An interpretation and catalogue of paleoseismicity in Sweden

Tectonophysics

Volumn 408, Issue 1-4, 2005, Pages 265-307

  Mörner, Nils Axel ^a  

^a STOCKHOLM UNIVERSITY   (Sweden)

Author keywords

Bedrock fracturing; Deglaciation; Liquefaction; Paleoseismology; Sweden; Tsunamis; Uplift; Varve chronology

Indexed keywords

EARTHQUAKE CATALOGUE; PALEOSEISMICITY;

EASTERN HEMISPHERE; EURASIA; EUROPE; NORTHERN EUROPE; SCANDINAVIA; SWEDEN; WORLD;

EID: 28044468849     PISSN: 00401951     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.tecto.2005.05.039     Document Type: Article

References (90)

1. N. Abrahamsen Magnetostratigraphy Sveriges Geol. Undersökn. C-794 1982 93-119
2. R. Arvidsson Svenskt världsrekord i jordskalv Forsk. Framsteg 7/98 1998 32-37
3. Berglund, M., 1994. The Late Weichselian deglaciation, vegetational development and shore displacement in Halland, southwestern Sweden. LUNDQUA Thesis, 15, 1-115.
4. B.E. Berglund E. Lagerlund Eemian and Weichselian stratigraphy in South Sweden Boreas 10 1981 323-362
5. M. Berglund J.A. Eriksson J. Fernlund The Late Weichselian in Halland, southwestern Sweden: A pollen-analytical study Geol. Fören. Stockh. Förh. 116 1994 215-230
6. K.-E. Bergsten En sentida förkastning i nora Östergötland Meddel. Univ. Lund, Dept. Geography 1943 208
7. R. Bergström Stratigrafi och isrecession i södra Västerbotten Sveriges Geol. Undersökn. C-634 1968 (76 pp.)
8. S. Björck G. Digerfeldt Climatic changes at Pleistocene/Holocene boundary in the middle Swedish Endmoraine zone, mainly inferred from stratigraphic indications in: N.-A. Mörner W. Karlén (Eds) Climatic Changes on a Yearly to Millennial Basis 1984 Reidel Publ. Co. 37-56
9. A.G. Dawson Geomorphological effects of tsunami run-up and backwash Geomorphology 10 1994 83-94
10. G. De Geer A geochronology of the last 12,000 years C.R. 9th Congr. Geol. Intern., Stockholm, 1910 vol. 1 1912 241-258
11. G. De Geer Geochronologia Suecia principles K. Sven. Vetensk. Akad. Handl. 18 6 1940 1-360 (3rd)
12. J.M.R. Fernlund The Halland coastal moraines: Are they end moraines or glaciotectonic ridges? in: D.C. Croot (Eds) Glaciotectonics: Forms and Processes 1988 Balkema 77-90
13. J.M.R. Fernlund The deglaciation sea level and the marine limit in the Laholm-Halmstad area, Sweden Geol. Fören. Stockh. Förh. 100 1988 207-220
14. J.M.R. Fernlund An introduction to the "Halland Advance" - the Fennoscandian ice sheet or an ice cap? LUNDQUA 32 1990 41-46
15. J.M.R. Fernlund The long-singular ridges of the Halland coastal moraines, south-west Sweden J. Quat. Sci. 8 1993 67-78
16. M.-B. Florin En sensubarktisk transgression i trakten av södra Kilsbergen enligt diatomacésuccessionen i områdets högre liggande fornsjölagerföljder Geol. Fören. Stockh. Förh. 66 1944 417-448
17. P. Hellzén Berättelse om en Jordbäfning, jämte sällsam upkastning af Vatten uti Jorden, samt däraf förorsakad vattuskärning, uti Lidens socken i Medelpad, d. 23 Maji 1782 Ort and Inrikes Tidningen 1782 323-329
18. J. Hospers J.P. Lanser T. Vollers N.-A. Mörner Palaeomagnetic investigation of Core B 873 and a possible Late Pleistocene reversal of the main geomagnetic field Boreas 5 1976 234-240
19. J.B. Jensen K.S. Petersen P. Konradai A. Kuijpers O. Bennike W. Lemke R. Endler Late Weichselian faulting in offshore sediments of the southern Kattegat, Fennoscandian border zone Boreas 31 2002 133-150
