School of Natural Sciences, Trinity College Dublin, Dublin 2, Ireland; School of Biology and Environmental Science, University College Dublin, Belfield, Dublin 4, Ireland.
School of Natural Sciences, Trinity College Dublin, Dublin 2, Ireland.
J Environ Manage. 2024 Aug;366:121814. doi: 10.1016/j.jenvman.2024.121814. Epub 2024 Jul 14.
The United Nations System of Environmental-Economic Accounting Ecosystem Accounting (SEEA EA) framework is the international standard for ecosystem accounting. To date, application of SEEA EA has been predominantly at large scales, usually at landscape and national levels. However, many environmental management decisions are taken locally, in site-specific contexts. While the use of SEEA EA continues to develop at all scales, there is currently no widely endorsed methodology for employing SEEA EA at local scales, such as the site level. We present a methodology for developing site-level ecosystem accounts, describing the important decisions at each step of the process. We also provide two case studies that demonstrate the context-dependent nature of the decision-making process of ecosystem accounting at small scales. The two major challenges for site-level accounting are stakeholder engagement and data availability. As the use of SEEA EA continues to increase in policy and decision-making processes worldwide, there is a need for local-scale case studies that adapt this methodology across a broad range of contexts. Our case studies provide some of the first published examples of the application of SEEA EA at the site level and are intended to promote consistent implementation of ecosystem accounting across scales.
联合国环境经济核算体系生态系统核算(SEEA EA)框架是生态系统核算的国际标准。迄今为止,SEEA EA 的应用主要集中在较大的尺度上,通常是在景观和国家层面。然而,许多环境管理决策是在特定地点的具体情况下做出的。尽管 SEEA EA 在所有尺度上的应用都在继续发展,但目前还没有广泛认可的方法来在地方尺度(如场地层面)使用 SEEA EA。我们提出了一种开发场地层面生态系统核算的方法,描述了该过程每一步的重要决策。我们还提供了两个案例研究,展示了小尺度生态系统核算决策过程的情境依赖性。场地层面核算的两个主要挑战是利益相关者的参与和数据的可用性。随着 SEEA EA 在全球政策和决策制定过程中的应用不断增加,需要在广泛的背景下进行适应这种方法的地方尺度案例研究。我们的案例研究提供了一些在场地层面应用 SEEA EA 的首批已发表示例,旨在促进生态系统核算在各个尺度上的一致实施。