Rupture and delamination of arc crust rupture and delamination of island arc crust due to the arc-arc collision in the South Fossa Magna, central Japan

Island Arc

Volumn 8, Issue 4, 1999, Pages 441-458

  Niitsuma, Nobuaki ^a  

^a SHIZUOKA UNIVERSITY   (Japan)

Author keywords

Central Japan; Collisional cycle; Delamination; Island arc crust; Izu; Rupture; South Fossa Magna; Tanzawa; Zenisu Ridge

Indexed keywords

ARC-ARC COLLISION; COLLISION ZONE; DELAMINATION; ISLAND ARC; SUBDUCTION ZONE;

JAPAN;

EID: 0033490188     PISSN: 10384871     EISSN: None     Source Type: Journal    
DOI: 10.1046/j.1440-1738.1999.00255.x     Document Type: Article

References (69)

1. AKIMOTO K. 1991. Paleoenvironmental studies of the Nishiyatsushiro and Shizukawa Groups, South Fossa Magna region. Science Report of Tohoku University 2nd Series (Geology) 61, 1102.
2. AKIMOTO K., ODA M., OKAMURA M. & KOYAMA A. 1990. Geological age and paleobathymetry of the Koma Group, Yamanashi Prefecture, Central Japan. Bulletin of Earthquake Research Institute of University of Tokyo 65, 531-9.
3. AKIYAMA M. 1957. The Neogene strata along the upper course of the Fujikawa River, Yamanashi Prefecture, Japan. Journal of Geological Society of Japan 63, 669-83.
4. AMANO K. 1986. South Fossa Magna as a multiple collision zone. The Earth Monthly 8, 581-5.
5. AMANO K. 1991. Multiple collision tectonics of the South Fossa Magna in central Japan. Modern Geology 15, 315-29.
6. AMANO K., TAKAHASHI H., TACHIKAWA T., YOKOYAMA K., YOKOTA C. & KIKUCHI J. 1986. Geology of Ashigara Group Collision tectonics of Izu micro-continent with Eurasian plate Kitamura. Commemorative Essays of Geology, pp. 7-29, Tohoku University, Sendai.
7. ASANO S., ICHINOSE Y., HASEGAWA I., IIZUKA S. & SUZUKI H. 1979. Crustal structure in the southern Kanto district as derived from explosion seismic data. Zishin (Journal of Seismological Society of Japan) 2, 41-55.
8. FUJIKAWA RESEARCH GROUP. 1976. Geological structure of the upper Tertiary in the upper Fujigawa Valley, Yamanshi Prefecture, central Japan. Memoirs of the Geological Society of Japan 13, 329-48.
9. FUKUCHI T. 1991. The Itoigawa-Shizuoka Tectonic Line at the western edge of the South Fossa Magna, Japan. Modern Geology 15, 347-66.
10. FURUMOTO M., KUNITOMO T. & INOUE H. 1989. Depth contour maps of the discontinuity surfaces of the crust in and around the South Fossa Magna. Modern Geology 14, 35-46.
11. HAYASHIDA A. 1994. Paleomagnetism of Miocene sedimentary rocks in the Kakegawa area and implication for tectonic rotation in central Japan. Journal of Geomagnetism and Geoelectricity 46, 1051-66.
12. HOMMA T. 1976. Geologic structure of the northern peripheral region of the Tanzawa Mountainland, central Japan. Memoirs of the Geological Society of Japan 13, 279-97.
13. HOMMA T. 1984. Tectonic movements and molasse facies at the latest stage of the Green Tuff Orogeny in the northern peripheral region of the Tanzawa Mountains, central Japan. Bulletin of the Saitama Museum of Natural History 2, 27-46.
14. HOTTA H. 1970. A crustal section across the Izu-Ogawawara Arc and Trench. Journal of Earth Physics 18, 125-41.
15. HUCHON P. & KITAZATO H. 1984. Collision of the Izu block with central Japan during the Quaternary and geological evolution of the Ashigara area. Tectono-physics 110, 201-10.
16. IMANAGA I. 1989. Geology of the Ashigara Group. Modern Geology 14, 99-112.
17. KANEKO T., ISHIGURO H., TAMURA J. & NIITSUMA N. 1983. Lexicon of stratigraphic names of Cenozoic erathem in the southern Fossa Magna region, central Japan. Geoscience Reports of Shizuoka University 9, 1-228.
18. KANO K., SUZUKI I. & KITAZATO H. 1985. Paleogeography of the Shizukawa Group in the Nakatomi Area in the upper reaches of Fuji River, South Fossa Magna region, central Japan. Geoscience Reports of Shizuoka University 11, 135-53.
19. KOYAMA A. 1991. Collision of the Kushigatayama Block with the Honshu Arc during the middle Miocene. Modern Geology 15, 331-45.
