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Since 2000 year following results are obtained: 1. Probabilistic criteria of the forest fire danger forecast is developed. 2. Forest fuel layer ignition by the various natural and anthropogenous local sources of the high temperature is investigated. 3. Deciduous and coniferous trees ignition by the cloud-to-ground lightning discharge is investigated. 4. Forest fuel layer drying under the influence of meteorological conditions and at the heat and mass transfer with soil layer and atmosphere is studied. At present time it is necessary to develop new physically prooved mathematical model. 5. Thermal impact of forest fire on human body is investigated. 6. Information-prognostic system of the forest fire danger forecast is developed. At present time it is necessary to create new system using up-to-date computer and information technologies. 7. Geographical information system of the forecast and visualisation of forest fire danger caused by focused sunlight is developed. Since 2013 year this system serve as a base to develop complex system to monitoring, estimation and prediction of forest fires. 8. Parallel program complex for the forest fire danger forecast in a mode advancing real time of forest fire accident progress is developed usin Message Passing Interface (MPI). 9. Concept and strategy for research of life quality of the people living in settlements with unsuccessful forest fire conditions are developed. 10. Forest fire impact on surface soil layer is investigated. 11. Forest fire impact on vegetation and trees is investigated.
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