The AI model's development in 2023 marked a significant advancement in forecasting, as it better predicts how climate change affects fire conditions. It accounts for the "whiplash" effect of alternating wet and dry periods that increase vegetation flammability, as seen in Southern California's January 2025 wildfires. The AI model's ability to incorporate diverse data sources, such as satellite imagery and population density, allows it to outperform traditional weather-based models, providing crucial insights for regions vulnerable to extreme weather events.
Key takeaways:
- Artificial intelligence is improving the accuracy of fire forecasts by analyzing fire patterns, potential fuel sources, and human activity.
- The AI model used by the European Centre for Medium-Range Weather Forecasts can more accurately predict high-risk regions and pinpoint hotspots for wildfires.
- The AI model improves forecasts by 30% by incorporating detailed fuel data and reducing false alarms in sparsely inhabited areas.
- The AI fire forecast model, developed in 2023, is already being used by regional met offices and traders for more accurate weather predictions.