Reciprocal relations underscore the mutual caretaking obligations held between nature and society, as intertwining entities that are co-constituted with one another. In this paper, we draw from scholarship on human-nature relations, which emphasizes the intrinsic value and agency of non-human beings and the landscape. Building on this literature, we investigate the practice of reciprocal relations for exemplar communities in Hawai'i, British Columbia (Canada), the Appalachian mountain region (U.S.), and Madagascar that are all actively cultivating stewardship of natural resources in the face of economic, political, and ecological pressures. Our cases illustrate the diverse ways individuals and communities enact reciprocal relations and examine how these acts may increase community access to land and water. We show how communities mobilize reciprocal relations through both formal governance actions (e.g. management planning and legislation) and informal avenues (e.g. daily human-environment interactions). Recognizing "reciprocal relations" to restore community access 401 Our findings expand upon Ribot and Peluso's theory of access by considering the multi-directional flows of benefits and responsibilities between people and places exemplified by reciprocal relations. By reframing environmental governance around mutual responsibilities, we hope to increase recognition of existing reciprocal place-based relationships, and facilitate greater community access to land, water, and resources.

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Fishing catch is often used as a cost in marine conservation planning to avoid areas of high fishing activity when identifying potential marine reserve locations. However, the theory of marine reserves indicates that reserves are more likely to benefit fisheries in areas of heavy fishing activity that would otherwise be overfished. Whether or not fishing catch is calculated as a cost depends on the balance of conservation and fisheries goals for a reserve, and thus is critical for policymakers to consider when designing marine reserve networks. This research shows the utility of running an inverted cost model of fishery catches during marine reserve spatial prioritization as a first step in a marine planning process oriented towards stabilizing local fisheries. This technique serves as a heuristic tool that may help conservation planners explore regions that would otherwise be overlooked if fisheries data were absent or integrated purely as a cost in the planning process. Drawing on data from Madagascar to illustrate our approach, this research demonstrates that the regions most frequently selected using the inverted cost model not only meet conservation targets, but are also those most accessible to community-based resource managers, the dominant management paradigm in Madagascar as well as in many developing countries.

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