Neotectonics and Modern Geodynamics of Verkhnekamskoe Potash Salt Deposit

V. M. Makeev, N. V. Makarova, A. L. Dorozhko, T. V. Sukhanova, I. V. Korobova, I. V. Bondar

Abstract


New insight on the structure of the Verkhnekamskoe potash salts deposit, which can affect the current development planning, and be an underlying condition of the negative natural-technological processes, is considered in this paper. Based on the structural geodynamic study, three neotectonic areas (North, Central and South) were identified within the previously established Solikamsk uplift. These areas differ by advanced structure types, geodynamic conditions of their formation, and degree of inheritance of salt structures. The origin of the new structures is associated with lateral NW-SE compression, which formed reversal relationship of structures of different age and caused the activation of ancient faults. It is noted that, in order to prevent catastrophic failures and hazardous geological phenomena it requires accounting and evaluation not only of the ancient Hercynian dislocations, but the neotectonic structures and geodynamic conditions of their formation as well.

Keywords


neotectonic structures; lineament zones; geodynamic conditions; salt structures; hazardous processes; faults

References


Vostryakov A.V. 1967. Neogenovye i chetvertichnye otlozheniya, relief i neotektonika yugo-vostoka Russkoy planformy [Neogene and Quaternary deposits, relief and neotectonics of southeast of the Russien Platform]. Saratovskiy Universitet, Saratov, p. 354. (in Russian)

Goretsky A.V. 1964. Allyuviy velikikh antropogenovykh prarek Russkoy ravniny [Alluvium of the grate anthropogenic pra-rivers of

the Russian Plane]. Nauka, Moskva, p. 415. (in Russian)

Jonoridze N.M., Aristarov M.G., Polikarpov A.I. et al. 2002. Petrotectonicheskie osnovy bezopasnoy expluatatsii Verkhnekamskogo mestorozhdeniya kaliyno-magnievykh soley [Petrotectonic basis of safe development of the Verkhnekamskoe potash salt deposit]. S.-Petersburg – Solikamsk, OGPU Solikamsk, p. 400. (in Russia)

Karta poverkhnostey vyravnivaniya i kor vyvetrivaniya SSSR [The map of peneplanation planes and weathering crusts of the USSR]. 1972. Moscow. (in Russian)

Kopnin V.I. 1983. Etapy i usloviya skladkoobrazovaniya na Verkhnekamskom mestorozhdenii kaliynykh soley [Stages and conditions of folding at the Verkhnrkamskoe potash salt deposit]. Geotektonika. 6:46-59. (in Russian)

Kudryashov A.I. 2013.Verkhnekamskoe mestorozhdenie soley [Verhnekamskoe salt deposit]. Moscow, Epsilon Plus, p. 367. (in Russian)

Makeev V.M., Makarova N.V., Dorozhko A.L., Sukhanova T.V., Korobova I.V. 2016a. Noveyshaya tektonika Permskogo Preduralya [Newest tectonics of the Perm Preurals]. In Tektonika, geodinamika i оreogenezis skladchatykh poyasov i platform. Mat. XLVIII tekton. konf., Moscow. GEOS. 1:350-355. (in Russian)

Makeev V.M., Mamaev Y.A., Dorozhko A.L., Makarova N.V., Sukhanova T.V., Korobova I.V. 2016b Strukturno-geodynamicheskie usloviya ustoychivosti teritoriy kaliynykh rudnikov k opasnym geologicheskim processam [Structural geodynamic conditions for sustainability of areas of potash mines to the hazardous geologic processes]. In Sergeevskie chteniya. Mat. of annual session of the Scientific Board RAS. 18:638-643. (in Russian)

Makeev V.M., Dorozhko A.L., Makarova N.V., Sukhanova T.V., Korobova I.V., Bondar I.V. 2017. Neotektonika yuzhnoy chasty Verkhnekamskogo mestorozdeniya kaliynykh soley v svyazi s obespecheniem geodynamicheskoy bezopasnosty rudnikov [Neotectonics of south part of the Verkhnekamskoe potash salt deposit in connection with mines geodynamic safety]. In Sergeevskie chteniya. Mat. annual session of the Scientific Board RAS. 19:101106. (in Russian)

Osipov V.I., Baryakh A.A., Sanfirov I.A., Mamaev Y.A., Yastrebov A.A. 2014. Karstovaya opasnost pri zatoplenii kaliynykh rudnikov v g. Berezniki Permskogo kraya Rossiyskoy Federtsii [Karst hazard due to flooding of potash mines in Berezniki, Perm Krai, Russian Federation]. Geoekologiya, inzhenernaya geologiya, gidrogeologiya, geokriologiya. 4:356-361. (in Russian)

Osipov V.I., Baryakh A.A., Sanfirov I.A., Mamaev Y.A., Yastrebov A.A. 2016. Gidromekhanicheskie usloviya formirovaniya karstovykh provalov na territorii kaliynykh rudnikov g. Berezniki Permskogo kraya [Hydrogeomechanical conditions for the formation of karst failures in the territory of potash mines in Berezniki, Perm Krai]. Geoekologiya, inzhenernaya geologiya, gidrogeologiya, geokriologiya. 2:142-148. (in Russian)

Pliotsen i pleystotsen Volgo-Uralskoy oblasty [Pliocene and Pleistocene of the Volga-Ural region]. 1981. M.A. Kamaletdinov and V.L. Yakhimovich Eds. Moscow, Nauka, p. 176. (in Russian)

Trapeznikov D.E., Chaikovskiy I.I. 2016. O stroenii i prirode Durinskogo progiba na Verkhnekamskom mestorozhdenii soley [About strucrure and nature of Durynskiy depression at the Verhnekamskoe salt deposit]. In Tektonika, geodinamika i оrogenezis skladchatykh poyaso i platform. Mat. XLVIII tekton. konf. Moscow. GEOS. 2:271-275. (in Russian)

Trifonov V.P. 1969. Noveyshaya tektonika Urala [Newest tectonics of Urals]. In Geology of USSR. V. 12. Part 1. Moscow, Nedra, pp. 205-240. (in Russian)

Chaikovsky I.I. 2008. Osnovnye etapy formirovaniya tektonicheskikh narusheniy v vodozashchitnoy tolshche Verkhnekamskogo kaliynogo mestorozhdeniya [Main stages of formation of tectonic dislocations in waterproof stratum of the Verhnekamskoe potash deposit]. Gornyy zhurnal. 10:41-44. (in Russian)

Chaikovsky I.I. 2013. Tipizatsiya osnovnykh mekhanizmov solyanoy tektoniki mira: Verkhnekamskoye mestorozhdenie, kak etalon mnogoetapnogo gravitatsionnogo scolzheniya [Typification of the main mechanisms of world salt tectonics: Verkhnekamskoye deposit as a standard of multi-stage gravitational sliding]. Bulletin of Perm University. Geology. 1:18-37. (in Russian)

Chaikovsky I.I., Kalinina T.A., Korotchenkova O.V. 2015. Tektonicheskie i epigeneticheskie processy v nadsolevoy tolsche Verkhnekamskogo mestorozhdeniya [Tectonic and epigenetic processes in salt overlying layers of Verhnekumskoe deposit]. Litosfera. 5:71-80. (in Russian)




DOI: http://dx.doi.org/10.17072/psu.geol.16.4.354

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