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Climate change and population growth will challenge water security in Israel. Adapting to future water security challenges requires policymakers to act today. The Water Futures and Solutions for Israel project (WFaS-Israel) aims to assess water scarcity in Israel under different plausible future scenarios. Each scenario combines different climatic trajectories with diverse socio-economic and spatial planning storylines.

'Risk-layering' strategies to reduce, retain and transfer disaster risk not only protect productive assets and lives, but implemented appropriately, could yield a number of additional benefits that could enhance wellbeing and resilience. Yet, conventional static macroeconomic models are not capable of analysing how alternative fiscal resource allocations to risk-layering options may affect developing countries’ growth trajectories under the impact of climate change.

This project aims to assess and benchmark current and future challenges around water security in the Europe and Central Asia (ECA) region; and, to develop an operational Methodological Framework to conduct country and regional Water Security Assessments and Benchmarking as well as to provide country specific recommendations using an Action Planning Tool.

This project explores how to use multi-model ensembles to inform climate change management.  

This research and development project analyzes up-scaling options for water and land management practices for the resilient and sustainable intensification of agricultural production and food systems in the extended Lake Victoria Basin.

In fairSTREAM, IIASA researchers aim to understand and reconcile issues of fairness. This is a key aspect for managing risks in nexus issues, such as the food-water-biodiversity nexus, where conflicting views on procedural and outcome fairness often remain unresolved and jeopardize finding viable solutions. Addressing these issues is a major challenge that requires the integration of multiple sources of knowledge and the cooperation of many different societal actors.

Water quality challenges are major threats to human health, ecosystem health and economic development in Uganda, but inadequate data and capacity prevents effective management of water quality.

This Belmont Forum Pathways project will support the localization of the 2030 Sustainable Development Agenda through the development and testing of innovative policy tools, in order to engage local and regional actors from Africa in the design and implementation of required sustainability transformations.

This is a PhD Project under the scope of inventWater, which aims to develop innovative global indicators for water quality status (especially eutrophication) and changes in selected lakes worldwide, accounting for climate change, socio-economic development scenarios to facilitate water resources management and policy making.

RESIST will apply a multidisciplinary systems-thinking framework that aims to integrate (i) scientific evidence on key ecosystem processes driving climate change and (ii) socio-economic aspects driving stakeholder decision-making, both of which ultimately affect the Resilience of Ecosystem Services provided by Intact and Sustainably managed Terrestrial ecosystems under future scenarios.

In WaterStressAT we assess water availability and demand in Austrian regions considering alternative socio-economic and climate futures. This is to understand the risk of water stress and associated management opportunities. We are in the process of establishing a stakeholder co-design process spanning the entire project duration involving joint problem-framing, participatory modelling, and co-producing bottom-up water stress scenarios as well as risk management options.

Defining a safe operating space for water resources in a changing climate and society

This project estimates the current global treated wastewater irrigation potential and the capacity of wastewater reclamation to function as a climate adaptation measure. GATWIP explores different technological scenarios and technical limitations for treated wastewater irrigation and applies a novel spatially explicit modeling approach to recently published global datasets. GATWIP is funded by a IIASA’s Innovative and Bridging Grant (IBGF).