Research Project
This research project funded through the Systems Analysis Forum (SAF) aims to better understand the interaction between labour flows and capital flows in an economy. This work will help to improve the assessment of welfare dynamics and evaluate policies that can lead to higher levels of economic welfare.
Research Project
Transformational risk management to tackle climate Loss and Damage in Austria and beyond (TransLoss)
Loss and Damage (L&D) has gained traction since it became apparent that climate change would lead to impacts that cannot, or will not, be tackled by mitigation or adaptation. While current research mainly focuses on L&D in the Global South, our objective is to provide policy-relevant scientific insights from the perspective of Austria, a Global North country.
Research Project
The overarching aim of this project was to produce comprehensive, multi-perspective, and robust quantitative migration scenarios to support various areas of European migration policy, based on cutting-edge developments in conceptualising, explaining, estimating, and forecasting migration.
Research Project
Applying demographic concepts and methodological tools, researchers at IIASA Population and Just Societies Program (POPJUS) in collaboration with Wittgenstein Centre researchers, international collaborators and stakeholders have been working on different projects looking at the vulnerability dimension and differential impact of the COVID-19 pandemic.
Research Project
Educational and research institutions can provide necessary stimuli for societal changes. To provide graduates with these necessary competences to overcome the Global Grand Challenges a paradigm shift is needed, enabling new methods and ways of thinking, engagement and attitudes towards sustainable development.
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.
Research Project
Dynamic Global Vegetation Models (DGVMs) are invaluable for understanding the biosphere. However, as currently implemented by the international research community, these models suffer from a challenging accumulation of uncertainty. This project aims to address this problem by developing the foundations of a new generation of models centered on a “missing law” – adaptation and optimization principles rooted in natural selection.