Are really Nature-Based Solutions sustainable solutions to design future cities in a context of global change? Discussion about the vulnerability of these new solutions and their probable unsustainable implementation

濒危物种 背景(考古学) 气候变化 脆弱性(计算) 生物多样性 环境规划 环境资源管理 洪水(心理学) 持续性 自然资源经济学 业务 风险分析(工程)
作者
Chloé Duffaut,Pierre-Antoine Versini,Nathalie Frascaria-Lacoste
出处
期刊:Science of The Total Environment [Elsevier BV]
卷期号:: 158535-158535
标识
DOI:10.1016/j.scitotenv.2022.158535
摘要

The urban ecosystem is a very challenging environment that faces many problems such as various pollutions, higher temperatures than its surroundings or flooding risks due to soil sealing. Nature-based solutions (NBS) seem to be good option to address these problems, while simultaneously offering benefits for facing climate change and the biodiversity crisis. Despite their potential, NBS can be threatened by various urban disturbance, namely: land use change, pollution, or invasive species. These disturbances can have multiple consequences on urban NBS, such as causing changes in plant characteristics/traits, altering the services they provide, and even make certain plant populations disappear, etc. In turn, these consequences may even jeopardize the solutions themselves, which then may no longer solve the problems they originally targeted. To avoid this, NBS should be eco-designed, i.e. designed in function of their environment. Their management should be adaptive and should also take into consideration the evolution of climatic and anthropogenic factors. The choice of species should not be left to chance or random: In this sense, is it better to plant native species for biodiversity conservation or exotic species that are more likely to resist global changes? Is it better to find resistant or ruderal species that have proven themselves in the face of certain disturbances? In any case, it would be good to diversify any NBS to have a better chance of survival in the face of global changes. • Nature-Based Solutions (NBS) in cities solve problems like floods, heat, etc. • But NBS can be threatened by disturbances like global change, pollution, etc. • In fact, these disturbances could notably alter services provide by NBS. • To avoid this, NBS should be designed by considering socio-eco-evolution. • It would also be good to diversify urban NBS, so that some survive disturbances.
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