TY - JOUR
T1 - Social-ecological institutional fit in volunteer-based organizations
T2 - A study of lake management organizations in vilas county, Wisconsin, U.S.A.
AU - Whittaker, Dane
AU - Crippen, Alise
AU - Johnson, Corinne
AU - Janssen, Marco A.
N1 - Funding Information:
Lake organizations received aquatic invasive species (AIS) treatment grants when one of four combinations of conditions were present. These combinations described 88% of the cases when an AIS treatment grant was received. The four combinations fall into two groups, lakes with high building density (DENS) and lakes with Eurasian Watermilfoil (EWM). The first high building density combination is lakes that are close to a secondary road (road). These lakes are accessible, which may increase the non-resident traffic on the lake. Higher non-resident traffic would lead to a greater risk of the introduction of AIS from visiting boats. The second high building density combination includes lake organizations with aquatic invasive species management goals (AISMg) that manage moderate to low clarity lakes (clar) that are not close to a secondary road (ROAD). These organizations need AIS treatment grants to reach their goals. For lake organizations with EWM, a rapidly spreading AIS that out-competes other aquatic plants (Smith & Barko, 1990), one combination includes organizations with aquatic invasive species management goals (AISMg) managing lakes moderate to low clarity lakes (clar) near secondary roads (road). These accessible, EWM-affected lakes need AIS treatment grants to meet their goals and prevent the spread of EWM. The fourth combination includes organizations who work with consultants to manage EWM-affected lakes. Consultants help lake organizations carry out the AIS treatment activities funded by the grants. Lake organizations dealing with EWM that set AIS management goals or partner with consultants receive AIS treatment grants to manage lakes that have high building density or are close to secondary roads.
Funding Information:
We appreciate the input and ideas from Chris Solomon, Bryan Leonard, and the comments of three anonymous reviewers. We are exceptionally grateful to the Vilas County lake organizations who participated in this study and all the volunteer-based organizations that contribute to conservation. We thank the Wisconsin DNR, UW-Extension Lakes Program, and the wonderful team at the Vilas County Land and Water Conservation Department for sharing data and stories. This work was supported by the National Science Foundation under Grant No 1716066.
Publisher Copyright:
© 2021 The Author(s).
PY - 2021
Y1 - 2021
N2 - How do the social and ecological attributes of social-ecological systems enable outcomes of those systems? The high concentration of lake organizations in northern USA enables us to study social, institutional, and ecological attributes that correlate with performance of common pool resource governance-institutional fit. In the summer of 2019, we performed an in-depth comparative study of thirty-one lake organizations in Vilas County, Wisconsin using data collected through semi-structured interviews, websites, and agency databases. We systematically compared the cases using crisp-set qualitative comparative analysis, specifically analyzing how the eight Ostrom institutional design principles lead to different outcomes for the lake social-ecological systems. The Ostrom institutional design principles played an important role in SES governance outcomes where there was low-resource dependence. We found that different combinations of design principles, social, and ecological conditions led to the same lake SES outcomes-equifinality. Although we expected that there were no panaceas for lake governance, we were surprised by the high diversity in organizational goals and the relative low diversity of rules in use.
AB - How do the social and ecological attributes of social-ecological systems enable outcomes of those systems? The high concentration of lake organizations in northern USA enables us to study social, institutional, and ecological attributes that correlate with performance of common pool resource governance-institutional fit. In the summer of 2019, we performed an in-depth comparative study of thirty-one lake organizations in Vilas County, Wisconsin using data collected through semi-structured interviews, websites, and agency databases. We systematically compared the cases using crisp-set qualitative comparative analysis, specifically analyzing how the eight Ostrom institutional design principles lead to different outcomes for the lake social-ecological systems. The Ostrom institutional design principles played an important role in SES governance outcomes where there was low-resource dependence. We found that different combinations of design principles, social, and ecological conditions led to the same lake SES outcomes-equifinality. Although we expected that there were no panaceas for lake governance, we were surprised by the high diversity in organizational goals and the relative low diversity of rules in use.
KW - Institutional design principles
KW - Institutional fit
KW - Lakes
KW - Qualitative comparative analysis
KW - Volunteer organization
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U2 - 10.5334/ijc.1059
DO - 10.5334/ijc.1059
M3 - Article
AN - SCOPUS:85109413303
SN - 1875-0281
VL - 15
SP - 181
EP - 194
JO - International Journal of the Commons
JF - International Journal of the Commons
IS - 1
ER -