Key research themes
1. What are the limits and mechanisms influencing the predictability of extreme weather events?
This research theme investigates the fundamental physical constraints and error growth dynamics that determine how far and how accurately extreme weather phenomena can be forecasted. Understanding these limits is crucial for improving forecast models, managing risk associated with destructive weather events, and guiding the development of ensemble and probabilistic forecasting methods.
2. How do weather shocks translate into socioeconomic and economic impacts, and what are the primary channels of influence?
This theme explores the macroeconomic and household-level consequences of weather shocks such as temperature extremes, floods, droughts, and storms. It focuses on quantifying impacts on economic growth, inflation, poverty, agricultural productivity, and migration decisions, identifying channels like reduced labor productivity, agricultural output loss, health impacts, and wealth effects. Understanding these mechanisms is critical for climate adaptation, economic policy design, targeted social protection, and disaster risk reduction.
3. What strategies and innovations are effective in managing and mitigating the impacts of extreme weather events on infrastructure, forecasting, and risk communication?
Focused on practical approaches, this theme investigates advances in forecasting extreme weather events, the design and resilience of built environments against climatic extremes such as windstorms, and measurement methodologies for health-relevant exposures like hand-transmitted vibration shocks. Research in this area informs policy and technical standards aimed at enhancing preparedness, operational forecasting accuracy, and infrastructure resilience to minimize human and economic losses.