Enloe Stephanie K, Schulte Lisa A, Tyndall John C
Iowa State University, 38 Science II, Ames, IA, 50011, USA.
Iowa State University, 142 Science II, Ames, IA, 50011, USA.
Environ Manage. 2017 Oct;60(4):574-587. doi: 10.1007/s00267-017-0905-5. Epub 2017 Jun 29.
In recognition that Iowa agriculture must maintain long-term production of food, fiber, clean water, healthy soil, and robust rural economies, Iowa recently devised a nutrient reduction strategy to set objectives for water quality improvements. To demonstrate how watershed programs and farmers can reduce nutrient and sediment pollution in Iowa waters, the Iowa Water Quality Initiative selected the Boone River Watershed Nutrient Management Initiative as one of eight demonstration projects. For over a decade, diverse public, private, and non-profit partner organizations have worked in the Boone River Watershed to engage farmers in water quality management efforts. To evaluate social dynamics in the Boone River Watershed and provide partners with actionable recommendations, we conducted and analyzed semi-structured interviews with 33 program leaders, farmers, and local agronomists. We triangulated primary interview data with formal analysis of Boone River Watershed documents such as grant applications, progress reports, and outreach materials. Our evaluation suggests that while multi-stakeholder collaboration has enabled partners to overcome many of the traditional barriers to watershed programming, scale mismatches caused by external socio-economic and ecological forces still present substantial obstacles to programmatic resilience. Public funding restrictions and timeframes, for example, often cause interruptions to adaptive management of water quality monitoring and farmer engagement. We present our findings within a resilience framework to demonstrate how multi-stakeholder collaboration can help sustain adaptive watershed programs to improve socio-ecological function in agricultural watersheds such as the Boone River Watershed.
认识到爱荷华州的农业必须保持食品、纤维、清洁水源、健康土壤以及繁荣农村经济的长期生产,爱荷华州最近制定了一项养分减少战略,以设定改善水质的目标。为了展示流域项目和农民如何减少爱荷华州水域的养分和沉积物污染,爱荷华州水质倡议组织选择了布恩河流域养分管理倡议作为八个示范项目之一。十多年来,不同的公共、私人和非营利性合作伙伴组织一直在布恩河流域开展工作,让农民参与水质管理工作。为了评估布恩河流域的社会动态,并为合作伙伴提供可操作的建议,我们对33名项目负责人、农民和当地农学家进行并分析了半结构化访谈。我们将主要访谈数据与对布恩河流域文件(如拨款申请、进展报告和宣传材料)的正式分析进行了三角测量。我们的评估表明,虽然多利益相关方合作使合作伙伴能够克服流域规划中的许多传统障碍,但外部社会经济和生态力量造成的规模不匹配仍然给项目恢复力带来了重大障碍。例如,公共资金限制和时间框架常常导致水质监测和农民参与的适应性管理中断。我们在恢复力框架内展示我们的研究结果,以说明多利益相关方合作如何有助于维持适应性流域项目,以改善像布恩河流域这样的农业流域的社会生态功能。