Skip to content

Design Trade-Offs Under Power Asymmetry: COPs and Flexibility Clauses

Jean-Frédéric Morin, Benjamin Tremblay-Auger, Claire Peacock; Design Trade-Offs Under Power Asymmetry: COPs and Flexibility Clauses. Global Environmental Politics 2021; doi: https://doi.org/10.1162/glep_a_00611

Abstract

Negotiating parties to an environmental agreement can manage uncertainty by including flexibility clauses, such as escape and withdrawal clauses. This article investigates a type of uncertainty so far overlooked by the literature: the uncertainty generated by the creation of a Conference of the Parties (COP) in a context of sharp power asymmetry. When negotiating an agreement, it is difficult for powerful states to make a credible commitment to weaker states, whereby they will not abuse their power to influence future COP decision-making. Flexibility clauses provide a solution to this credibility issue. They act as an insurance mechanism in case a powerful state hijacks the COP. Thus we expect that the creation of a collective body interacts with the degree of power asymmetry to make flexibility clauses more likely in environmental agreements. To test this argument, we draw on an original data set of several specific clauses in 2,090 environmental agreements, signed between 1945 and 2018. The results support our hypothesis and suggest that flexibility clauses are an important design feature of adaptive environmental agreements.

 

Read here

You might like these publication categories

Recent publications

Building Capabilities for Earth System Governance

This Element develops a new Strategic Capabilities Framework for studying and steering complex socio-ecological systems. It is driven by the…

Trade and the Environment: Drivers and Effects of Environmental Provisions in Trade Agreements

The mushrooming of trade agreements and their interlinkages with environmental governance calls for new research on the trade and environment…

The Politics of Deep Time

Human societies increasingly interact with processes on a geological or even cosmic timescale. Despite this recognition, we still lack a…