Geophysical characterising of sulphide rich fine-grained sediments in Seinäjoki area, western Finland

Special Paper of the Geological Survey of Finland

Volumn , Issue 38, 2005, Pages 61-71

  Suppala, Ilkka ^a   Lintinen, Petri ^a   Vanhala, Heikki ^a  

^a GEOLOGICAL SURVEY OF FINLAND   (Finland)

Author keywords

Acid sulphate soils; Airborne methods; Electrical conductivity; Electromagnetic methods; Finland; Geophysical methods; Ground methods; Resistivity; Sediments; Sein joki

Indexed keywords

FINE GRAINED SEDIMENT; GEOPHYSICAL SURVEY; SULFIDE;

EURASIA; EUROPE; FINLAND; NORTHERN EUROPE; SCANDINAVIA;

EID: 32944462217     PISSN: 07828535     EISSN: None     Source Type: Book Series    
DOI: None     Document Type: Article

References (27)

1. Alalammi P. (ed.) 1992. Atlas of Finland, Folio 123-126. Geology. 5th edition. Helsinki: National Board of Survey and Geographical Society of Finland. 58 p. 3 app. maps, 29 app. pages.
2. Åström, M. 1996. Geochmistry, chemical reactivity and extent of leaching of sulphide-bearing fine-grained sediments in southern Ostrobothnia, Western Finland. Åbo Akademi University. 44 p. (dissertation)
3. Beamish, D. 2003. Airborne EM footprints. Geophysical Prospecting, 51, 49-60.
4. Bell, B. 2003. Can electromagnetics directly map the acid sulphate soil hazard in Australia? Preview, Australian Society of Exploration Geophysicists 107, 29-31.
5. Chen, J. & Raiche, A. 1998. Inverting AEM data using a damped eigenparameter method. Exploration Geophysics 29, 128-132.
6. Donner, J. 1995. The Quaternary History of Scandinavia: World and Regional Geology 7: Cambridge, United Kingdom: Cambridge University Press. 199 p.
7. Fraser, D. C., 1978. Resistivity mapping with an airborne multicoil electromagnetic system: Geophysics, 43, 144-172.
8. Haber, E. 1997. Numerical strategies for the solution of inverse problems. Ph.D. thesis, The University of British Columbia.
9. Hyvönen, E., Lerssi, J. & Väälänen, T. 2003. Airborne geophysical surveys assessing the general scale Quaternary mapping project in Finland. In: 9th EEGS Meeting, Prague, Czech Republic, August 31 st - September 4th 2003: proceedings. Prague: Czech Association of the Applied Geophysicists. 4 p.
10. Kukkonen, M. 1990a. Könni. Geological Map of Finland 1:20 000, Quaternary Deposits, Sheet 2222 02. Geological Survey of Finland.
11. Kukkonen, M. 1990b. Jouppila. Geological Map of Finland 1:20 000, Quaternary Deposits, Sheet 2222 05. Geological Survey of Finland.
12. Kukkonen, E., Kokko, J. & Herola, E. 1983. Seinäjoki, Geological Map of Finland 1:20 000, Quaternary Deposits, Sheet 2222 08. Geological Survey of Finland.
13. Lintinen, P., Suppala, I., Vanhala, H. & Eklund, M. 2003. Survey of a buried ice-marginal deposit by airborne EM measurements - a case from Kyrönjoki valley plain in southern Ostrobothnia, Finland. In: Autio, S. (ed.) Geological Survey of Finland, Current Research 2001-2002. Geological Survey of Finland, Special Paper 36, 67-75.
14. Liu, G. & Becker, A. 1990. Two-dimensional mapping of sea-ice keels with airborne electromagnetics. Geophysics 55, 239-248.
15. Mäkitie, H., Lahti, S., I., Alviola, R. & Huuskonen, M. 1991. Seinäjoki. Geological Map of Finland 1:100 000, Pre-Quaternary Rocks, Sheet 2222, Geological Survey of Finland.
16. Mäkitie, H. & Lahti, S.I. 1991. Seinäjoen kartta-alueen kallioperä. Summary: Pre-Quaternary rocks of the Seinäjoki map-sheet area. Geological Map of Finland 1:100 000, Explanation to the Maps of Pre-Quaternary Rocks, Sheet 2222. Geological Survey of Finland. 60 p.
17. Öborn, I. 1994. Morphology, chemistry, mineralogy and fertility of some acid sulfate soils in Sweden. Reports and Dissertations 18, Swedish University of Agrocultural Sciences, Uppsala, Sweden.
18. Öterholm, P. 1998. Geokemisk studie av svavelhaltiga sediment I Rintala toffläggningsområhde i Syd-Österbotten. Åbo Akademi University. Unpublished master's thesis, 57 p. (In Swedish)
19. Palko, J. 1994. Acid sulphate soils and their agricultural and environmental problems in Finland. Acta Universitatis Ouluensis C 75. 58 p.
20. Palko, J. & Weppling, K. 1994. Lime requirement experiment in acid sulphate soils. Acta Agriculturae Scandinavica 44, 149-156.
21. Peltoniemi, M. 1982. Characteristics and results of an airborne electromagnetic method of geophysical surveying: Geological Survey of Finland, Bulletin 321. 229 p.
22. Poikonen, A., Sulkanen, K., Oksarna, M. & Suppala, I. 1998. Novel dual frequency fixed wing airborne EM system of Geological Survey of Finland (GTK). Exploration Geophysics 29 (1-2), 46-51.
23. Puranen, R., Sahala, L., Säävuori, H. & Suppala, I. 1999a. Airborne electromagnetic surveys of clay areas in Finland. In: Autio, S. (ed.) Geological Survey of Finland, Current Research, 1997-1998. Geological Survey of Finland, Special Paper 27, 159-171.
24. Puranen, R., Säävuori, H., Sahala, L., Suppala, I., Mäkilä, M. & Lerssi, J. 1999b. Airborne electromagnetic mapping of surficial deposits in Finland. First Break 17 (5), 145-154.
25. Reid, J., E. & Vrbancich, J. 2004. A comparison of the inductive-limit footprints of airborne electromagnetic configurations. Geophysics 69, 1229-1239.
26. Suppala, I., Vanhala, H. & Lintinen, P. 2003. Comparison between ground and airborne EM data in mapping acid sulphate soils and sulphide bearing clays in the Kyrönjoki river valley, western Finland. In: 9th EEGS Meeting, Prague, Czech Republic, August 31st-September 4th 2003: proceedings. Prague: Czech Association of the Applied Geophysicists. 4 p.
27. Vanhala, H., Suppala, I. & Lintinen, P. 2004. Integrated geophysical study of acid sulphate soil area near Seinäjoki, southern Finland [Electronic resource]. In: Sharing the Earth: EAGE 66th Conference & Exhibition, Paris, France, 7-10 June 2004E: extended abstracts. Houten: EAGE. 4 p. Optical disc (CD-ROM)