GEODYNAMIC STATE OF THE GEOLOGICAL ENVIRONMENT OF THE TERRITORIES PLANNED AND EXISTING NUCLEAR POWER PLANTS LOCATED IN DIFFERENT TECTONICALLY ACTIVE AREAS

Abstract

We investigated the geological environment geodynamics of Kola, Nizhniy Novgorod territories and Seversk (Tomsk) NPS, located in tectonically active different areas to determine their security through seismo-ecological monitoring from natural sources. It is shown that zones of abnormally elevated geodynamic indicators may occur in areas of weak seismic activity that are peripheral area of seismically active orogen, as well as in the Baltic shield from exposure induced processes from a distant earthquake disaster, as well as in industrial impact simultaneously on geological environment and on the particularly dangerous objects (PDO). It is necessary to consider these impacts on the geological environment existing, under construction and planned (PDO). The procedure, developed for evaluating the geodynamic state of the earth’s crust based on materials of seism- ecological monitoring, can be used in the most varied regions of the terrestial globe and for any objects of the high ecological danger of the destruction. Identify further research areas on the basis of integration of geophysical observations and in-depth interpretation of geological data.