Department of Biology, Wilfrid Laurier University, Waterloo, ON, Canada.
Canadian Rivers Institute, University of New Brunswick, Fredericton, NB, Canada.
Environ Manage. 2022 Aug;70(2):350-367. doi: 10.1007/s00267-022-01665-0. Epub 2022 May 21.
In most countries, major development projects must satisfy an Environmental Impact Assessment (EIA) process that considers positive and negative aspects to determine if it meets environmental standards and appropriately mitigates or offsets negative impacts on the values being considered. The benefits of before-after-control-impact monitoring designs have been widely known for more than 30 years, but most development assessments fail to effectively link pre- and post-development monitoring in a meaningful way. Fish are a common component of EIA evaluation for both socioeconomic and scientific reasons. The Ecosystem Services (ES) concept was developed to describe the ecosystem attributes that benefit humans, and it offers the opportunity to develop a framework for EIA that is centred around the needs of and benefits from fish. Focusing an environmental monitoring framework on the critical needs of fish could serve to better align risk, development, and monitoring assessment processes. We define the ES that fish provide in the context of two common ES frameworks. To allow for linkages between environmental assessment and the ES concept, we describe critical ecosystem functions from a fish perspective to highlight potential monitoring targets that relate to fish abundance, diversity, health, and habitat. Finally, we suggest how this framing of a monitoring process can be used to better align aquatic monitoring programs across pre-development, development, and post-operational monitoring programs.
在大多数国家,重大发展项目必须满足环境影响评估(EIA)程序,该程序考虑积极和消极方面,以确定其是否符合环境标准,并适当减轻或抵消对所考虑价值观的负面影响。前后对照影响监测设计的好处已经广为人知 30 多年了,但大多数发展评估未能以有意义的方式有效链接开发前后的监测。出于社会经济和科学原因,鱼类是 EIA 评估的常见组成部分。生态系统服务(ES)概念的提出是为了描述有益于人类的生态系统属性,它为以鱼类的需求和收益为中心的 EIA 框架提供了机会。将环境监测框架集中在鱼类的关键需求上,可以更好地协调风险、发展和监测评估过程。我们在两个常见的 ES 框架的背景下定义了鱼类提供的 ES。为了在环境评估和 ES 概念之间建立联系,我们从鱼类的角度描述了关键的生态系统功能,以突出与鱼类丰度、多样性、健康和栖息地相关的潜在监测目标。最后,我们提出了如何通过这种监测过程的框架,更好地协调开发前、开发中和运营后水生监测计划。