In this work, we proposed an improved model of the forest
fire risk (1), adding the effects of climatic parameters
and human activity on the hazard, and adopting the scientific
definition of risk.
Spatialization of risk has been established using a GIS
approach. Applying the proposed model on forest areas
of Bouzareah clump, using techniques Geomatics (Remote
Sensing and GIS) allows establishing map risk of
forest fire using multiple layers of information from
maps and terrain. The operation of combination of layers
is used for mapping the areas of forest fire hazard and
areas vulnerable to fire.
The fire risk map is not a means of struggle, but it
helps establish a forestry plan and an adequate control. In
addition to managing the problem of urbanization in hazardous
areas, becomes possible and controllable.
This is the current state of knowledge on risk “forest
fire,” noted yearly. Researchers are likely to perform;
can we model in the laboratory to understand empirically
what this product?