Explaining and predicting climate changes and extremes
Climate change is progressing rapidly, leading to more frequent and severe extreme weather events that current models find challenging to predict. EXPECT addresses critical gaps in understanding and predicting regional climate changes and extreme weather by using advanced climate model simulations, Earth observations, and machine learning. Addressing these knowledge gaps will provide a solid basis for reliable predictions of climate changes.
Our project aims to enable trustworthy assessments and predictions of regional climate changes, including extremes, by developing a prototype operational capability for integrated attribution and prediction. Integrated attribution and prediction involve understanding and explaining the factors driving regional climate changes and extremes, assessing the accuracy of climate models in representing these drivers, and using this knowledge to improve climate predictions for more reliable and useful information. We also promote collaboration and knowledge-sharing among international research communities, strengthening global efforts to manage and adapt to climate change impacts.
NEWS & EVENTS
Stay up to date with the latest news and upcoming events on assessments and predictions of regional climate change.
Refining climate models: the physics behind atmospheric circulation
Gerard Marcet Carbonell’s research journey in EXPECT began with a fascination for the complex, often […]
Read moreOpen Workshop on Understanding and Predicting Annual to Multi-Decadal Climate Variations
Bologna, Italy & online, 18–20 November, 2025 Deadline for abstract submission: 15 July 2025 Download […]
Read moreLibrary of resources
Explaining and predicting regional climate
Explore our library of resources, organised into categories like Science Explainers, Publications, and Reports. Discover themes such as Data for New Climate Insights, Integrated Attribution and Prediction, Climate Hazards, and Data Analysis Infrastructure and Tools to stay informed throughout the project.