Editor’s choice
This book chapter presents the application of a transboundary spatially explicit water resources simulation and planning tool in support of decision-making in a contentious setting.
Although integrated water resources management (IWRM) has become the mainstream concept for water management, its implementation in transboundary, politically tense settings, such as the Jordan River basin, is still limited. In this study, the authors integrated socio-economic scenarios and water management strategies resulting from a stakeholder process, thereby including socio-economic uncertainty, using the WEAP modelling software. Tool development was supported by an active transboundary dialogue between scientists and stakeholders.
The tool was used to identify water scarcity effects and spatial-temporal response patterns under four regional scenarios up to the year 2050. These scenarios suggested that the positive effects of large scale water management options such as sea water desalination and the increased use of treated wastewater can be strongly limited by insufficient water transport infrastructure and/or a lack of cooperation. Respective responses to water scarcity should be pursued with the same intensity as currently the implementation of large-scale supply-side options.
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Journal article / This study aimed to support robust decision-making for planning and management of water-energy-food (WEF) nexus systems in the country of Jordan.
SEI report / Local actors drive change and advance the achievement of the 2030 Agenda for the Sustainable Development Goals.
Project / By showing the benefits of cooperation across national and sector boundaries, MYWAS opens the possibility of dialogues in contentious conflicts around water.
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