Overcoming collective action barriers to energy sustainability: A longitudinal study of climate protection accord adoption by local governments
Introduction
Climate change and energy sustainability have emerged on the world stage in the past decade in a highly visible fashion since the Kyoto Protocol was signed in 2005, building on decades of international work on climate change reduction efforts. Even cities have taken a position on this hot topic as more than 400 US cities had signed the U.S. Conference of Mayors Climate Protection Agreement (CPA) by 2007. Yet this action raises a paradox in public policy research as climate protection policies address a classic common pool resource area in which individual cities would seem to have an incentive not to adopt any stringent policies. As is so well detailed in Garrett Hardin's The Tragedy of the Commons [1], from an economic perspective, cities might be expected to free ride on the actions of other governments that undertake the costs and efforts necessary to reduce carbon emissions and will not voluntarily sign up, especially since a city's individual contribution to solving the global crisis is miniscule. Reductions of emissions solely within the jurisdiction of a city only alter climate change risks for that jurisdiction if they reduce the earth's total concentration of greenhouse gases by a meaningful amount. Nonetheless, cities do voluntarily adopt climate protection commitments. Therefore, we ask whether political, institutional or socio-economic factors contribute the most to explaining policy adoptions in this new policy area.
A series of studies have been conducted to explain the motivations for local adoption of climate policies and actions, however, there are three types of limitations of the extant literature that this paper intends to make progress on. First, there is not sufficient attention to the institutional collective action nature of the problem. The collective action problems were mentioned in many studies, but the theorization of the analytical framework was not explicitly based on the collective action problems among local governments. This paper integrates the hypotheses into the Institutional Collective Action (ICA) framework, which could provide a coherent theoretical explanation for the local climate actions. Second, there is not sufficient attention to the influence of local policy diffusion on local governments’ adoption of climate actions. This paper further develops the policy diffusion framework at the local level by testing how the climate actions of neighbors influence cities’ climate actions with a longitudinal data set.
We use the theoretical frameworks of institutional collective action (ICA) and policy diffusion to develop hypotheses related to why cities voluntarily adopt climate change policies. This work is the initial product of a larger project to extend theories of ICA and policy diffusion to investigate a wide array of local government level energy and sustainability policies [2]. ICA provides a framework to integrate factors that contribute to voluntary cooperative actions on such policies [3], [4]. Few studies examine policy innovation related to common pool resource policies. Furthermore, the literature on policy innovation in cities is relatively small, and the climate protection agreement is a case of a rapidly diffusing policy, a type of policy innovation, which has not yet been studied extensively. Thus in this work, featuring an important policy area related to globalization – climate change policy, we extend the policy innovation and diffusion framework [5] to a new policy type, and bring in the powerful ICA theoretical framework to generate factors related to policy innovation to be tested in our multivariate model. We estimate the timing of local adoption of climate protection agreement in Florida cities using a panel logit with Generalized Estimating Equations (GEE) estimation. The results indicate larger cities and adoption by neighbors increase the likelihood of Energy/Climate Protection (E/CP) policy adoption, while district elections decrease the likelihood of E/CP policy adoption.
Section snippets
Energy and climate protection initiatives by U.S. cities
Cities are estimated to produce more than a third of all greenhouse gas emissions [6], and many cities experience great vulnerability to climate risks [7], yet their role in climate protection policies until very recently has been negligible. Most of the climate change policies have been adopted at the national level. One could argue that, cities are well equipped with the tools for policy leadership on climate change given their traditional authority over transportation, recycling, parks, and
A review of local climate policy adoption
Numerous studies have investigated the reasons underlying national commitment to climate actions [13], [14], [15]. Even though national governments' involvement in international climate policies have different dynamics compared to state and local governments' climate actions, these studies still pointed out that domestic air pollutions and organized interest groups are important determinants for national commitment to climate actions. Studies on the state level climate action research are also
Theoretical framework
The problem description and theoretical framework presented here integrate several theoretical and methodological approaches developed in previous work on transaction cost barriers to environmental collective action [4], [51], early adoption of policy innovations [52] and choices among policy instruments [53], [54]. We make the case that energy and climate policies in general, and local climate protection in particular, involve both collective action problems and diffusion of policy innovation
Data and hypotheses
The dependent variable in this study is the adoption of the climate protection agreements by Florida cities. The first three adoptions of the U.S. Conference of Mayors Climate Protection compact all occurred in 2005 and by 2009, 53 adoptions had occurred out of the 404 cities in the state of Florida.1
The first set of independent variables concerns local political institutions. We include both
Methods
The data used in this analysis were gathered from numerous sources. The adoption date of the Climate Protection Agreements by Florida Cities was collected from a review of websites and by directly contacting the city clerk or other officials in all Florida cities that had signed the USCM climate agreement or become a member of ICLEI-USA. All demographic variables were taken from the U.S. Census Bureau. Data on local government political institutions were collected in five steps. First,
Results and discussions
The panel logit model results are presented in Table 2. The final data set had 376 cities over 5 years, leading to a total sample size of 1880. No R-squared type measures are provided. These measures are misleading at best when considering limited dependent variables over time. We find some support for the influence of community demands, local co-benefits, and local institutions on local government adoption of energy and climate protection policy. Larger cities and cities with greater
Conclusions
In extending ICA based explanations to account for economic development and environmental policy co-benefits and career ambitions mediated by institutions, we begin to advance understanding of the important and understudied issues of local energy and climate policy.
The effects of districts and economic development spending, environmental support and adoptions by neighboring jurisdictions in the same county stand out in particular. We find greater district representation on city council
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