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考虑欧盟层面生态系统提供的防洪功能变化。

Accounting for changes in flood control delivered by ecosystems at the EU level.

作者信息

Vallecillo Sara, Kakoulaki Georgia, La Notte Alessandra, Feyen Luc, Dottori Francesco, Maes Joachim

机构信息

European Commission - Joint Research Centre, Ispra, Italy.

出版信息

Ecosyst Serv. 2020 Aug;44:101142. doi: 10.1016/j.ecoser.2020.101142.

Abstract

Ecosystem service accounts require quantifying the contribution of ecosystems to the society. However, estimation of the ecosystem service used (actual flow) remains still very challenging for regulating services. We developed an experimental ecosystem service account for flood control delivered by ecosystems including: 1) Biophysical modelling of ecosystem service potential, demand and actual flow. 2) Translation of the actual flow in monetary terms. 3) Compilation of accounting tables. Ultimately, we analysed changes in flood control between 2006 and 2012. The value of flood control delivered by ecosystems in 2012 is estimated at about 16 billion euro. This value increased by 1.14% between 2006 and 2012. This increase is mainly due to the sprawl of artificial areas into floodplains that benefit from flood control delivered by ecosystems. However, the role of natural capital to control floods is slightly decreasing. This is confirmed by the increase of artificial areas not protected by ecosystems (+1.9%, unmet demand). The role of natural capital to control floods could be enhanced by restoring ecosystems upstream from this unmet demand and increase the ecosystems contribution to human well-being. The methodology makes a significant contribution to the assessment of ecosystem services flow and the accounting framework.

摘要

生态系统服务账户需要量化生态系统对社会的贡献。然而,对于调节服务而言,估算所使用的生态系统服务(实际流量)仍然极具挑战性。我们开发了一个实验性的生态系统服务账户,用于核算生态系统提供的防洪服务,包括:1)生态系统服务潜力、需求和实际流量的生物物理建模。2)将实际流量转化为货币价值。3)编制核算表。最终,我们分析了2006年至2012年期间防洪情况的变化。2012年生态系统提供的防洪价值估计约为160亿欧元。这一价值在2006年至2012年期间增长了1.14%。这种增长主要是由于人工区域向洪泛区的扩张,这些区域受益于生态系统提供的防洪服务。然而,自然资本在控制洪水方面的作用略有下降。未受生态系统保护的人工区域的增加(+1.9%,未满足的需求)证实了这一点。通过恢复未满足需求区域上游的生态系统,并增加生态系统对人类福祉的贡献,可以增强自然资本在控制洪水方面的作用。该方法对生态系统服务流量评估和核算框架做出了重大贡献。

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