20. KOYAMA M. & NIITSUMA N. 1980. Lexicon of stratigraphic names of Cenozoic erathem in the Izu Peninsula, central Japan. Geoscience Reports of Shizuoka University 5, 37-120.
21. KOYAMA M. 1985. Tectonic history of the Izu Peninsula and adjacent areas based on paleomagnetism and stratigraphy. PhD Thesis, Geological Institute, University of Tokyo.
22. KOYAMA M. 1986. Geologic history of the Izu Peninsula and Quaternary deformations of the Ashigara and Oiso areas. The Earth Monthly 8, 743-52.
23. KOYAMA M. 1989. Paleomagnetic studies in the South Fossa Magna and adjacent areas, Japan. Modern Geology 14, 69-86.
24. KOYAMA M., NIITSUMA N., KANO K. et al. 1992. Geology and tectonics of the eastern cliff along the Suruga Trough Axis: results from Dive 579 of the Submersible 'Shinkai 2000'. JAMSTEC Journal of Deep Sea Research 8, 145-61.
25. LE PICHON X., IIYAMA T., CHAMLEY H. et al. 1987. The eastern and western ends of Nankai Trough: results of Box 5 and Box 7 Kaiko survey. Earth and Planetary Science Letters 83, 199-213.
26. MATSUDA T. 1958. Late Tertiary stratigraphy and development of folding in the upper Fuji River Valley, Yamanashi Prefecture, central Japan. Journal of the Geological Society of Japan 64, 325-43.
27. MATSUDA T. 1984. The South Fossa Magna - the development of its bending structure. In HUZITA K., ed. Mobil Zones in Aisa, pp. 127-46. Kaibundo, Tokyo,
28. MATSUDA T. 1986. Tectonic evolution of southern part of the Tanzawa Mountains - 5 Stages. The Earth Monthly 8, 626-9.
29. MATSUDA T., NAKAMURA K. & SUGIMURA A. 1967. Late Cenozoic orogeny in Japan. Tectonophysics 4, 349-66.
30. MATSUDA T. & NIITSUMA N. 1989. eds. Collision Tectonics in the South Fossa Magna, Central Japan. Modern Geology Vol. 14, 152 pp.
31. NAUMANN E. 1885. Ueber den Bau und die Entstehung der Japanischen Inseln. Friedlander und Sohn, Berlin, 91pp.
32. NIITSUMA N. 1985. Paleomagnetic results, Nankai Trough and Japan Trench, Deep Sea Drilling Project Leg 87. Initial Reports of DSDP 87, 757-86.
33. NIITSUMA N. 1988. Neogene tectonic evolution of Southwest Japan. Modern Geology 12, 497-532.
34. NIITSUMA N. 1989. Collision tectonics in the South Fossa Magna, central Japan. Modern Geology 14, 3-18.
35. NIITSUMA N. 1991a. Plate subduction along the Suruga Trough and geology of the South Fossa Magna. The Earth Monthly, Special 3, 174-9.
36. NIITSUMA N. 1991b. Computer reconstruction of the Neogene tectonic history of the Japanese Island Arcs. Essays in Geology: Professor H. Nakagawa Commemorative Volume, pp. 75-108. Tohoku University, Sendai.
37. NIITSUMA N. 1991c. eds. 'Collision tectonics in the South Fossa Magna, central Japan'. Modern Geology 15, 315-411.
38. NIITSUMA N. 1992. Arc-arc collision in the South Fossa Magna, central Japan. Guide Book of the 29th Field Trip A14, 109-49. Geological Survey of Japan, Tsukuba.
39. NIITSUMA N. 1994a. Paleomagnetic measurements on a collected sample and plate collision along the Senoumi Gorge of the Suruga Trough - report on the 707th 'Shinkai 2000' Dive. JAMSTEC Journal of Deep Sea Research 10, 353-62.
40. NIITSUMA N. 1994b. The tectonic evolution of central Japan, in relation to the trench-trench-trench type triple junction. Abstracts of Annual Meeting of the Geological Society of America, A-271.
41. NIITSUMA N. 1995. Earthquakes in Shizuoka in 1993 and tectonics of central Japan. Geoscience Reports of Shizuoka University 22, 11-22.
42. NIITSUMA N. 1996. The trench-trench-trench type triple junction and tectonic evolution of Japan. Geoscience Reports of Shizuoka University 23, 1-8.
43. NIITSUMA N. & AKIBA F. 1985. Neogene tectonic evolution and plate subduction in the Japanese island arcs. In Nasu N., Uyeda S. & Kagami H., eds. Formation of Active Ocean Margins, pp. 75-108, Terra, Tokyo.
44. NIITSUMA N. & MATSUDA T. 1985. Collision in the South Fossa Magna Area, central Japan. Recent Progress in Natural Sciences, Japan 10, 41-50.
45. NIITSUMA N. & NAKANO S. 1991. Amplitude of earthquakes and geologic structure of the Udo Hills, central Japan. Geoscience Reports of Shizuoka University 10, 131-47.
