Working Group 1
Setting the capability landscape: sources of multi-hazard predictability
Working Group 1 (WG1) aims to define the capability landscape for multi-hazard prediction across Europe by mapping how different hazards interact and identifying their sources of predictability. It adopts a process-based approach to build a shared understanding of interdependencies, mechanisms, and drivers behind multi-hazard events on extended-range timescales. WG1 develops and improves protocols to analyse these interdependencies, including the influence of large-scale climate drivers, and applies them to past high-impact events for learning and dissemination. WG1 then evaluates how these relationships can be predicted up to 46 days ahead using ensemble forecasts and observational datasets. And finally WG1 creates an adaptable framework to visualise and quantify hazard interdependencies, using statistical methods such as conditional probability analysis. This framework is designed to act as a common methodological language across the project and support future research activities. In parallel, WG1 engages stakeholders to communicate uncertainties and potential applications, building capacity for improved multi-hazard early warning systems and future operational collaboration.
Leaders
- Ana RussoWG1 Leaderacrusso@fc.ul.ptInstituto Superior de Agronomia da Universidade de Lisboa, Lisbon, Portugal
Portugal
Short BioAna Russo is an Assistant Professor at the Instituto Superior de Agronomia and a researcher at CEF, University of Lisbon (Portugal). Her research focuses on climate extremes and compound events, and their impacts on air quality, ecosystems, and human health. She combines climate science, statistical and AI methods, and interdisciplinary approaches to advance understanding on interdisciplinary
- Ilias PechlivanidisWG1 Co-leaderilias.pechlivanidis@smhi.seSwedish Meteorological and Hydrological Institute (SMHI), Norrköping, Sweden
Sweden
Short BioIlias is an Associate Professor at SMHI and visiting researcher at Uppsala University in Sweden. He is a Fellow of ECMWF, Member in the Strategic Advisory Board of the Destination Earth initiative, elected Vice-Chair of the WMO Research Board, and an elected President of the EGU Hydrological Sciences Division. His research focuses on (impact-based) hydro-meteorological forecasting, user-centric early warnings and climate services.
Working Group 2
Linking multi-hazards with extended-range predictions
Working Group 2 (WG2) focuses on linking multi-hazard knowledge with extended-range forecasting to better characterise and predict interacting hazards across Europe. It builds on WG1 by using ensemble forecasts and datasets such as those from ECMWF and Copernicus services to analyse hazard dynamics and assess prediction skill across spatial and temporal scales. A key task for WG2 is to evaluate how well extended-range models can forecast multi-hazard events, identifying strengths and gaps through testbed case studies. For this WG2 will build on the knowledge from WG1 to foster the use of state-of-the-art multivariate hybrid frameworks that combine non-stationary copulas for high-dimensional interdependence modelling using new AI/ML techniques to replace statistical empirical prediction models. These approaches also support the development of impact-based, disaster-specific forecasting tools by integrating hazard and impact data. The final step of WG3 will be the implementation of a “Ready-Set-Go” framework, linking seasonal, extended-range, and short-range forecasts to support staged decision-making from early planning to immediate response. Alongside research, WG2 engages stakeholders to validate predictions, communicate uncertainties, and co-develop tailored forecasting products while strengthening capacity for future operational collaboration and risk reduction.
Leaders
- Hannah BloomfieldWG2 LeaderHannah.Bloomfield@newcastle.ac.ukNewcastle University, Newcastle upon Tyne, United Kingdom
United Kingdom
Short BioHannah is an academic track fellow in climate resilient energy systems. She gained her PhD from the University of Reading in 2017 and has since worked on four climate services projects and early warning systems with relevance to the energy, transport and finance sectors. A key outcome of her work has been to improve the accessibility of large meteorological datasets to energy system modelers and policy makers.
- Morten LarsenWG2 Co-leadermla@dmi.dkDanish Meteorological Institute (DMI), Copenhagen, Denmark
Denmark
Short BioMorten is currently heading a research unit at The Danish Meteorological Institute (DMI) within ocean and dispersion modelling, comprising ~20 researchers, but is also active within fields of hydrology, atmospheric science, compound events, etc. Before DMI, Morten worked at the University of Copenhagen and at the Technical University of Denmark, incl. as a research group lead. Key research areas include climate change uncertainty with a focus on extremes, floods and impacts, compounds, and the Water-Energy nexus.
Working Group 3
Multi-hazard impacts and databases
Working Group 3 (WG3) focuses on understanding and quantifying the impacts of multi-hazard events and building comprehensive datasets across Europe. It begins by collecting and harmonising diverse data sources, including national records and sectoral datasets, to better characterise hazard impacts alongside exposure and vulnerability information. WG3 develops methodologies, in collaboration with stakeholders, to quantitatively assess multi-hazard impacts using tools such as vulnerability curves and impact-based approaches. As a next step, WG2 will explore the strength of AI/ML hybrid modelling to assess spatiotemporal patterns and evolutions of interdependent hazards and their impacts. These methods also extend and enhance existing datasets to capture interdependencies between hazards and their consequences at different scales. Furthermore, WG3 explores the creation of a pan-European, standardised multi-hazard impact database, supported by AI-based tools for detection, processing, and forecasting. This database will integrate localised hazard, exposure, and vulnerability data while complementing existing resources to improve impact estimation. Throughout, WG3 works closely with stakeholders to co-develop data products and strengthen capacity for understanding and managing multi-hazard risks.
