Abstract
Recent developments in the use of GIs for
spatial dynamic modeling has resulted in improved fire
growth simulations. This paper examines previous growth
models and some of their weaknesses. We then define
what would be required to handle the growth of surface
fire within a raster based GIS program. The paper
discusses the requirements for the algorithm needed to
model fire growth and how this algorithm is implemented
using the PROMAP GIS modeling extensions. Examples
are given of fire growth simulation using predefined
conditions. The need for further testing of actual fires is
discussed.
Cited by
29 articles.
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