TY - JOUR
T1 - Adoption of community monitoring improves common pool resource management across contexts
AU - Slough, Tara
AU - Rubenson, Daniel
AU - Levy, Roee
AU - Rodriguez, Francisco Alpizar
AU - del Carpio, María Bernedo
AU - Buntaine, Mark T.
AU - Christensen, Darin
AU - Cooperman, Alicia
AU - Eisenbarth, Sabrina
AU - Ferraro, Paul J.
AU - Graham, Louis
AU - Hartman, Alexandra C.
AU - Kopas, Jacob
AU - McLarty, Sasha
AU - Rigterink, Anouk S.
AU - Samii, Cyrus
AU - Seim, Brigitte
AU - Urpelainen, Johannes
AU - Zhang, Bing
N1 - Publisher Copyright:
© 2021 National Academy of Sciences. All rights reserved.
PY - 2021/7/20
Y1 - 2021/7/20
N2 - Pervasive overuse and degradation of common pool resources (CPRs) is a global concern. To sustainably manage CPRs, effective governance institutions are essential. A large literature has developed to describe the institutional design features employed by communities that successfully manage their CPRs. Yet, these designs remain far from universally adopted. We focus on one prominent institutional design feature, community monitoring, and ask whether nongovernmental organizations or governments can facilitate its adoption and whether adoption of monitoring affects CPR use. To answer these questions, we implemented randomized controlled trials in six countries. The harmonized trials randomly assigned the introduction of community monitoring to 400 communities, with data collection in an additional 347 control communities. Most of the 400 communities adopted regular monitoring practices over the course of a year. In a meta-analysis of the experimental results from the six sites, we find that the community monitoring reduced CPR use and increased user satisfaction and knowledge by modest amounts. Our findings demonstrate that community monitoring can improve CPR management in disparate contexts, even when monitoring is externally initiated rather than homegrown. These findings provide guidance for the design of future programs and policies intended to develop monitoring capabilities in communities. Furthermore, our harmonized, multisite trial provides sustainability science with a new way to study the complexity of socioecological systems and builds generalizable insights about how to improve CPR management.
AB - Pervasive overuse and degradation of common pool resources (CPRs) is a global concern. To sustainably manage CPRs, effective governance institutions are essential. A large literature has developed to describe the institutional design features employed by communities that successfully manage their CPRs. Yet, these designs remain far from universally adopted. We focus on one prominent institutional design feature, community monitoring, and ask whether nongovernmental organizations or governments can facilitate its adoption and whether adoption of monitoring affects CPR use. To answer these questions, we implemented randomized controlled trials in six countries. The harmonized trials randomly assigned the introduction of community monitoring to 400 communities, with data collection in an additional 347 control communities. Most of the 400 communities adopted regular monitoring practices over the course of a year. In a meta-analysis of the experimental results from the six sites, we find that the community monitoring reduced CPR use and increased user satisfaction and knowledge by modest amounts. Our findings demonstrate that community monitoring can improve CPR management in disparate contexts, even when monitoring is externally initiated rather than homegrown. These findings provide guidance for the design of future programs and policies intended to develop monitoring capabilities in communities. Furthermore, our harmonized, multisite trial provides sustainability science with a new way to study the complexity of socioecological systems and builds generalizable insights about how to improve CPR management.
KW - Common pool resources
KW - Community monitoring
KW - Institutional adoption
KW - Meta-analysis
KW - Multisite trial
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U2 - 10.1073/pnas.2015367118
DO - 10.1073/pnas.2015367118
M3 - Review article
C2 - 34253604
AN - SCOPUS:85110048763
SN - 0027-8424
VL - 118
JO - Proceedings of the National Academy of Sciences of the United States of America
JF - Proceedings of the National Academy of Sciences of the United States of America
IS - 29
M1 - e2015367118
ER -