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E.A Kozyreva, V.A. Khak
E.A Kozyreva, V.A. Khak


The investigation results of the geological environment’s condition in an areas marked by high anthropogenic load are described in this paper. In the southern East Siberia the strategy of key sites monitoring is used for this purpose. The selection of key sites is determined by the specific character of geological environment, as well as by the intensity and relationships of developing geological processes. In the studied territory the great variety of exogenic processes can be observed, the majority of them being activated by technogenic factors. To the inherited processes the gravitation, cryogenic and those induced by surface and subsurface water activity belong. In order to estimate the actual condition of the territories and to ensure the undisturbed exploitation of engineering structures, the specific features of lithosphere, the development of exogenic geological processes and the evolution of the anthropogenesis should be taken under consideration.


geodynamical territory conditions; engineering structure influence area;

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Brief Siberian chronicle (Kungurskaya), 2003. Making, forewarning and notes by K.G. Levi and N.V.

Zadonina, Irkutsk, Publ. «Vremia stranstviy», 184pp. (in Russian)

Geology and seismicity of Baikal-Amur railroad zone, 1985. Engineering geology, engineering seismology,

Novosibirsk, Publ. SB RAS, 192pp. (in Russian)

Filippov, V.M, 1988. Dynamics of karst processes in the area of Angara reservoirs. Abstract of thesis for

Cand. Geol. Sci., Leningrad, 17pp. (in Russian)

XLIII, No 3 – 1200

Fig. 5: Dynamics of gully form conditional by activation of the vertical erosion; (a): The data of July 2,

; (b, c): The data of July 7, 2007.

Khak, V.A., Grobelska, H., Mazaeva, O., and Brykala D, 2008. Conditions of the gully origin in the

coastal area of the Bratsk reservoir. In A. Jankovski and E. Kozyreva (eds), The exogenic processes

in the geological environment. Estimation of natural hazards, 46-53, Institute of Earth Crust SB RAS;

University of Silesia – Faculty of Earth Sciences; Irkutsk-Sosnowiec. 107pp. (in Russian)

Kozyreva, E., Mazaeva, O., Molenda, T., Rzetala, M.A., Rzetala, M., and Trzhtsinski, Yu.B., 2004. Geomorphological

processes in conditions of human impact – Lake Baikal, southern part of the Angara

valley, Silesian Upland, Sosnowiec, University of Silesia – Faculty of Earth Sciences, 102pp.

Mazaeva, O., Grobelska, H., and Hak, V., 2006. Rozwoj dolinek erozyjnych w strefie brzegowej sztucznego

zbiornika wodnego (zbiornik Bracki, Rosja) – Development of erosional furrows in shore

zone of the man-made reservoirs (Bratsk reservoir, Russia), Dokumentacja geograficzna. Geografia

fizyczna, nr. 32, 195-199. (in Polish)

Ovchinnikov, G.I., Pavlov, S.Kh., and Trzhtsinsky, Yu.B., 1999. Change of geological environment in

the Angaro-Yenisei reservoir-affected areas. – Nauka, Novosibursk, 254 pp. (in Russian)

The general characteristic of Irkutsk region, 2005. The State Report about the environmental conditions

in Irkutsk region, Irkutsk, 327pp. (in Russian)

Trzhtsinsky, Yu., Kozyreva, E., and Mazayeva, O., 1999. Evolution of the geological environment under

the influence of Angara reservoirs. In O. Kashmenskaya (ed), Shores of seas and inland reservoirs.

Topical problems of geology, geomorphology and dynamics, 101-114, Novosibirsk, Publ. SB RAS,

pp. (in Russian)

Trzhtsinsky, Yu.B., Kozyreva, E.A., Mazayeva, O.A., and Khak, V.A., 2007. The modern exo-geodynamics

of southern territory of Siberian region, Irkutsk, Institute of Earth Crust SB RAS, 155pp. (in


Trzhtsinsky, Yu.B., Kozyreva, E.A., and Verkhozin, I.I., 2005 Engineering-geological characteristics of

the Irkutsk amphitheatre, Irkutsk, Publ. Irkutsk State Technical University, 124pp. (in Russian)


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