Design and implementation of an operational early warning system of meteo fire risk based on geospatial data from remote sensing and numerical models

BELLIS, LAURA; ANDREO, VERÓNICA; LIGHEZZOLO, ANDRÉS; ARGAÑARAZ, JUAN PABLO; LANFRI, SOFÍA; CLEMOVEKI, KEVIN; SCAVUZZO, CARLOS MARCELO

Milán

Simposio; International Geoscience and Remote Sensing Symposium 2015; 2015

EEE Geoscience and Remote Sensing Society

We designed an integrated platform for early prediction of meteorological fire risk. The system is operative since the end of 2014 and estimates the fire danger index automatically, based on the 72 hours forecast of the Weather Research and Forecast (WRF) model. Though the system is in experimental phase, the first results showed a quite acceptable performance. Moreover, this index is capable ofcontinuously improving the algorithms to produce enhanced risk estimation. Thus, in the short term, the system would also include geospatial information and satellite based products to help firefighting activities during all phases: early warning, pre-disaster planning, preparing and forecasting, response and assistance, recovering and reconstruction throughout a web map service.