Resilience and Governance

Full Title

Social-ecological system resilience, climate change and adaptive water governance

Abstract

Water, in addition to its role in sustaining human life, supports ecosystems that provide many of the services society relies on. Yet our governance of major water systems has not placed them on a path toward sustainability. Resilience thinking provides a bridging concept between knowledge of the biophysical system and governance principles to move systems of water and society to a more sustainable future. Resilience is a measure of the amount of perturbation a social-ecological system can withstand while maintaining its structure and functions. Research to facilitate sustainability in major water basins must focus not only on ecological resilience, but on how to achieve that resilience in a manner perceived as legitimate by the participants in a democratic society and that begins with the current hierarchical and fragmented system as the baseline from which new approaches must be applied. Achieving this level of integration between ecological concepts and governance requires a dialogue across multiple disciplines, including ecologists with expertise in ecological resilience, hydrologists and climate experts, with social scientists and legal scholars.

This Pursuit seeks to explore whether criteria and models can be developed to link ecological resilience and the policies governing the process of water management in complex, multi-jurisdictional water basins, and will contribute to the growing effort to connect concepts from science to policy decisions and to move social-ecological systems toward greater sustainability.

Project Type
Team Synthesis Project
Date
2013
Principal Investigators
Barbara Cosens, University of Idaho
Lance Gunderson, Emory University
Participants
Craig Allen, University of Nebraska - Lincoln
Anthony Arnold, University of Louisville
Melinda Benson, University of New Mexico
Brian Chaffin, University of Montana
Robin Craig, University of Utah
Daniel DeCaro, University of Louisville
Alexander Fremier, Washington State University
Ahjond Garmestani, EPA National Risk Management Research Laboratory
Dale Goble, University of Idaho
Hannah Gosnell, Oregon State University
Olivia Green, US Environmental Protection Agency
Shana Hirsch, University of Idaho
Ramsey Kropf, US Department of the Interior
Kim Ogren, Oregon State University
J.B. Ruhl, Vanderbilt University
Edella Schlager, The University of Arizona
Anthony Schutz, University of Nebraska - Lincoln
Mark Stone, University of New Mexico
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