Related Projects
Members of climes lead and participate in a diverse array of research projects focused on understanding and mitigating the impacts of climate extremes. Below, we highlight several ongoing initiatives conducted within the center.
Advanced Database of the Effects of Extreme Climate Events in Europe from Online Texts
Duration: 2023 – 2026
Project Leads: Gabriele Messori, Joakim Nivre
Active Learning for Ecological Monitoring
Duration: 2023-2024
Project Lead: Olof Mogren
This project focuses on creating advanced active learning algorithms for ecological monitoring, enhancing data collection and analysis accuracy. Aimed at automating monitoring devices, it will adapt and extend current active learning approaches, producing scientific publications and demonstrating techniques on real-world applications. Click here to read more.
Adapting to Temperature Extremes in a Changing Climate: Past Trends and Future Scenarios (ADATES)
Duration: 2023-2026
Project Lead: Elena Raffetti
This interdisciplinary project, funded by FORMAS, investigates the health impacts of non-optimal and extreme temperatures in Sweden, focusing on vulnerability, adaptation strategies, and future scenarios. It involves a unique collaboration among experts from different fields and institutions, aiming to inform socially just climate adaptation policies.
Dynamic Adaptation to Temporally compound hydroclimate Extremes: supporting a sustainable transformation under global changes (DATE)
Project Lead: Elena Raffetti
This project explores temporally compound hydroclimate extremes, aiming to improve adaptation strategies and evaluate future societal and public health impacts to support sustainable transformation efforts.
Novel risk factors for cardiovascular disease during pregnancy in whole populations of the UK
Duration: 2023-2026
Project Lead: Elena Raffetti
This research explores novel risk factors for cardiovascular disease during pregnancy across the entire population of the UK, aiming to enhance understanding and prevention strategies for maternal health.
FERTITEC: FERTIliser Product Recovery from Secondary Raw Materials Using Available Techniques Duration
Duration: 2024-2028
Project Lead: Cheryl Marie Cordeiro,
Sub Project Lead: Olof Mogren
This project aims to develop innovative techniques for recovering fertilizer products from secondary raw materials, enhancing sustainability and reducing waste. By leveraging existing technologies and enhancing them with novel algorithms based on artificial intelligence, FERTITEC will optimize recovery processes and contribute to more efficient resource utilization. The project’s outcomes will include improved recovery methods and practical applications for the agricultural sector.