20. S. Johansson N. Sundius A.H. Westerg̊rd Beskrivning till kartbladet Lidköping Sveriges Geol. Undersökn. Aa-182 1943 (191 pp.)
21. E. Kellén Tegneby-fenomenet: Om de förändrade siktlinjerna öfer fast berg inom vissa delar av Bohusläv Ymer 1903 387-459
22. L.-K. Königsson L.A. Linde Glaciotectonically disturbed sediments at Rönnerum on the island of Öland Geol. Fören. Stockh. Förh. 99 1977 68-72
23. Kotilainen, A., Hutri, K.-L., in press. Evidence of paleoseismotectonics in Holocene (submarine) sediments in the Olkiluoto area, the Gulf of Bothnia, Baltic Sea. Quaternary Sci. Rev.
24. R. Lagerbäck Postglacial faulting and paleoseismicity in the Lansjärv area, northern Sweden. SKB, TR-88-25 1988 37 pp. (Also in: Bäckholm and Stanford, 1989. SKB, TR-89-31)
25. R. Lagerbäck Late quaternary faulting and paleoseismicity in northern Sweden, with particular reference to the Lansjärv area, northern Sweden Geol. Fören. Stockh. Förh. 112 1990 333-354
26. R. Lagerbäck Seismically deformed sediments in the Lansjärv area, northern Sweden SKB TR 91-117 1991 1-58
27. R. Lagerbäck F. Witschard Neotectonics in northern Sweden - geological investigations SKBF/KBS TR 1983 83-158
28. E. Lagerlund Lithostratigrafisk indelning av Västskånes Pleistocene och en ny glaciationsmodell för Weichsel Dept. Quaternary Geol., Lund Univ., Report vol. 21 1980 1-117
29. E. Lagerlund An alternative Weichselian glaciation model, with special reference to the glacial history of Skåne, south Sweden Boreas 16 1987 433-459
30. J. Lundqvist Palaeoseismicity and De Geer morains Quat. Int. 68-71 2000 175-186
31. J. Lundqvist R. Lagerbäck The pärve fault: A late-glacial fault in the Precambrian of Swedish Lapland Geol. Fören. Stockh. Förh. 98 1976 51-54
32. N.-A. Mörner The Late Quaternary history of the Kattegatt sea and the Swedish west coast; deglaciation, shore displacement, chronology, isostasy and eustasy SGU C-640 1969 1-487
33. N.-A. Mörner Palaeomagnetism and the relation between the Bredåkra delta and the Fjärås stadial and the Gothenburg magnetic excursion Geol. Fören. Stockh. Förh. 97 1975 298-301
34. N.-A. Mörner The Pleistocene/Holocene boundary: A proposed boundary-stratotype in Gothenburg, Swede Boreas 5 1976 193-275
35. N.-A. Mörner Past and present uplift in Sweden: Glacial isostasy, tectonism and bedrock influence Geol. Fören. Stockh. Förh. 99 1977 48-54
36. N.-A. Mörner The Gothenburg magnetic excursion Quat. Res. 7 1977 413-427
37. N.-A. Mörner Varves and varved clays in: R.W. Fairbridge (Eds) Encyclopedia of Earth Sciences, VIA Sedimentology 1978 841-843
38. N.-A. Mörner Faulting, fracturing and seismic activity as a function of glacial-isostasy in Fennoscandia Geology 6 1978 41-45
39. N.-A. Mörner The Fennoscandian uplift and Late Cenozoic geodynamics: Geological evidence GeoJournal 3 3 1979 287-318
40. N.-A. Mörner The Fennoscandian uplift: Geological data and their geodynamical implication in; N.-A. Mörner (Eds) Earth Rheology, Isostasy and Eustasy 1980 John Wiley 251-284
41. N.-A. Mörner The northwest European "sea-level laboratory" and regional Holocene eustasy Palaeogeogr. Palaeoclim. Palaeoecol. 29 1980 281-300
42. N.-A. Mörner Paleoseismicity and geodynamics in Sweden Tectonophysics 117 1985 139-153
