Yabiku Scott T, Sullivan Abigail, York Abigail M, Zhao Qunshan, Glick Jennifer E, Hall Sharon J, Ghimire Dirgha J, An Li
Penn State University, 306 Oswald Tower, Penn State University, University Park, PA 16802, USA.
Boston University Earth & Environment, 685 Commonwealth Avenue, Boston, MA 02215, USA.
Environ Conserv. 2022 Jun;49(2):114-121. doi: 10.1017/s0376892922000121. Epub 2022 Apr 7.
Protected areas (PAs) are critical for achieving conservation, economic and development goals, but the factors that lead households to engage in prohibited resource collection in PAs are not well understood. We examine collection behaviours in community forests and the protected Chitwan National Park in Chitwan, Nepal. Our approach incorporates household and ecological data, including structured interviews, spatially explicit data on collection behaviours measured with computer tablets and a systematic field survey of invasive species. We pair our data with a framework that considers factors related to a household's demand for resources, barriers to prohibited resource collection, barriers to legal resource collection and alternatives to resource collection. The analysis identifies key drivers of prohibited collection, including sociodemographic variables and perceptions of an invasive plant (). The social-ecological systems approach reveals that household perceptions of the presence of were more strongly associated with resource collection decisions than the actual ecologically measured presence of the plant. We explore the policy implications of our findings for PAs and propose that employing a social-ecological systems approach leads to conservation policy and scientific insights that are not possible to achieve with social or ecological approaches alone.
保护区对于实现保护、经济和发展目标至关重要,但导致家庭在保护区内进行违禁资源采集的因素尚未得到充分理解。我们研究了尼泊尔奇旺社区森林和受保护的奇旺国家公园内的采集行为。我们的方法纳入了家庭和生态数据,包括结构化访谈、用平板电脑测量的采集行为的空间明确数据以及对入侵物种的系统实地调查。我们将数据与一个框架相结合,该框架考虑了与家庭资源需求、违禁资源采集障碍、合法资源采集障碍以及资源采集替代方案相关的因素。分析确定了违禁采集的关键驱动因素,包括社会人口统计学变量和对一种入侵植物的认知。社会生态系统方法表明,家庭对某种植物存在的认知与资源采集决策的关联比该植物实际的生态测量存在更为紧密。我们探讨了研究结果对保护区的政策影响,并提出采用社会生态系统方法能够产生仅靠社会或生态方法无法实现的保护政策和科学见解。