Role of strike-slip faults in Late Paleozoic-Early Mesozoic tectonics and geodynamics of the Altai-Sayan and East Kazakhstan folded zone

Geologiya i Geofizika

Volumn 44, Issue 1-2, 2003, Pages 49-75

  Buslov, M M ^a   Watanabe, T ^a   Smirnova, L V ^a   Fujiwara, I ^a   Iwata, K ^a   de Grave, I ^a   Semakov, N N ^a   Travin, A V ^a   Kir'yanova, A P ^a   Kokh, D A ^a  

^a NONE

Author keywords

Altai; Central Asia; Collision; Continent; Geochronology; Paleomagnetism; Strike slip fault; Structure; Terrane

Indexed keywords

CONTINENTAL COLLISION; GEOCHRONOLOGY; GEODYNAMICS; MESOZOIC; PALEOMAGNETISM; PALEOZOIC; STRIKE-SLIP FAULT; TECTONIC EVOLUTION;

(EAST); ALTAI-SAYAN; ASIA; KAZAKHSTAN;

EID: 0037627638     PISSN: 00167886     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (63)

1. M. M. CCCP. M., 1990, T. 1, 327 c., T. 2, 334 c. Russian source.
2. Berzin N. A., Dobretsov N. L. Geodynamic evolution of Southern Siberia in Late Precambrian- Early Paleozoic time // Reconstruction of the Paleoasian Ocean. VSP Intern. Sci. Publishers, the Netherlands, 1993, p. 45-62.
3. H. A., P. H. // 1994, 35, No 7-8, c. 8-28. Russian source.
4. A. A., C. B., C. T. H. // 1993, No 6, c. 3-33. Russian source.
5. A. H., A. A., M. // 1994, T. 35, No 7-8, c. 59-75. Russian source.
6. Sengör A. M. C., Natal'in B. A., Burtman V. S. Evolution of the Altaid tectonic collage and Paleozoic crustal growth in Eurasia // Nature, 1993, v. 364, p. 299-307.
7. A. M. A., B. C. // 1994, T. 35, No 7-8, c. 41-58. Russian source.
8. M. M. CO PAH, 1998, 44 c. Russian source.
9. Buslov M. M., Saphonova I. Yu., Watanabe T. et al. Evolution of the Paleo-Asian Ocean (Altai-Sayan Region, Central Asia) and collision of possible Gondwana-derived terranes with the southern marginal part of the Siberian continent // Geoscience J., September 2001, v. 5, No 3, p. 43-56.
10. M., A. H. M., PAH, 1995, 298 c. Russian source.
11. Chi Z., Mingguo Z., Allen M. B. et al. Implications of Paleozoic ophiolites from Western Junggar, NW China, for the tectonics of Central Asia // J. Geol. Soc., London, 1993, v. 150, p. 551-561.
12. H. B., B. // Hayka, 1979, c. 196-219. Russian source.
13. H. // 1969, No 3, c. 121-125. Russian source.
14. C., // 1994, T. 35, No 7-8, c. 200-216. Russian source.
15. K., T., M. // c. 145-152. Russian source.
16. Iwata K., Obut O. T., Buslov M. M. Devonian and Lower Caboniferous radiolaria from the Chara ophiolite belt, East Kazakhstan // News of Osaka Micropaleontologist, 1996, No 10, p. 27-32.
17. B., H. H. B. // Hayka Ka3CCP, 1981, c. 103-178. Russian source.
18. H. B., H. B., B. C. // 1979, No 5, c. 66-78. Russian source.
19. C. 1985, 117 c. (Tp. CO AH; 650). Russian source.
20. Li H. Q., Chen F. W., Hong D. W. Gold mineralization and continental accretion of Western Junggar massif during Paleozoic era // Continental growth in the Phanerozoic: evidence from East-Central Asia. First Workshop IGCP 420. Urumqi. Xinjiang, China. 27 July-3 August 1998, p. 23.
21. Buslov M. M., Delvaux D., Matton C. et al. Tectonics and kinematics of the Irtysh shear zone and Zaisan depression, East Kazakhstan // Continental rift basins. Belgian Ministry of Science FRFC-IM "Tectonorift", FKFO Continental slenken, BIGER, 1996, p. 1-31.
22. Melnikov A., Delvaux D., Travin A. et al. Late Paleozoic-Early Mesozoic sinistral movement along the Irtysh shear zone, NE Kazakhstan. Tectonic studies group annual general meeting, Durhan, 17-19 Dec., 1997, p. 93.