43. N.-A. Mörner Supposed ice wedge casts and neotectonics; Swedish data Bull. INQUA Neotectonics Comm. 9 1986 93
44. N.-A. Mörner Further establishment and dating of the "Gothenburg Excursion and Flip" Intern. Proj. Paleolimnology and Late Cenozoic Climate vol. 4 1987 34-35
45. N.-A. Mörner Postglacial Faults and Fractures on Äspö. SKB, PR 25-89-24 1989 79 pp.
46. N.-A. Mörner The Swedish failure in defining an acceptable bedrock respository for nuclear waste deposition Geol. Fören. Stockh. Förh. 112 1990 375-380
47. N.-A. Mörner Course and origin of the Fennoscandian uplift: The case for two separate mechanisms Terra Nova 3 1991 408-413
48. N.-A. Mörner Boulder trail from subglacial earthquake, Äspö, Sweden Z. Geomorphol. N.S. 94 1993 159-166
49. N.-A. Mörner The Fenris wolf and Swedish paleoseismicity Bull. INQUA Neotectonics Comm. 17 1994 47
50. N.-A. Mörner Paleoseismicity - the Swedish case Quat. Int. 25 1995 75-79
51. N.-A. Mörner The Baltic Ice Lake-Yoldia Sea transition Quat. Int. 27 1995 95-98
52. N.-A. Mörner Liquefaction and varve disturbance as evidence of paleoseismic events and tsunamis; the autumn 10,430 BP event in Sweden Quat. Sci. Rev. 15 1996 939-948
53. N.-A. Mörner Marviksleden - 10.500 År på 17,5 km Sörmlandsbygden 1997 168-176
54. N.-A. Mörner Seismomagnetization: Increased intensity due to sediment vibration IAGA 97 1997 90 (Abstract book)
55. N.-A. Mörner Paleo-tsunamis in Sweden Phys. Chem. Earth 24 1999 443-448
56. N.-A. Mörner Sweden excursion, May 1999 Sea Level Changes, Uplift, Paleoseismicity, Climate, Coastal Dynamics 1999 P&G, Stockh. Univ. 81 pp.
57. N.-A. Mörner Från Visnaren till Laxne. 10.500 år på 9,5 km Solberga Skrifter 1 2000 1-20
58. N.-A. Mörner In absurdum: Long-term predictions and nuclear waste handling Eng. Geol. 61 2001 75-82
59. N.-A. Mörner Methane venting and rock fracturing in deglacial environment EGS Meeting in Nice 2002 Abstracts, SE3.03
60. N.-A. Mörner Paleoseismicity of Sweden. A novel paradigm Contribution to the INQUA XVI Congress in Reno, Nevada, in 2003 2003 Printed by the P&G-unit of Stockholm University, Sweden, 320 pp.
61. N.-A. Mörner Active faults and paleoseismicity in Fennoscandia, especially Sweden: Primary structures and secondary effects Tectonophysics 380 2004 139-157
62. N.-A. Mörner J. Lanser Gothenburg magnetic 'Fliṕ Nature 251 1974 408-409
63. N.-A. Mörner P.E. Tröften Paleoseismotectonics in glaciated cratonal Sweden Z. Geomorphol. N.S. 94 1993 107-117
64. N.-A. Mörner J. Lanser J.P. Hosterps Late Weichselian paleomagnetic reversal Nature 234 1971 173-174
65. N.-A. Mörner E. Lagerlund S. Björck Neotectonics in the province of Blekinge Z. Geomorphol. N.F. Suppl.Bd. 40 1981 55-60
66. N.-A. Mörner E. Somi W. Zuchiewicz Neotectonics and paleoseismicity within the Stockholm intracratonal region in Sweden in: N.-A. Mörner J. Adams (eds) Paleoseismicity and Neotectonics Tectonophysics vol. 163 1989 289-303
67. N.-A. Mörner P.E. Tröften R. Sjöberg H. Wigren Paleoseismicity and neotectonics. The Södertörn excursion, Part 2 SKI Rep. 97 13 1997 89-96
68. N.-A. Mörner P.E. Tröften R. Sjöberg D. Grant S. Dawson C. Bronge O. Kvamsdal A. Sidén Deglacial paleoseismicity in Sweden: The 9663 BP Iggesund event Quat. Sci. Rev. 19 2000 1461-1468
