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> Vidéos > Sessions scientifiques > Numerical Wildfire & Weather - 2025
Numerical Wildfire & Weather - 2025
| Modelling firebrands with a coupled fire atmosphere model - Alberto Alonso-Pinar | |
| Using artificial intelligence to monitor live fuel moisture content across France, based on a high resolution land surface analysis - Yann Baehr | |
| Short-term local wind forecasting with NN using NWP and ground station data - Roberta Baggio | |
| FireCast : Towards and Operational Tool for Coupled Wildfire Atmosphere Simulation - Roberta Baggio & Jean-Baptiste Filippi | |
| Wildfire Modeling – Importance of Highly-resolved Vegetation Structures - Fabian Brännström | |
| Monitoring vegetation's response to drough by assimilating in situ and satellite data - Jean-Christophe Calvet | |
| Towards stochastic differentiable wildfire prediction with empirical- and - neural-network-based models - Sibo Cheng | |
| The southern EUrop biomass BURning project - Cyrielle Denjean | |
| From Research to Operational Tool: PROPAGATOR as an Open-Source Cellular Automata Wildfire Simulator - Mirco d'Andrea & Nicolo Perello | |
| A Data-Driven Journey towards fire Activity Prediction - Francesca Di Giuseppe | |
| Hands-on usage of open-source ForeFire Solver - Jean-Baptiste Filippi | |
| METFLIX : A video-based approach to compressing high-resolution flow and meteorological data - Jean-Baptiste Filippi | |
| Advancing Wildfire Preparedness Experimental Insights into Dynamic Fire Behaviours - Alexander Filkov | |
| Statistical Downscaling for Urban Temperature at Hectometric Scale - Julia Garcia Cristobal | |
| Challenges of Transfert Learning in Wind Speed Forecasting: Understanding Negative Transfert Effects - Diego Grante | |
| Weather radar to provide intelligence and nowcast hazards associated with wildfires - Adrien Guyot | |
| Transfer Learning with Recurrent Neural Networks of Fuel Moisture Content: Extending from 10h fuels to 1h and 100h - Jonathon Hirschi | |
| Generative in situ weather forecastin guide by gridded model outputs - David Landry | |
| FIRE-AID - AI-powered fire spread modeling and decision support - Dominik Laux | |
| CSIRO Bushfire Behavior Research Activities and Priorities - Abdelaziz Misarah | |
| A new framework to characterize frebrand generation and their 3D reconstruction model - Ha-Ninh Nguyen | |
| A summer with the Flexible Combined Imager Operated on Meteosat Third Generation Satellite - Ronan Paugam | |
| Fire weather operations and research at the Australian Bureau of Meteorology - Mika Peace | |
| Towards a new series of tools to model wildfire danger and hazard in France: CartoNat (+connected research projects) - François Pimont | |
| Improving prediction of heavy rainfall in Corsica with neural networks - Killian Pujol | |
| AI for weather forecasting: State-of-the-art and current research projects at Météo-France - Laure Raynaud | |
| Modelling wildland fire behavior and associated uncertainties using data assimilation - Mélanie Rochoux | |
| Remote sensing and machine learning for fuel characterisation in the context of wildfire simulation. Towards multisource and multimodal data analysis - Romain Thoreau | |
| Quantifying Fuel Consomption in Hearthland Ecosystems: Towards Multi-Scales Fuel Mapping Using Remote Sensing Data Fusion - Alexander Van Hout | |
| Subseasonal Forecasting of Fire Weather Using Long Short-Term Memory Networks - Karlee Zammit |