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泰国漫河盆地潜在基于自然的解决方案分析。

Analysis of potential nature-based solutions for the Mun River Basin, Thailand.

机构信息

Centre for Water Systems, University of Exeter, Exeter, UK E-mail:

Stormwater Infrastructure Resilience and Justice (SIRJ) Lab, School of Architecture Planning and Preservation, University of Maryland, USA.

出版信息

Water Sci Technol. 2023 Mar;87(6):1496-1514. doi: 10.2166/wst.2023.050.

Abstract

Despite the growth in research and applications of nature-based solutions (NBS) within the literature, there are limited applications in South East Asia, moreover studies which quantitatively assess the impacts of NBS could have on hazard reduction are scarce. This paper addresses this gap by developing and validating MCDA-GIS analysis to map how potential nature strategies could mitigate flood hazard if applied within the Mun River Basin, Thailand. Through a literature review, the top three solutions for flood and drought hazards were found: wetlands, re/afforestation, and changing crop types. These strategies were reviewed and validated with a MCDA-GIS methodology, through land use change (LUC) maps to depict different future scenarios. The results found that flood hazard did decrease when NBS were implemented in the catchment, especially for A/Reforestation, and to a greater extent when a combination of NBS were applied. This article provides specific insights into the current gaps of NBS publications, specifically considering the case of the Mun River Basin, Thailand.

摘要

尽管基于自然的解决方案(NBS)在文献中的研究和应用有所增长,但在东南亚的应用有限,此外,定量评估 NBS 对减少灾害风险的影响的研究也很少。本文通过开发和验证 MCDA-GIS 分析来解决这一差距,该分析旨在绘制潜在的自然策略如果在泰国 Mun 河流域应用,将如何减轻洪水灾害。通过文献回顾,发现了针对洪水和干旱灾害的前三大解决方案:湿地、重新造林和改变作物类型。通过土地利用变化(LUC)地图,使用 MCDA-GIS 方法对这些策略进行了回顾和验证,以描绘不同的未来情景。结果发现,当集水区实施 NBS 时,洪水灾害确实会减少,特别是对于 A/重新造林,而当应用多种 NBS 组合时,减少的幅度更大。本文提供了有关 NBS 出版物当前差距的具体见解,特别是考虑到泰国 Mun 河流域的情况。

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