69. N.-A. Mörner F. Audemard C. Bronge S. Dawson D. Grant O. Kvamsdal A. Nikonov A. Sidén R. Sjöberg L. Standh G. Sun P.E. Tröften H. Wigren D. Zykov The Boda cave and its surroundings. The 9663 BP paleoseismic event Report to SKB 2001 www.pog.su.se (public); Also: Pp. 29-224 in Mörner, 2003
70. R. Muir Wood Extraordinary deglaciation reverse faulting in northern Fennoscandia in: S. Gregersen P.W. Basham (Eds) Earthquakes at North-Atlantic Passive Margins: Neotectonics and Postglacial Rebound 1989 Kluewer 141-173
71. S.F. Obermeier Using liquefaction-induced features for paleoseismic analysis in: J.P. McCalpin (Eds) Paleoseismology 1996 Academic Press 331-396
72. S.F. Obermeier E.C. Pond Issues in using liquefaction features for paleoseismic analysis Seismol. Res. Lett. 70 1999 34-58
73. T. Påsse Bestrivning till kartbladet Varberg SO/Ullared SV Sveriges Geol. Undersökn. Ae 86 1988 1-98
74. T. Påsse Bestrivning till kartbladet Varberg NO Sveriges Geol. Undersökn. Ae 102 1990 1-117
75. T. Påsse Erratic flint along the Swedish west coast Geol. Fören. Stockh. Förh. 114 1992 271-278
76. L. Rodhe M. Sundh B. Winberg Beskrivning till kvartärgeologiska kartorna 22K/22L Skellefteå/Rönnskär and 23K/23L Boliden/ Byske Sveriges Geol. Undersökn. Ak 2 and 3 1990 1-32
77. Sandgren, P., 1983. The deglaciaion of the Klippan area, southern Sweden, a study of glacifluvial and glaciomarine sediments. LUNDQUA Thesis, 14, 1-99.
78. B. Schmitz Remanent magnetism of Late Quaternary varved clay Stockh. Contrib. Geol. 40 1987 63-82
79. L. Seeber R.M. Thorson Liquefaction and clastic injection in postglacial sediments of eastern Connecticut: Evidence for large prehistoric earthquakes? Geol. Soc. America Northeastern Section, Abstracts with Program, 1985 1993 14 reprinted in Bull. INQUA Neotectonics Comm., 9: 91, 1994
80. Sjöberg, R., 1994. Bedrock caves and fractured rock surfaces in Sweden. Occurrence and origin. Ph.D.-thesis, P&G-unit, Stockholms Universitet, 110 pp.
81. R. Sjöberg Tavelsjöbergets blockbrant - en seismotektonisk bildning? Markkontakt 3 1995 12-14
82. K. Svedhage Stratigraphic indications of a Pleistocene/Holocene transgression in the Göta Älv river valley, SW Sweden Boreas 14 1985 87-95
83. J.-O. Svedlund Beskrivning till kvartärgeologiska kartan: 21K Robertsfors/21L Ånäset Sveriges Geol. Undersökn. Ak-1 2001 1-24
84. H. Svensson Fossil tundramark på Laholmsslätten SGU C-598 1964 1-29
85. Tröften, P.E., 1997. Neotectonics and paleoseismicity in southern Sweden with emphasis on sedimentological criteria. Ph.D.-thesis, P&G-unit, Stockholms Universitet, 124 pp.
86. P.E. Tröften The use of varved clay chronology for dating paleoseismic events: The Erstavik record in the Stockholm area, south Sweden Sediment. Geol. 130 2000 167-181
87. P.E. Tröften N.-A. Mörner Varved clay chronology as a means of recording paleoseismic events in southern Sweden J. Geodyn. 24 1997 249-258
88. L. von Post Kvartöra bildningar SGU Aa 167 1929 39-96
89. T.J. Walsh R.A. Combellick G.L. Black Liquefaction features from a subduction zone earthquake: Preserved examples from the 1964 Alaska earthquake Washington St. Dept. Natural Resources Rep. Investig. vol. 32 1995 1-80
90. F. Zheng Tectonic development of the Bohus granite (SW Sweden) and its adjoining areas Stockh. Contrib. Geol. 44 1996 1-208