PROJECT INNOVATIONS
INNOVATION ACTIONS (IA)
Emergency, Risk Mapping and Sustainable Fire Management Models
- IA 1.1. Piloting an adapted Forest Fire Potential Polygons methodology to improve decision making on EWE
- IA 1.2. Testing key inputs for atmospheric data analysis using new knowledge and expertise on EWE
- IA 1.3. Piloting early-warning indicators of EWEs incorporating fire-weather and vegetation conditions
- IA 1.4. Integrated fire management model: bases, demonstration and piloting activities
Ecosystem Conservation and Landscape design
- IA 1.5. Demonstration of innovative post-fire restoration and adaptation strategies
- IA 2.1. Improving data acquisition for landscape design based on novel remote sensing methods
- IA 2.2. Scheduling and implementing novel management practices
- IA 2.3. Defining recommendations for improving security on WUI at multiple scales
- IA 2.4. Optimizing landscape configuration and fire management policies to minimize expected losses from EWE
- IA 2.5. Designing strategic networks of managed areas to improve suppression efforts against EWE
- IA 2.6. Designing post-fire restoration strategies
- IA 2.7. Landscape design strategies, using tactical planning methods
- IA 2.8. Trade-off ES assessment of fire-resilient landscape design
Economic drivers, Incentives and Insurance Solutions
Governance, society, communication and risk awareness
- IA 4.1. Fire forums
- IA 4.2. Testing a new methodology for risk communication to improve WUI homeowners’ culture of risk
- IA 4.3. Fire Education Platform – An immersive tool for policy-makers, schools and families
- IA 4.4. Fire-safe villages
- IA 4.5. Testing regional-level policy clinics for inclusive and coherent firesmart risk governance
- IA 4.6. Piloting a Firesmart planning platform and conceptualization tool
- IA 4.7. Testing an Interoperability evaluation tool
- IA 4.8 Demonstrating strategies and tools for smart communication to citizens
Advanced Technology Solutions - Support Tools for Integrated Fire Management
- IA 5.1. Demonstration of an integrative umbrella system for estimating EWE risk and impact in real time with HR weather data
- IA 5.2. Demonstration of real-time EWE simulation and smoke spread based on coupled fire-atmosphere approaches using of HR weather data
- IA 5.3. Advanced vegetation characterization based on Earth Observation data fusion and Artificial Intelligence over forestland ecosystems
- IA 5.4. Piloting models for fire combustion and Pyrocumulonimbus with use of HR data
- IA 5.5. Testing of vertical atmospheric structure models based on satellite constellation in EWE
- IA 5.6. Prototyping HAPS (High Altitude Pseudo Satellites) contribution to Europe’s resilience against EWE
- IA 5.7. Quantifying impacts of exposure to air pollutants from wildfires
- IA 5.8. Prototyping and testing innovative tools for EW ICS training certificates
- IA 5.9. Tools for international collaboration through shared operational information for specialized stakeholders
- IA 5.10. Development of a Pan-European system to define management priorities to mitigate fire impact