A forest fire simulation tool for economic planning in fire suppression management models: An application of the Arcar-Cardin strategic model

Simulation of dynamic fire spread behavior of forest fires provides important information for decision-making. Specific programs facilitate the option of analyzing the energetic characteristics and spatial developments of fire spread, as well as the potential results. By simulating strategic attack and suppression plans through resource positioning to control and extinguish forest fire, decisions can be validated before their execution. In economic analysis terms, the simulation offers the possibility of valuing the cost of different suppression strategies and preventive planning associated with vegetation management, such as qualitative and spatial change of fuel models. The simulation model, Arcar-Cardin, is a capable tool for defense programs against forest fires. The organization and structure of the program at the user level and the procedure plan for personnel is presented in this paper, as well as the program's practical application to help prevent and extinguish forest fires.