Leaders
- Joanne RobbinsWG3 Leaderjoanne.robbins@metoffice.gov.ukMet Office, Exeter, United Kingdom
United Kingdom
Short BioJoanne manages the Weather Impacts Team at the Met Office and has 18 years’ experience working on risk and impact modelling for improved forecasting and warning of hydro-meteorological hazards. Key research areas include: developing impact models for hydrometeorological hazards (impact-based forecasting and warning); impact-based evaluation using novel, non-standard observations (e.g. using citizen science and social sensing methods); medium-range landslide forecasting and warning. She also sits on the steering group of the WMO’s WWRP Progressing EW4All Oriented to Partnerships and Local Engagement (PEOPLE) project.
- Marcello ArosioWG3 Co-leadermarcello.arosio@iusspavia.itIstituto Universitario Di Studi Superiori Di Pavia (IUSS), Pavia, Italy
Italy
Short BioMarcello is a Senior Researcher in Hydrology and Hydraulic Engineering at the IUSS University in Pavia, Italy. His research focuses on systemic risk assessment of natural hazards, with a particular emphasis on multi-hazard interactions, network-based modelling, and the cascading impacts of extreme events on infrastructure and socio-economic systems. He actively works at the interface between science and practice, developing decision-support tools for climate risk management and resilience planning.
Working Group 4
Exploring multi-hazard early warnings products for anticipatory actions
Working Group 4 (WG4) focuses on translating multi-hazard knowledge, predictions, and impact assessments into practical early warning products that support anticipatory action. It integrates outputs from earlier groups to explore how extended-range multi-hazard forecasts can improve preparedness and response across Europe. For this, WG4 identifies stakeholder needs and evaluates existing warning systems, technologies, and practices to assess their potential for multi-hazard forecasting on longer timescales. This includes analysing current national and international systems to map coverage, capabilities, and gaps in early warning services. WG4 also co-develops user-oriented early warning products, applying approaches like “Ready-Set-Go” to communicate risks clearly across different forecast horizons. These products are designed with stakeholders to ensure usability, clarity, and relevance for decision-making. Finally, WG4 will test and refine these tools through pilot testbeds, ensuring they are practical, scalable, and compatible with existing systems while supporting future operational uptake. Overall, WG4 strengthens the link between science and practice by enhancing communication, fostering collaboration, and building capacity for effective multi-hazard early warning and anticipatory action.
Leaders
- Robert Šakić TrogrlićWG4 Leadertrogrlic@iiasa.ac.atInternational Institute for Applied Systems Analysis (IIASA), Vienna, Austria
Austria
Short BioRobert is a senior researcher at the International Institute for Applied Systems Analysis (IIASA) in Austria. Trained both in engineering and social sciences, his research explores multi-hazards and their interactions within multi-risk frameworks, people-centred disaster risk reduction, and knowledge co-production, with a particular emphasis on bridging physical and social sciences to strengthen evidence for disaster and climate policy and practice.
- Marleen de RuiterWG4 Co-leaderm.c.de.ruiter@vu.nlVrije Universiteit Amsterdam, Amsterdam, Netherlands
Netherlands
Short BioMarleen is an Assistant Professor in the Department of Water and Climate Risk at the Institute for Environmental Studies (IVM), Vrije Universiteit Amsterdam. Her research focuses on improving the modelling of multi-hazard risks including consecutive disasters followed by water-borne disease outbreaks, multi-hazard risk early warning systems, disaster risk reduction, and the temporal dynamics of disaster vulnerability. She is the current co-chair of the RiskKAN network and co-leads its working group on EWS & preparedness.
Working Group 5
Cross-cutting co-design, stakeholder engagement and dissemination
Working Group 5 (WG5) provides cross-cutting support through co-design, stakeholder engagement, and dissemination to ensure the project’s outputs are widely understood and applied. It develops and manages an inclusive engagement strategy that connects researchers, practitioners, and the public to improve multi-hazard early warning and anticipatory action. WG5 organises outreach and communication activities such as workshops, focus groups, public events, and online content to raise awareness and translate complex scientific results into actionable knowledge. These efforts also foster continuous dialogue with stakeholders and help maximise the impact of the project’s innovations. Beyond just communication, WG5 focuses on education and capacity building, offering multidisciplinary training, exchanges, and opportunities for early-career researchers and practitioners to strengthen collaboration between scientific and operational communities. WG5 also ensures legacy of the products created in ANTICIPATE and works toward establishing mechanisms for long-term sustainability, ensuring continued knowledge sharing and collaboration beyond the project’s lifetime. Through these combined activities, WG5 strengthens knowledge exchange, supports skill development, and enhances the uptake of multi-hazard prediction advances across society.
Leaders
- Silvia De AngeliWG5 Leadersilvia.de-angeli@univ-lorraine.frUniversité de Lorraine, Metz, France
France
Short BioSilvia is a Junior Professor in Sustainability Science at the University of Lorraine, France. She earned her PhD in Understanding and Managing Extremes at IUSS Pavia and has worked across academia and the private sector on disaster risk assessment and management, focusing on interdisciplinary approaches to multi-hazard risk. Her current research explores transdisciplinary modelling of the habitability of socio-ecological systems under climate risks.
- Fiachra O'LoughlinWG5 Co-leaderfiachra.oloughlin@ucd.ieUniversity College Dublin, Dublin, Ireland
Ireland
Short BioFiachra is an Assistant Professor in the School of Civil Engineering at University College Dublin (UCD) and the Director of the UCD Dooge Centre for Water Resources Research (CWRR). His research focuses on improving understanding of hydro-meteorological risk through the combination of modelling and remote sensing across various time-scales.