Author :
Giovanni, Laneve ; Jahjah, M. ; Fabrizio, Batazza ; Fabrizio, Ferrucci
Author_Institution :
CRPSM, Sapienza Univ. of Rome, Rome, Italy
Abstract :
The SIGRI (Sistema Integrate per la Gestione del Rischlo Incendi) pilot project, funded by ASI (the Italian Space Agency), aims at developing an Integrated System for the Management of the Wild Fire Events. The system should provide satellite based products capable to help fire contrasting activities during all the phases: prevision, detection, and damage assessment/recovering. In particular, the paper concerns the development of a Fire Risk Index to be produced daily with the objective of showing the total level of risk for the area of interest and the zones of major concern within such area. In the European Community the member countries interested by forest fires are at least six: Portugal, Spain, France, Germany, Italy, and Greece. The higher number of wild fires occurs in the western part of Spain and Portugal, in southern Italy and in the Mediterranean islands The idea to develop maps able to show the fire risk is based on the observation that there is a tight relationship between the fire and the characteristics of the fuel (vegetation type, density, humidity content), of the topography (slope, altitude, solar aspect angle) and the meteorological conditions (rainfall, wind direction and speed, air humidity, surface and air temperature). These parameters directly impact the proneness of a given area to the fire ignition and propagation. Since these quantities can be measured, notwithstanding the cause of the fire ignition, mainly due, in Italy, to human actions (more than 90% of the ignitions is intentional or accidental), could be unpredictable the behaviour of the fire can be considered strictly dependent from those and then it can be foreseen when such parameters are known.
Keywords :
environmental management; fires; remote sensing; vegetation; ASI; France; Germany; Greece; Italian Space Agency; Italy; Mediterranean islands; Mediterranean region; Portugal; SIGRI pilot project; Sistema Integrate per la Gestione del Rischlo Incendi; Spain; ]; air humidity; air temperature; altitude; fire contrasting activities; fire damage assessment; fire damage recovery; fire detection; fire ignition; fire prevision; fire propagation; fire risk index; fire vulnerability index; forest fires; meteorological conditions; rainfall; satellite based products; slope; solar aspect angle; surface temperature; topography; vegetation density; vegetation humidity content; vegetation type; wild fire event management; wind direction; wind speed; Europe; Fires; Fuels; Humidity; Indexes; Satellites; Vegetation mapping; corine landcover; fire probability index; fuel Moisture; modis; msg-seviri;