momentum for Change? Systemic effects and catalytic impacts of transnational climate action', Earth System Governance, vol. 9, 100119, pp. 1-9. https://doi.org/10.1016/j.esg.2021.100119