CAREER: Analyzing the Emergence of a Complex Land Management System

职业：分析复杂土地管理系统的出现

• 批准号: 1553875
• 负责人: Sean Downey
• 金额: $ 49.98万
• 依托单位: University of Maryland, College Park
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2016
• 资助国家: 美国
• 起止时间: 2016-06-01 至 2018-04-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1553875&HistoricalAwards=false
• 关键词: CAREER; Analyzing; Emergence; Complex; Land

Can local communities effectively manage public lands, or are more distant government or non-governmental agencies necessary to protect our natural resources? For many years, researchers argued that providing individuals and communities with open access to natural resources would inevitably lead to overuse and ultimately to destruction through deforestation, overfishing, overgrazing, and other environmentally detrimental activities. However, subsequent research by political scientist and Nobel laureate Dr. Elinor Ostrom and her colleagues found that this "tragedy of the commons" scenario is not universal. Instead, some small communities do effectively manage local lands without external oversight. This appears to occur most often when communities have enduring, well-developed social norms for maintaining the natural environment and for sanctioning individuals who violate community standards. But these findings raise another question: If some communities can do it, why not all? Why are some communities effective at preserving their natural resources while others are not? The research supported by this award seeks to answer that question. Anthropologist Dr. Sean S. Downey (University of Maryland) will test the theory effective land management rests on more than just having the right social norms; in addition, he suggests, the social norms, the particular characteristics of the local environment, and the ecosystem services the environment provides to local users must work together to produce ecological sustainability.Few communities in the United States are both free of external oversight and also dependent primarily on the local natural environment for subsistence. Therefore, Dr. Downey and his team will travel to two forest-based villages located in a remote area in southern Belize to test the theory. The communities have a demonstrated history of local ecological knowledge and environmental stewardship but there has historically been little top-down environmental management: an ideal location for understanding how local community norms and natural ecosystem dynamics interact and create a sustainable forestry system. The researchers will collect data through multiple methods: household surveys; farmer land use interviews; and close monitoring of how the communities affect their forests. The monitoring will be accomplished through piecing together high-resolution photographs of the usage areas around each village using a GPS-linked multi-spectral camera mounted on an unmanned aerial vehicle. These photos will subsequently be stitched together into geo-referenced two-dimensional photo-mosaics, ground-truthed through farm plots surveys, and analyzed to understand how these environments provide for the local communities, how they are affected by human farming activity, and also how these forests recover to sustain future generations. The research team will also conduct behavioral economics experiments to assess how cooperation and punishment in the communities relate to natural resource use, and use computational analysis to determine the most important social and natural factors for effective long-term natural resource management. The project also has several integrated educational goals, including training the next generation of American scientists, educators, and policy-makers in the science of complexity; developing coursework and facilitating interdisciplinary collaboration at the University of Maryland; and offering a service learning project for American students in Belize. Ultimately, findings from this research will provide insight into the factors that promote effective local management of natural resources and this could lead to better and more efficient management of public lands at a significant cost savings.

当地社区是否能够有效地管理公共土地，或者是否需要更遥远的政府或非政府机构来保护我们的自然资源？多年来，研究人员认为，向个人和社区开放自然资源将不可避免地导致过度使用，并最终通过砍伐森林、过度捕捞、过度放牧和其他有害环境的活动造成破坏。然而，政治学家、诺贝尔奖得主埃莉诺·奥斯特罗姆博士和她的同事们随后的研究发现，这种“公地悲剧”的情况并不普遍。相反，一些小社区确实在没有外部监督的情况下有效地管理着当地的土地。当社区在维护自然环境和制裁违反社区标准的个人方面具有持久和完善的社会规范时，这种情况似乎最常发生。但这些发现提出了另一个问题：如果一些社区可以做到，为什么不是所有社区？为什么有些社区能有效地保护自然资源，而另一些社区却不能？这个奖项支持的研究试图回答这个问题。人类学家肖恩·s·唐尼博士（马里兰大学）将测试这一理论，有效的土地管理不仅仅取决于正确的社会规范；此外，他建议，社会规范、当地环境的特点以及环境为当地用户提供的生态系统服务必须共同努力，以实现生态的可持续性。在美国，很少有社区既不受外部监督，又主要依靠当地的自然环境维持生计。因此，唐尼博士和他的团队将前往伯利兹南部偏远地区的两个森林村庄，以验证这一理论。这些社区有当地生态知识和环境管理的历史，但历史上很少有自上而下的环境管理：这是了解当地社区规范和自然生态系统动态如何相互作用并创建可持续林业系统的理想场所。研究人员将通过多种方法收集数据：住户调查；农民土地使用情况访谈；密切监测社区如何影响他们的森林。监控将通过安装在无人驾驶飞行器上的与gps相连的多光谱相机拼凑每个村庄周围使用区域的高分辨率照片来完成。随后，这些照片将被拼接成地理参考的二维照片马赛克，通过农场地块调查进行实地调查，并进行分析，以了解这些环境如何为当地社区提供服务，它们如何受到人类农业活动的影响，以及这些森林如何恢复以维持子孙后代。研究小组还将进行行为经济学实验，以评估社区中的合作和惩罚如何与自然资源利用相关，并使用计算分析来确定有效的长期自然资源管理的最重要的社会和自然因素。该项目还有几个综合教育目标，包括在复杂性科学方面培训下一代美国科学家、教育工作者和决策者；在马里兰大学开发课程和促进跨学科合作；并为在伯利兹的美国学生提供服务学习项目。最终，这项研究的结果将深入了解促进当地有效管理自然资源的因素，这可能导致更好和更有效地管理公共土地，并节省大量费用。