Tan Puay Yok, Zhang Jingyuan, Masoudi Mahyar, Alemu Jahson Berhane, Edwards Peter J, Grêt-Regamey Adrienne, Richards Daniel R, Saunders Justine, Song Xiao Ping, Wong Lynn Wei
Department of Architecture, School of Design and Environment, National University of Singapore, Singapore.
Schoool of Architecture, Harbin Institute of Technology (Shenzhen), Shenzhen, China.
Landsc Urban Plan. 2020 Aug;200:103837. doi: 10.1016/j.landurbplan.2020.103837. Epub 2020 Apr 27.
Urban ecosystem service (UES) is becoming an influential concept to guide the planning, design, and management of urban landscapes towards urban sustainability. However, its use is hindered by definitional ambiguity, and the conceptual bases underpinning its application remain weak. This is exemplified by two different but equally valid interpretations of UES: "urban ", referring to ecosystem services from analogs of natural and semi-natural ecosystems within urban boundaries, and " services", a much broader term that includes the former group as well as urban services in a city. While we recognize that a single definition of UES is not possible nor necessary as its application is context-dependent, it is nevertheless useful to clarify the relationships between these interpretations to promote consistent use, and importantly, explore how a broader interpretation of UES might advance its applications in areas that have been neglected. We developed a conceptual framework that links UES to natural and human-derived capital to explain the relationships between the dual meanings of UES and proposed three normative propositions to guide its application: (1) integrate holistically multiple components of natural capital to provide UES, (2) reduce dependence on non-renewable abiotic resources and human-derived capital, and (3) enhance UES through technology. The framework we developed helps to resolve the current ambiguity in the meanings of UES, highlights the need to recognise neglected aspects of natural capital important for UES, and can be used to clarify relationships with related concepts conveying dependence of human well-being on nature.
城市生态系统服务(UES)正成为一个具有影响力的概念,用以指导城市景观的规划、设计和管理,以实现城市可持续发展。然而,其应用受到定义模糊的阻碍,且支撑其应用的概念基础依然薄弱。这体现在对UES的两种不同但同样合理的解释中:“城市的”,指城市边界内自然和半自然生态系统类似物提供的生态系统服务;以及“服务”,这是一个更宽泛的术语,包括前一组以及城市中的城市服务。虽然我们认识到由于UES的应用取决于具体情境,不可能也没必要给出单一的定义,但澄清这些解释之间的关系以促进一致使用仍然是有用的,重要的是,探索对UES更宽泛的解释如何能推进其在被忽视领域的应用。我们构建了一个概念框架,将UES与自然资本和人类衍生资本联系起来,以解释UES双重含义之间的关系,并提出了三个规范性命题来指导其应用:(1)全面整合自然资本的多个组成部分以提供UES;(2)减少对不可再生非生物资源和人类衍生资本的依赖;(3)通过技术增强UES。我们构建的框架有助于解决当前UES含义中的模糊性,强调需要认识到对UES重要但被忽视的自然资本方面,并且可用于阐明与传达人类福祉对自然依赖的相关概念之间的关系。