The project

The Wildfire Data Portal integrates cutting-edge data, research and practical tools with two main goals: 1) to serve as an open repository to archive, share and access all the data collected (field observations during fires) and related integrative model results of fire-atmospheric models, 2) to help improve data gathering methodology and assess its value and use for fundamental research, and 3) to provide user-friendly conceptual software designed to support operational emergency managers in understanding the complex interactions between fire and atmospheric conditions. This software includes visualizations, simulations, and tools to analyse data collected from real fires, existing case studies available in the portal and virtual fire scenarios. By enhancing understanding of how these interactions (such as pyroconvection) affect and drive changes in fire behaviour, the portal aims to help the firefighting community make more informed and effective decisions during extreme wildfire events, ultimately improving safety and response strategies.

Whether you are a researcher, a fire manager, or a policy-maker, the portal provides access to valuable data and simulations that can help improve planning, training, and response to extreme wildfire behaviour. Explore its features and its potential to transform how this information can support better decision-making in real-world scenarios.

The Portal is an output of the EU-funded EWED project (Extreme Wildfire Events Data hub for improved decision-making). The EWED project (2024-2025) generates data and knowledge on extreme wildfire behaviour to enhance the capacity to prepare for and respond to this phenomenon. EWED is a joint effort between fire services, academia and non-profit organisations from Spain, the Netherlands, Greece, and Norway. Learn more about EWED, on its website. The data portal will continue to be active once the project finalizes to obtain new data sets.