46. NIITSUMA N., OTSUKA K., KANO K. et al 1990. Submersible observations of plate-relations in the subduction zone of the Suruga Trough. JAMSTEC Journal of Deep Sea Research 6, 262-76.
47. NIITSUMA N., SOH W. & DRESSER D. 1992. Submersible survey on the Plate boundary at the Izu Gorge with 'Shinkai 6500'. JAMSTEC Journal of Deep Sea Research 8, 135-44.
48. OHTA H., ISHIGURO H., IWAHASHI S. & NIITSUMA N. 1986. Geology of the eastern area of the Tanzawa Mountains, central Japan. Geoscience Reports of Shizuoka University 12, 153-89.
49. OKADA H., ASANO S., YOSHII T. et al. 1979. Regionality of the upper mantle around northeastern Japan as revealed by big explosions at sea I. SEIHA-1 explosion experiment. Journal of Physics of the Earth 27 (Suppl.): S15-32.
50. OTOFUJI Y. & MATSUDA T. 1983. Paleomagnetic evidence for the clockwise rotation of southwest Japan. Earth and Planetary Science Letters 61, 349-59.
51. OTOFUJI Y. (1996). Large tectonic movement of the Japan Arc in the Late Cenozoic time inferred from paleomagnetism: review and synthesis. The Island Arc 5, 229-49.
52. OTSUKA K. & NIITSUMA N. 1991. In situ observation of the deformation structure cross section of the convergent plate boundary at Suruga Trough landward slope-the results of research Dive 474 of Shinkai 2000. JAMSTEC Journal of Deep Sea Research 7, 33-44.
53. OTUKA Y. 1937. Some geologic consideration of the folded Tertiary zones in Japan (advanced paper). Bulletin of Earthquake Research Institute of University of Tokyo 15, 1041-6.
54. OTUKA Y. 1955. Shizukawa Group and Tertiary crustal movements in Japan. Bulletin of Earthquake Reseach Institute of University of Tokyo, 33, 449-69.
55. RESEARCH GROUP FOR ACTIVE FAULTS OF JAPAN. 1994. Active Faults in Japan. University of Tokyo Press, Tokyo.
56. SAITO K. 1989. Potassium-Argon dates for plutonic bodies in the South Fossa Magna. Modern Geology 14, 145-52.
57. SAITO K. 1991. Miocene granitoid magmatism at the island-arc junction, central Japan. Modern Geology 15, 367-99.
58. SENO T. 1989. Philippine Sea Plate kinematics. Modern Geology 14, 87-97.
59. SENO T. 1993. A model for the motion of the Philippine Sea Plate consistent with NUVEL-1 and geological data. Journal of Geophysical Research 98, 17941-8.
60. SHIKI T. & TATEISHI M. 1991. Fossa Magna Aulacogene Hypothesis. The Earth Monthly, Special 3, 106-12.
61. SHIMAMOTO T. 1993. Rheology of rocks and plate tectonics. In Brown E. T., ed. Comprehensive Rock Engineering 1, pp. 93-109.
62. SHIMAZU M. 1989. Cenozoic volcanic activity in the South Fossa Magna. Modern Geology 14, 113-25.
63. TAIRA A. & NIITSUMA N. 1985. Turbidite sedimentation in the Nankai Trough as interpreted from magnetic fabric, grain size and detrital modal analyses. Initial Reports of the Deep Sea Drilling Project 87, 611-32.
64. TAIRA A. & TASHIRO M. 1987. Late Paleozoic and Mesozoic accretion tectonics in Japan and Eastern Asia. In Taira A. & Tashiro M., eds. Historical Biogeography and Plate Tectonic Evolution of Japan and Eastern Asia, pp. 1-43, Terra, Tokyo.
65. TAJIKARA T. & NIITSUMA N. 1994. Stress analysis based on deformed molluscan fossils and fractured gravel from conglomerate in the South Fossa Magna. Geoscience Reports of Shizuoka University 19, 7-17.
66. TAKAHASHI M. 1980. Voluminous felsic magmatism and fomation of the upper continental crust. The Earth Monthly 2, 837-45.
67. TAKAHASHI M. 1989. Neogene granitic magmatism in the South Fossa Magna collision zone, central Japan. Modern Geology 14, 127-43.
68. TAMURA J., KANEKO T. & NIITSUMA N. 1984. Geology of the southern part of the Koma Mountains, western part of Yamanashi Prefecture, central Japan. Geoscience Reports of Shizuoka University 10, 23-53.
69. TOKUYAMA H., KOIZUMI T., ASHI J. & TAIRA A. 1991. Crustal structure of the inner trough slope of the Nankai Trough off Omaesaki and its tectonic development. Abstracts of the Geological Society of Japan 98, 351.