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Spatial fire modeling in Mkuze Game Reserve: A case study*
Author(s) -
Stephen Gary. Berjak,
John Hearne
Publication year - 2014
Publication title -
orion/orion
Language(s) - English
Resource type - Journals
eISSN - 2224-0004
pISSN - 0259-191X
DOI - 10.5784/18-0-184
Subject(s) - game reserve , cellular automaton , evening , environmental science , national nature reserve , nature reserve , computer science , geography , environmental resource management , ecology , algorithm , physics , wildlife , archaeology , astronomy , biology
Controlled burning is a necessary and regular activity in Mkuze Game Reserve, South Africa. Predicting the rate and extent of fire spread in controlled burning operations is, therefore, an important management objective. In this paper we evaluate a cellular automaton model for fire spread in terms of this objective using empirical data for two case studies in Mkuze Game Reserve. Incorporating data relating to factors such as temperature reduction in the early evening, subsequent dew formation and increased fuel moisture content, the model was found to closely resemble the observed fire behaviour

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