Radon transported from the atmosphere to the earth’s surface is shown to have a significant role in the formation of its concentration levels in the lowest atmospheric layers. The amount of radon escaping from the atmosphere with sporadically occurred rainfalls is quantitatively comparable with the amounts emitted from the soil into the atmosphere. A stable dependence has been established between the radon concentration levels in the surface atmosphere and the air humidity
The schemes of modern endogenous, exogenous and technogenic geological processes, intensity, frequency, and the area of their spread, the caused disturbances of natural and man-made complexes, an impact on public health, the level of proposed costs for rehabilitation of territories were used for the analysis of the possible consequences of realization of nature and nature-anthropogeneous hazards of lithosphere class. The zoning of the region with the allocation of areas with low, moderate, increased, high, very high and very high in the zones of active faults, the degrees of adverse consequences of development of extreme types of modern geodynamics was carried out using the mentioned data.
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