Water resources management versus the world

IF 0.9 Q4 GEOSCIENCES, MULTIDISCIPLINARY
J. Greenway
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引用次数: 1

Abstract

Effective water resources management and water availability are under threat from multiple sources, including population growth, continuing urbanisation, and climate change. In this context, current water resources management requires a conceptual rethink, which is lacking in the urban water resources management literature. This paper addresses this gap by rethinking urban water resources management from a water-centric perspective. The paper discusses a conceptual rethinking of water resources management towards a water-centric water resources management system underpinned through combining nature-based solutions (NBS), green infrastructure, and water soft path approaches. It is concluded that through adopting a blend of NBS, green infrastructure, and water soft paths, a water-centric water resources management approach focused on achieving sustainable water availability can be developed. It is further concluded that in transitioning to a water-centric focused water resources management approach, water needs to be acknowledged as a key stakeholder in relation to guiding a transition to an effective holistic catchment-wide water-centric water resources management system focused on achieving sustainable water availability.
水资源管理与世界
有效的水资源管理和水资源供应受到多种来源的威胁,包括人口增长、持续的城市化和气候变化。在此背景下,当前的水资源管理需要对概念进行重新思考,这是城市水资源管理文献所缺乏的。本文从以水为中心的角度重新思考城市水资源管理,解决了这一差距。本文讨论了水资源管理的概念反思,通过结合基于自然的解决方案(NBS)、绿色基础设施和水软路径方法,构建以水为中心的水资源管理系统。结论是,通过采用国家统计局、绿色基础设施和水软路径的混合,可以开发以水为中心的水资源管理方法,重点是实现可持续的水资源可用性。进一步得出结论,在向以水为中心的水资源管理方法过渡的过程中,需要将水视为一个关键的利益相关者,以指导向以实现可持续水资源供应为重点的有效的全流域以水为中心的整体水资源管理系统过渡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
AIMS Geosciences
AIMS Geosciences GEOSCIENCES, MULTIDISCIPLINARY-
自引率
7.70%
发文量
31
审稿时长
8 weeks
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