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Kurai-Kobdo Fault

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Journal Article
Published: 01 July 2008
Russ. Geol. Geophys. (2008) 49 (7): 545–555.
..., the Early Paleozoic Altai and late Early Paleozoic Kharkhira terranes flanking the Delyun-Yustyd terrane corresponding to the Delyun-Yustyd Late Paleozoic basin ( Fig. 1 ). The Delyun-Yustyd terrane borders the two terranes along the Kurai-Kobdo and Terekta-Tolbonur faults, respectively. The terranes...
FIGURES
First thumbnail for: Permian-Triassic magmatism and Ag-Sb mineralizatio...
Second thumbnail for: Permian-Triassic magmatism and Ag-Sb mineralizatio...
Third thumbnail for: Permian-Triassic magmatism and Ag-Sb mineralizatio...
Image
Fragment of digital morphotectonic map of Gorny Altai. 1–5 — systems of faults of different geometries: 1 — uncertain geometry, 2 — right-lateral strike-slip and reverse oblique faults, 3 — left-lateral strike-slip and reverse oblique faults, 4 — reverse and thrust faults, 5 — normal faults and graben; 6 — area enlarged in Fig. 3; 7 — profile with projections of aftershocks of 2003 Chuya earthquake; 8 — resistivity profile; 9 — MTS stations. Roman numerals stand for fault names: 1 — Irtysh, 2 — Zaisan, 3 — Kobdo, 4 — Shapshal, 5 — Saigonysh, 6 — Teletsk, 7 — Kurai, 8 — Chulyshman, 9 — Fuyun-Upper Kobdo, 10 — Narym, 11 — Tolbonur-Sagsai, 12 — Shavla, 13 — Katun, 14 — Belokurikha, 15 — Uimen-Sumulta, 16 — West Sayan.
Published: 01 November 2008
— normal faults and graben; 6 — area enlarged in Fig. 3 ; 7 — profile with projections of aftershocks of 2003 Chuya earthquake; 8 — resistivity profile; 9 — MTS stations. Roman numerals stand for fault names: 1 — Irtysh, 2 — Zaisan, 3 — Kobdo, 4 — Shapshal, 5 — Saigonysh, 6 — Teletsk, 7 — Kurai, 8
Journal Article
Published: 01 November 2008
Russ. Geol. Geophys. (2008) 49 (11): 859–867.
... — normal faults and graben; 6 — area enlarged in Fig. 3 ; 7 — profile with projections of aftershocks of 2003 Chuya earthquake; 8 — resistivity profile; 9 — MTS stations. Roman numerals stand for fault names: 1 — Irtysh, 2 — Zaisan, 3 — Kobdo, 4 — Shapshal, 5 — Saigonysh, 6 — Teletsk, 7 — Kurai, 8...
FIGURES
First thumbnail for: The system of neotectonic <span class="search-high...
Second thumbnail for: The system of neotectonic <span class="search-high...
Third thumbnail for: The system of neotectonic <span class="search-high...
Journal Article
Published: 01 February 2009
Russ. Geol. Geophys. (2009) 50 (2): 104–114.
..., 4 — reverse and thrust faults, 5 — normal faults and graben; 6 — seismic area of 2003 earthquake, enlarged in Fig. 2 ; 7 — model area shown in Fig. 4 . Roman numerals stand for fault names: 1 — Irtysh, 2 — Zaisan, 3 — Kobdo, 4 — Shapshal, 5 — Saigonysh, 6 — Teletsk, 7 — Kurai, 8...
FIGURES
First thumbnail for: Modeling Cenozoic crustal deformation in Gorny Alt...
Second thumbnail for: Modeling Cenozoic crustal deformation in Gorny Alt...
Third thumbnail for: Modeling Cenozoic crustal deformation in Gorny Alt...
Image
Fragment of digital morphotectonic map of Gorny Altai, after (Novikov et al., 2008). 1–5 — systems of faults of different geometries: 1 — uncertain geometry, 2 — right-lateral strike-slip and reverse oblique faults, 3 — left-lateral strike-slip and reverse oblique faults, 4 — reverse and thrust faults, 5 — normal faults and graben; 6 — seismic area of 2003 earthquake, enlarged in Fig. 2; 7 — model area shown in Fig. 4. Roman numerals stand for fault names: 1 — Irtysh, 2 — Zaisan, 3 — Kobdo, 4 — Shapshal, 5 — Saigonysh, 6 — Teletsk, 7 — Kurai, 8 — Chulyshman, 9 — Fuyun, 10 — Narym, 11 — Sagsai-Tolbonur, 12 — Shavla, 13 — Katun, 14 — Belokurikha, 15 — Uimen-Sumulta.
