DISES: Socio-environmental transformation and change following system collapse

疾病：系统崩溃后的社会环境转型和变化

• 批准号: 2307313
• 负责人: Abigail Bennett
• 金额: $ 159.94万
• 依托单位: Michigan State University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2023
• 资助国家: 美国
• 起止时间: 2023-09-01 至 2028-08-31
• 项目状态: 未结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=2307313&HistoricalAwards=false
• 关键词: DISES; Socio; environmental; transformation; change

This project will study transformation of integrated human and natural systems to help equip society with knowledge necessary for confronting drastic changes to earth’s ecosystems and impacts on the people who depend on them. Transformation refers to a fundamental change in the identity, structure, and function of a system. It is different from resilience, which is the ability of systems to retain their basic structure and function in the face of shocks and disturbance. Although important recent advancements in sustainability science have illuminated factors and conditions associated with resilience, processes such as climate change and habitat degradation can push systems beyond sustainability. This can amplify rates of extinction, poverty, food insecurity, and social unrest. Therefore, society also requires a science of transformation. Following the recent collapse of the sea cucumber fishery in Yucatan, Mexico, the project team will track changes in small-scale fishing communities and adjacent marine environments, answering two general research questions. First, how do socio-environmental systems behave following a collapse? Second, why do some socio-environmental systems transform after collapse while others revert to unsustainable patterns similar to those observed prior to collapse? The goal of answering these questions is to help society turn collapse and extinction events into opportunities to reorganize and transform integrated human and natural systems and provide more sustainable and equitable futures. Broader impacts of the study include graduate student training in science diplomacy this will equip them with the skills necessary to navigate ecologically and politically complex environmental challenges. Through established professional linkages with government agencies in Mexico and the United States and international organizations, the students, alongside the mentors on the project team, will employ science diplomacy skills to apply insights from the project to ongoing efforts in society to operationalize socio-environmental transformation. The project will advance theory and methods for socio-environmental transformation science. Integrating recent scholarship on socio-environmental transformation and findings from the Yucatan, Mexico sea cucumber fishery, the study will produce a Socio-environmental Transformation Framework. The Framework will facilitate scientists to identify and test combinations of factors associated with four divergent trajectories of transformation and resilience: 1) resilient socio-environmental systems, 2) resilient social systems linked to transforming environmental systems, 3) transforming social systems linked to resilient environmental systems, and 4) transforming socio-environmental systems. Compilation of fisheries data, scuba diving transects, and deep-water video transects will evaluate how remnant sea cucumber populations change following the collapse of the fishery and related ecological interactions. Social surveys, interviews, and focus groups will generate data to evaluate governance, livelihood, and gender dimensions of post-collapse social change. Based on these data, the international team will innovate and apply multi-disciplinary methods for detecting socio-environmental transformation and differentiating it from resilience: social-ecological network analysis, spatial analysis, and narrative analysis. Finally, a fuzzy-set Qualitative Comparative Analysis will test hypotheses about which combinations of conditions are associated with transformation in 12 small-scale fishery socio-environmental systems.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.

该项目将研究人类和自然系统一体化的转变，以帮助社会掌握应对地球生态系统急剧变化所需的知识，以及对依赖生态系统的人们的影响。转型是指系统的身份、结构和功能的根本变化。它不同于复原力，后者是指系统在面对冲击和干扰时保持其基本结构和功能的能力。尽管可持续性科学的最新进展阐明了与复原力相关的因素和条件，但气候变化和栖息地退化等过程可能会使系统超越可持续性。这可能会扩大灭绝、贫困、粮食不安全和社会动荡的速度。因此，社会也需要一门改造的科学。在墨西哥尤卡坦半岛海参渔业最近崩溃之后，项目小组将跟踪小规模渔业社区和邻近海洋环境的变化，回答两个一般性研究问题。首先，社会环境系统在崩溃后如何表现？第二，为什么有些社会环境系统在崩溃后发生变化，而另一些社会环境系统则恢复到与崩溃前类似的不可持续模式？回答这些问题的目的是帮助社会将崩溃和灭绝事件转化为重组和改造人类和自然系统的机会，并提供更可持续和公平的未来。这项研究的更广泛影响包括对研究生进行科学外交培训，这将使他们具备应对生态和政治复杂环境挑战所需的技能。通过与墨西哥和美国政府机构以及国际组织建立的专业联系，学生们将与项目团队的导师一起，运用科学外交技能，将项目的见解应用于社会正在进行的努力，以实现社会环境转型。该项目将推进社会环境转型科学的理论和方法。这项研究将结合最近关于社会环境转型的学术研究和墨西哥尤卡坦海参渔业的研究结果，提出一个社会环境转型框架。该框架将有助于科学家确定和测试与四种不同的转型和复原力轨迹相关的因素组合：1）有复原力的社会环境系统，2）与转型环境系统相关的有复原力的社会系统，3）与有复原力的环境系统相关的转型社会系统，以及4）转型社会环境系统。汇编渔业数据，水肺潜水样带和深水视频样带将评估剩余海参种群如何随着渔业崩溃和相关生态相互作用而变化。社会调查、访谈和焦点小组将产生数据，以评估崩溃后社会变革的治理、生计和性别层面。基于这些数据，国际团队将创新并应用多学科方法来检测社会环境转型并将其与复原力区分开来：社会生态网络分析，空间分析和叙事分析。最后，一个模糊集定性比较分析将测试的假设，哪些条件的组合与转型在12个小规模渔业的社会环境systems.This奖项反映了NSF的法定使命，并已被认为是值得通过使用基金会的智力价值和更广泛的影响审查标准进行评估的支持。