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The work contains the results of the electromagnetic radiation at the location sites of the radio-engineering means for special purpose and the effect of this factor on health. The space – time dissemination appropriatenesses of the electromagnetic radiation of the circular scanning radar of Dalemir type and vertical scanning radar of Vysotomir type have been determined with the help of personal elaborations and modern methods of the investigation. It was established that a real energetic charge on the family members and civil population living in the military settlements is greater nearly by 20 fold than for specialists supplying the radio-engineering means. This category of the population is a contingent of the elevated risk. The results of the biological and hygienic studies fulfilled on the laboratory white rats testifies that the electromagnetic radiation of the radio-engineering means for special purpose in different periods of the experiment causes the changes in the indices of nervous system, biochemical process of the immune system, reproductive function. On the basis of the fulfilled study the following hygienic standards for the population have been recommended: for the circular scanning radars – 15 W/cm2 at 24 hours object radiation and – 40 W/cm2 at 8 hours object radiation, and for vertical scanning radar – 10 and 30 W/cm2 correspondently this. Other measures on the population health protection have been elaborated.

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and its equipment (radio navigation, radio equipment, aircraft, technogenic electromagnetic, acoustic radiation). The purpose of the work is to substantiate scientifically and improve current theoretical approaches to the estimation of the influence of electromagnetic and acoustic pollution on the state of the environment, to substantiate measures aimed at improving the environment and prevention of diseases. Research methods. Analytical, mathematical, physical (measurements of th levels of electromagnetic, acoustic, ultraviolet radiation), sanitary and hygienic metods (survey of the territories adjacent to the A/p "Boryspil"). Results. For the first time in Ukraine, sanitary and hygienic characteristic of the conditions for the siting and operation of radio equipment as the sources of electromagnetic contamination of the territory of the Boryspil International Airport and adjacent ones is given; technical data on acoustic (noise) pollution of the residential areas adjacent to the airport, which is created by air transport (aircrafts) are presented; regularities of the territorial spatial distribution of the electromagnetic and acoustic pollution in the environment were established; the approach adapted to the European standards to solve the issues of the reduction of acoustic pollution of rural areas adjacent to civil aviation airports was developed; the methodological basis for the study of joint effect of electromagnetic and acoustic radiation was developed. Conclusions. 1. The results of the sanitary and hygienic survey of the location of radio navigation facilities of the Boryspil airport showed that their sanitary protection zones were within technical territories, therefore they do not pose a threat to the health of the population living at the adjacent territories. 2. The fleet of aircrafts, used in the Boryspil Airport, consists mainly of new generation airplanes that meet the International Civil Aviation Organization (ICAO) requirements by their acoustic characteristics. 3. The acoustic condition of nearby residential buildings in the Boryspil city of the Kyiv oblast does not meet the requirements of SSN No. 463-2019 for daytime. The main runway strip has a major impact on the territory. 4. The acoustic condition of the nearby residential buildings of the territories of the settlements of Martusivka, Hora, V. Oleksandrivka of the Kyiv oblast does not meet the requirements of-2019 for day and night time. The additional runway strip has the major impact on these territories. The permissible levels of aviation noise in Ukraine were established to be higher than the WHO recommended levels (40 dBA for night time by the equivalent level) but meet the intermediate target parameters (55 dBA for night time equivalent).

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