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The interaction of these phenomena has produced a series of incidents-notably, on the Yellowstone River in 20-when exposed pipelines have been damaged or corroded, releasing oil and other contaminants into rivers with significant ecological, economic, and social consequences. At the same time, expanding pipeline networks continue to transport hazardous materials around and under these changing river systems. Social and ecological systems interact, improve the communication of science, and enrich theĬlimate change and encroachment of human infrastructure have altered the flow regimes and channel morphology of the world's major rivers. Local experts can inform scientific investigations of the ways local Involving locals is not merely a means for arranging access to valuable research Maintaining relationships, and 5 key efforts that help research teams achieve reliable attendanceĪt meetings. We outline 3 techniques forīuilding mutuality with the local community and local experts, 2 strategies for building and Based on the authors’ collective experiences ofĮngaging communities in freshwater research, we offer 3 sets of practical strategies forįacilitating public engagement in natural resources research.
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Their projects meaningful to participants. Outline several steps for researchers to engage local experts specifically by focusing on making Systems in which they are embedded and can improve scientific research in many ways. Local community members are experts of the social and ecological Transformative research in freshwater ecosystems requires successfully engaging anĪrray of stakeholders. The article concludes with preliminary suggestions of how this capacity might contribute to capacity of these officials and their communities' to engage in collaborative or participatory management efforts. Using a phenomenological interpretation, the findings reveal that local leaders have and recognize their own capacity to understand and deal with wicked problems. The study also seeks to develop a clearer understanding of how these leaders conceptualize their roles amid such complexities. This study, which analyses data gathered from 68 interviews with civic leaders working in jurisdictions all along the river corridor, endeavors to understand how these officials comprehend the complex interaction of scientific, technical, political, social and economic variables, the wicked problems that characterize management efforts along the river. In 1997, various state and federal entities began an initiative to develop and implement holistic management plans for the river corridor. Traveling unfettered for more than 600 before its confluence with the Missouri River, the river and its basin support wide ranging natural resource based economic activities, including mining, oil and gas production, extensive wildlife habitat, ranching, farming and tourism. The Yellowstone River is the longest free-flowing river in the lower 48 states.