Published: 01 February 2009
— reverse and thrust faults, 5 — normal faults and graben; 6 — seismic area of 2003 earthquake, enlarged in Fig. 2 ; 7 — model area shown in Fig. 4 . Roman numerals stand for fault names: 1 — Irtysh, 2 — Zaisan, 3 — Kobdo, 4 — Shapshal, 5 — Saigonysh, 6 — Teletsk, 7 — Kurai, 8 — Chulyshman, 9
Image
Topography, tectonic provinces, and major active faults of the Altai–Sayan mountain region. 1, distribution of earthquake epicenters from the catalog of focal mechanisms used for the tectonophysical reconstruction of stresses; 2, location of the regional network of seismic stations; 3, here and below, the major active faults according to Trifonov (2002). Mountain uplifts: DA, Dzhebash anticlinorium, SR, Sangilen Ridge of the Tuva–Northern Mongolia block; TaU, Tannu-Ola uplift; TNMB, Tuva-Northern Mongolia block; KhChA, Kholzun-Chuya anticlinorium; KhA, Khangai anticlinorium; ChTMA, Chingiz–Tarbagatai megaanticlinorium; ShA, Shapshal anticlinorium; NCR, North Chuya Range; CUB, Chagan-Uzun block. Subsidence areas: AT, Achit-Nuur trough; ACS, Anui-Chuya synclinorium; BID, Busingol intermontane depression; GLB, Great Lakes basin; JB, Junggar basin, ZB, Zaisan basin; TD, Todzha depression; TB, Tuva basin; UNB, Uvs Nuur basin; CID, Chuya intermontane depression. Major faults: Ag, Agardag; Az, Azas; Ae, Aelegest; AOR, Obruchev Rift; BB, Belin-Busingol fault system; B, Belin; D, Dzhazator; DD, Dzhun-Dgirgelent; Z, Zaisan; WT, Western Tannu-Ola; I, Irtysh; Ko, Kobdo, Ku, Kurai; TsSh, Tsagan-Shibetin system, Sa, Salen; S, Sagsai; ST, Sayan-Tuva; U, Umsk; Kh, Khangai (Bolnay); Ts, Tsetserleg; ChNR, Chingiz-Narym; Sh, Shapshal; SA, Southern Altai; SK, Southern Katun; SCh, Southern Chuya.
Published: 01 February 2013
depression; TB, Tuva basin; UNB, Uvs Nuur basin; CID, Chuya intermontane depression. Major faults: Ag, Agardag; Az, Azas; Ae, Aelegest; AOR, Obruchev Rift; BB, Belin-Busingol fault system; B, Belin; D, Dzhazator; DD, Dzhun-Dgirgelent; Z, Zaisan; WT, Western Tannu-Ola; I, Irtysh; Ko, Kobdo, Ku, Kurai; TsSh
Journal Article
Published: 01 September 2000
Russ. Geol. Geophys. (2000) 41 (9): 1202–1213.
... in the Caledonian but also in later Hercynian time. The zone of the Kuznetsk-Altai fault includes the Kuznetsk-Altai, Chulyshman and Shapshal fault zones in its northern part, and the system of Kobdo-Tolbonur deep faults, in the southern part. Of Early Paleozoic migmatite-granitoid complexes of the southeast...
FIGURES
First thumbnail for: EARLY PALEOZOIC GRANITOID ASSOCIATIONS OF THE ALTA...
Second thumbnail for: EARLY PALEOZOIC GRANITOID ASSOCIATIONS OF THE ALTA...
Journal Article
Published: 01 February 2013
Russ. Geol. Geophys. (2013) 54 (2): 206–222.
... depression; TB, Tuva basin; UNB, Uvs Nuur basin; CID, Chuya intermontane depression. Major faults: Ag, Agardag; Az, Azas; Ae, Aelegest; AOR, Obruchev Rift; BB, Belin-Busingol fault system; B, Belin; D, Dzhazator; DD, Dzhun-Dgirgelent; Z, Zaisan; WT, Western Tannu-Ola; I, Irtysh; Ko, Kobdo, Ku, Kurai; TsSh...
FIGURES
First thumbnail for: Stress state and deformation of the Earth’s crust ...
Second thumbnail for: Stress state and deformation of the Earth’s crust ...
Third thumbnail for: Stress state and deformation of the Earth’s crust ...