23. Melnikov A., Travin A., Plotnikov A. et al. Kinematics and Ar/Ar geochronology of the Irtysh shear zone in NE Kazakhstan // Continental growth in the Phanerozoic: evidence from East-Central Asia. First Workshop IGCP 420. Urumqi. Xinjiang, China. 27 July-3 August 1998, p. 30.
24. Vladimirov V., Melnikov A., Plotnikov A. et al. The Irtysh shear zone in NE Kazakhstan: kinematics and preliminary data on metamorphic conditions and Ar-Ar geochronology. Active tectonic continental basin, Intern. Confer., Cent., April 30-May 2, 1998, p. 105.
25. C. B. CO PAH, 1992, 130 c. Russian source.
26. B. A., C. B., A. B., M. // PAH, 1994, T. 337, No 4, c. 507-510. Russian source.
27. 39Ar // 2001, No 12, c. 1347-1350. Russian source.
28. O // 1962, No 2, c. 52-56. Russian source.
29. Moxob B. A. // CO AH, 1988, c. 100-108. Russian source.
30. B. M., 1966, 306 c. Russian source.
31. M. C. // 1995, T. 36, No 12, c. 17-34. Russian source.
32. M., C. B. // 1996, T. 37, No 11, c. 61-70. Russian source.
33. A. A. C. // 1997, T. 38, No 4, c. 715-729. Russian source.
34. M. M., // 2000, T. 41, No 3, c. 383-397. Russian source.
35. M. M. Hayka, 1992, 95 c. Russian source.
36. H. A., B. // 1996, T. 37, No 1, c. 63-81. Russian source.
37. A. TOMCK, TOM. 1968, 187 c. Russian source.
38. Hayka, 1978. 231 c. Russian source.
39. M. M., M. // 1995, T. 36, No 10, c. 91-98. Russian source.
40. M., M. M., // 1995, T. 36, No 10, c. 99-108. Russian source.
41. B., K., M. M. // 2002, T. 43, No 2, c. 115-127. Russian source.
42. B. CO PAH, 2002, 21 c. Russian source.
43. B. B. Hayka, 1966, 162 c. Russian source.
44. A. // M., Hayka, 1981, c. 188-193. Russian source.
45. Kruk N. N., Vladimirov A. G., Rudnev S. N. Nd isotopic composition of granitoids of different geochemical types as the reflection of main continental crust growth mechanisms: evidence from the western part of Altai-Sayan fold region // IGGP 420 Fourth Workshop Continental Growth in the Planerozoic: Evidence from Central Asia, August 5-14, 2002, Changchun, China, Changchun, 2002, p. 69-73.
46. A. // 1984, No 3, c. 40-52. Russian source.
47. E. A., H. B., M. M. // 1994, T. 35, No 7-8, c. 118-145. Russian source.
48. Buslov M. M., Berzin N. A., Dobretsov N. L., Simonov V. A. Geology and tectonics of Gorny Altai // Guide-book of excursion, IGCP Project 283, Novosibirsk, 1993, 122 p.
49. M. M., T. // 1996, T. 37, No 1, c. 82-93. Russian source.
50. Watanabe T., Buslov M. M., Koitabashi S. Comparison of arc-trench systems in the Early Paleozoic Gorny Altai and the Mezozoic-Cenozoic of Japan // Reconstructions of the Paleo-Asian ocean. VSP International Sciences Publishers, the Netherlands, 1993, p. 160-177.
51. E. A. // 1974, No 4, c. 73-79. Russian source.
52. M., H., B. M. // 1995, c. 74-80. Russian source.
53. B. C., A., A. // 1998, No 6, c. 63-71. Russian source.
54. B., M., K. E. // 1997, No 1, c. 71-81. Russian source.
55. O. A. M., Hayka, 1966, 213 c. Russian source.
56. O. A. // Hayka, 1983, c. 98-107. Russian source.
57. O. A. O. // Hayka, 1985, c. 187-193. Russian source.
58. McKerrow W. S., Scotese C. R., Brosier M. D. Early Cambrian reconstructions // J. Geol. Soc. London, 1992, v. 149, pt 4, p. 589-606.
59. B. H. 2000, 146 c. Russian source.
60. A. A., O. B., A. // 1998, No 3, c. 38-50. Russian source.
61. De Grave J. and Van den Haute P. Denudation and cooling of the Lake Teletskoye Region in the Altai Mountains (South Siberia) as revealed by apatite fission-track thermochronology // Tectonophysics, 2002, No 349, p. 145-159.
62. A. M. C., C. U-Pb // 2001, T. 42, No 8, c. 1157-1178. Russian source.
63. A. C. A. O // PAH, 1996, T. 350, No 1, c. 83-86. Russian source.