首页> 外文期刊>Ecological engineering: The Journal of Ecotechnology >Policy adoption of ecosystem services for a sustainable community: A case study of wetland assimilation using natural wetlands in Breaux Bridge, Louisiana
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Policy adoption of ecosystem services for a sustainable community: A case study of wetland assimilation using natural wetlands in Breaux Bridge, Louisiana

机译:可持续社区的生态系统服务政策采用:以路易斯安那州Breaux桥为例,利用自然湿地进行湿地同化的案例研究

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摘要

Academicians and government officials have advocated incorporating ecosystem services into environmental policy-making processes. The State of Louisiana has adopted policy guidelines for using natural wetlands to assimilate nutrients in secondarily treated municipal effluent, thus utilizing ecosystem services of natural wetlands. We describe a case study for the city of Breaux Bridge, Louisiana, to discuss policy guidelines and assess ecological and financial benefits of this approach. In addition to water quality improvement, wetland assimilation provides additional ecosystem services, including increased vegetative productivity, surface accretion, and carbon sequestration. Financially, using wetland assimilation at Breaux Bridge generated an economic savings of $1.8 million in capital costs and annual savings of $72,116 for operation and maintenance costs, resulting in nearly $3 million savings over the lifetime of the project, due to its low capital expenditures and high energy efficiency, compared with a sand filtration method. When considering rapidly depleting non-renewable resources (e.g., fossil fuels) and challenging financial situations of small communities across the nation, wetland assimilation can be an important factor in designing sustainable communities.
机译:院士和政府官员提倡将生态系统服务纳入环境决策过程。路易斯安那州通过了政策指南,利用自然湿地吸收经过二次处理的城市污水中的养分,从而利用自然湿地的生态系统服务。我们描述了一个针对路易斯安那州Breaux Bridge市的案例研究,以讨论政策指南并评估这种方法的生态和经济效益。除了改善水质外,湿地同化还提供其他生态系统服务,包括增加植物生产力,增加地表沉积和固碳。在财务上,使用Breaux Bridge上的湿地同化技术可节省180万美元的资本成本,每年可节省72,116美元的运营和维护成本,由于该项目的资本支出低且成本高,因此在项目生命周期内节省了近300万美元与砂滤法相比,具有更高的能源效率。在考虑迅速耗尽不可再生资源(例如化石燃料)并挑战全国小社区的财务状况时,湿地同化可能是设计可持续社区的重要因素。

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