ANALYSIS OF THE CURRENT STATE OF WARNING OF EMERGENCY SITUATIONS IN THE TERRITORIES OF UKRAINE WHICH WERE SUFFERED BY ROCKET AND ARTILLERY IMPACTS

Abstract

The author created an array of soil disturbances as a result of military operations. Physical and chemical exposure lead to a drastic increase in dangerous factors. Dangerous factors to local (in the worst case scenario to background) changes in indicators of physical and chemical properties (condition) of soils, they have a long-term nature of danger to the soil environment and pose a danger to the population and territories. The author established that there is a primary accumulation of pollutants in the soil with subsequent redistribution both in the soil itself and in other environments - surface and underground waters. The process of modeling the spread of pollutants is a complex task due to the need to take into account many variables in time and space, physical and chemical parameters of the soil, as well as environmental conditions and the form of pollutants. Scientific developments in the field of monitoring and ecological-geochemical assessment of soil conditions are fragmentary in nature. To date, no universal methodologies have been created for assessing the safety of soils in territories affected by war and approaches regarding the permissible level of their pollution for the prevention of emergency situations. Research should be conducted using a complex of field, remote and laboratory methods. The author determined that the development of new organizational and technical methods of emergency prevention in territories that have suffered missile and artillery damage, based on comprehensive forecasting, monitoring and modeling of soil hazards, should be based on unified methodological positions regarding the place and role of the processes of prevention, prevention, localization and liquidation in the structure of the general process of combating emergency situations. The methodologies were previously tested in a number of works on the development and implementation of organizational, operational engineering and information methods for the prevention of emergency situations of various types of occurrence and spread. Keywords: military-technogenic load, soil pollution, solid metals, emergency happening, prevention of emergency situations.