About the possibility of natural emergency risk management in mountain areas by thermal impact on the surface troposphere layer

Abstract A pressing issue in managing the risks of wildfires mountain regions world is improving management rainfall intensity over their territories. The relative humidity air which precipitation should be initiated an important factor effectiveness such techniques. In mountains, forced convection on windward slopes has led to a significant increase rainfall. At same time, entering downwind reduced, thus increasing fire risk them. It been hypothesized that it possible leeward mountains by initiating thermal slopes. Its fairness confirmed model mossiv with parameters corresponding southern slope Ai-Petra Yayla (Main Ridge Crimean Mountains). weather conditions characteristic this area during summer months were considered. method study consisted numerically solving complete nonlinear thermometer equations using Fire Dinamic Simulator (FDS) programs. established excitation local part can cause height dew point above whole slope, advanced hypothesis confirms. results show apply methodology considered for suppression forest and other natural fires mountains.