Research Project
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.
Research Project
The joint project “Integrated modeling for robust management of food-energy-water-land use nexus security and sustainable development” between National Academy of Sciences, Ukraine (NASU), and IIASA for the period from 2022 to 2026 is the continuation and the new stage of the joint NASU-IIASA project “Integrated robust management of food-energy-water-land-social nexus for sustainable development” completed in the period from 2017 to 2021 (IIASA Policy brief, 2017; Zagorodny et al., 2013, 2014, 2018, 2020). In the new research period, we address urgent problems of integrated modeling and policy analysis through models’ linkage and distributed optimization of disintegrated distributed food-water-energy-environmental models, precautionary and adaptive dealing with systemic risks and their implications for Food-Energy-Water-Environmental-Social (FEWES) systems security NEXUS management in Ukraine and globally.
Research Project
The H2020 project ALTERNATE (Assessment of alternative aviation fuels development) brings together an interdisciplinary consortium of world leading experts in the field of air transport, engine certification and alternative fuels both from Europe and China, to provide synergy of the potential climate change mitigation strategies based on the use of alternative jet fuel pathways.
Research Project
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.
Research Project
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.
Research Project
ALTERFOR explores the potential to optimize forest management models currently in use in different forested areas in European countries. The international consortium of scientists and forestry practitioners will examine alternative forest management models in ten case study areas. Each area represents different forest management practices and socio-ecological conditions across Europe.
Research Project
'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.
Research Project
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.
Research Project
Climate change induced waterstress: challenges and opportunities in Austrian regions (WaterStressAT)
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.