Wildfires Danger Forecasting (Global Wildfire Information System(GWIS))

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Product Category

• Land use
• Land cover
• Natural Disaster
• Climate Change
• Coast Management 

• Marine
• Earth's Surface Motion

Financial Domains

• Investment management 
• Risk Analysis 
• Insurance management 
• Green finance

User requirements 

UN12: Analysis of potential risks in specific regions.

UN13: Need to geo-map clients.

UN14: Need to screen the feasibility of projects against different hazard criteria.

UN44: Need to measure the area vulnerable to wildfires before events.

Description

Pre-wildfire conditions are too complex and rely on multiple factors including weather conditions such as precipitation, temperature, humidity, and winds o, landscape conditions such as elevation, slope and aspect and vegetation conditions such as type, extent, health, and moisture content. Generally, four factors have a significant impact on wildfire activity: fuels, climate/weather, ignition agents, and human influence. Where fuel is available, weather plays the most crucial role in determining fire patterns in numerous regions worldwide. The European Forest Fire Information System relies on the calculation of three systems: the e U.S. Forest Service National Fire-Danger Rating System, the Canadian Forest Service Fire Weather Index Rating System, and the Australian McArthur (Mark 5) rating systems. EFFIS’ Global ECMWF Fire Forecasting model uses medium-range (1–10-day lead time) weather forecasts for the indicators of the three abovementioned systems. The most important indices for fire danger predictability are FWI, the fire danger index from the McArthur Mark 5, and the ignition component from NFDRS. Having indices from different sources is important for the comparison needs. All indices were calculated based on ECMWF IFS which is postprocessed with GEFF software. The data are freely available through the interactive fire danger forecast map through the Global Wildfire Information System which is a European service of Joint initiative of the GEO 2017-2019 Work Programme and Copernicus. 

Spatial Coverage Target

Asset Level and its surrounding

Data Throughput

Rapid tasking 

Data availability

• High
• High

• Low
• Low

PRODUCT SPECIFICATIONS

Main processing steps

The interactive fire danger forecast map can be accessed through GWIS https://gwis.jrc.ec.europa.eu/.

Input data sources

Optical:    N.A

Radar: N.A

Reanalysis products: Interactive fire danger forecast map through GWIS.

Supporting data:  N.A

Accessibility

The interactive fire danger forecast map can be freely and publicly accessed from GWIS

Spatial resolution

8km

Frequency (Temporal resolution)

Daily

Latency

Daily

Geographical scale coverage

Globally

Delivery/ output format

Data type: Raster

File format: GeoTIFF

Accuracies

Thematic accuracy: N.A

Spatial accuracy: 1.5-2 pixels of input data

Constraints and limitations

• Low spatial resolution (8km).
• Only up to 10 days of forecasting.
• Vegetation state which is the main indicator of fuel type is not used for FWI, so this index lacks such important information for forest fire forecasting.
• Fuel conditions used for IC and FDI have been provided in a mean climatological way and might not be accurate enough.

User's level of knowledge and skills to extract information and perform further analysis on the EO products.

Skills: Essential

Knowledge: Essential