Power spectra analysis of aeromagnetic data and KTB susceptibility logs, and their implication for fractal behavior of crustal magnetization

Pure and Applied Geophysics

Volumn 151, Issue 1, 1998, Pages 147-159

  Zhou, Shaohua ^a   Thybo, Hans ^a  

^a UNIVERSITY OF COPENHAGEN   (Denmark)

Author keywords

Fractal parameter; Magnetic anomaly; Power spectrum

Indexed keywords

AEROMAGNETIC DATA; DEPTH ESTIMATION; FRACTAL ANALYSIS; MAGNETIC ANOMALY; POWER SPECTRUM;

NORTH SEA;

EID: 0031861024     PISSN: 00334553     EISSN: None     Source Type: Journal    
DOI: 10.1007/s000240050109     Document Type: Article

References (31)

1. BHATTACHARYYA, B. K. (1966), Continuous Spectrum of the Total Magnetic Field Anomaly due to a Rectangular Prismatic Body, Geophysics 31, 97-121.
2. BLAKELY, R. J., and HASSANZADEH, S. (1981), Estimation of Depth to Magnetic Source Using Maximum Entropy Power Spectra, Nuzca Plate: Crustal Formation and Andean Convergence, Geolog. Soc. Am. Memoir 154, 667-682.
3. BOSUM, W., CASTE, U., HEYDE, I., and ROTTGER, B. (1994), Integrated Interpretation of Gravity and Magnetic Data of the KTB Main Well and the Surrounding Area, KTB Report 94/2, A143-A157.
4. CARMICHAEL, R. S., Magnetic properties of minerals and rock. In Practical Handbook of Physical Properties of Rocks and Minerals (ed. Carmichael, R. S.) (CRC Press, Boca Raton, Florida, 1989) pp. 301-358.
5. CONNARD, G., COUCH, R , and GEMPERLE, M. (1983). Analysis of Aeromagnetic Measurements from the Cascade Range in Central Oregon, Geophysics 48, 376-390.
6. DE WALL, H., KONTNY, A., and FRIEDRICH, G. (1995), Magneto-mineralogical Investigations of Pyrrhotite from the KTB, 8th Annual KTB Colloquium (Giessen), pp. 179-183.
7. DIXON, J. E., FITTON, J. G., and FROST, R. T. C., The tectonic significance of post-Carboniferous igneous activity in the North Sea Basin. In Pertoleum Geology of the Continental Shelf of Northwestern Europe (eds. Illing, L. V., and Hobson, G. D.) (Heyden, London, 1981) pp. 121-140.
8. EUGENO-S WORKING GROUP (1988), Crustal Structure and Tectonic Evolution of the Transition between the Baltic Shield and the North German Caledonides, Tectonophysics 150, 253-348.
9. FIEBERG, F., and KUHNKE, F. (1994), The Increase of the Total Magnetic Field in the KTB Pilot and Main Drillhole. Scientific Drilling 4, 139-146.
10. GARCIA-ABDESLEM, J., and NESS, G. E. (1994), Inversion of the Power Spectrum from Magnetic Anomalies, Geophysics 59, 391-401.
11. GREGOTSKI, M. E., JENSEN, O., and ARKANI-HAMED, J. (1991), Fractal Stochastic Modeling of Aeromagnetic Data, Geophysics 56, 1706-1715.
12. HAHN, A., KIND, E. G., and MISHRA, D. C. (1976), Depth Estimation of Magnetic Sources by Means of Fourier Amplitude Spectra, Geophys. Prospect. 24, 287-308.
13. HUENGES, E., LAUTERJUNG, J , BUCKER, C., LIPPMANN, E , and KERN, H. (1997), Seismic Velocity, Density, Thermal Conductivity and Heat Production of Cores from the KTB Pilot Hole, Geophys. Res. Lett. 24, 345-348.
14. KONTNY, A., and RAUEN, A. (1995), Dependency of Rock Magnetic Behaviour on the Distribution of Magnetic Minerals in the KTB Rocks, 8th Annual KTB Colloquium (Giessen), pp. 173-178.
15. LEONARDI, S., and KUMPEL, H.-J. (1996), Scaling Behaviour of Vertical Magnetic Susceptibility and its Fractal Characterization: An Example from the German Continental Deep Drilling Project (KTB), Geologische Rundschau 85, 50-57.
16. MAUS, S., and DIMRI, V P. (1994), Scaling Properties of Potential Fields due to Scaling Sources, Geophys. Res. Lett. 21, 891-894.
17. MAUS, S., and DIMRI, V. P. (1996), Depth Estimation from the Scaling Power Spectrum of Potential Fields? Geophys. J Int. 124, 113-120.
18. MONA LISA WORKING GROUP (1997), MONA LISA - Deep Seismic Investigations of Lithosphere in the Southeastern North Sea, Tectonophysics 269, 1-19.
19. NAIDU, P. (1968), Spectrum of the Potential Field due to Randomly Distributed Sources, Geophysics 33, 337-345.
20. PARKER, R. L. (1972), The Rapid Calculation of Potential Anomalies, Geophys. J. R. Astro. Soc. 31, 447-455.
21. PECHNING, R., and WOHLENBERG, J. (1995), Magnetic Anomalies and their Relation to Cataclastic Zones - A Log Interpretation. 8th Annual KTB Colloquium (Giessen) pp. 184-186.
22. PEDERSEN, L. B. (1991), Relations between Potential Fields and Some Equivalent Sources, Geophysics 56, 961-971.
23. PILKINGTON, M., and TODOESCHUCK, J. P. (1993), Crustal Magnetization of Continental Crust, Geophys. Res. Lett. 20, 627-630.
24. PILKINGTON, M., GREGOTSKI, M. E., and TODOESCHUCK, J. P. (1994), Using Fractal Crustal Magnetization Models in Magnetic Interpretation, Geophys. Prospect. 42, 677-692.
25. PILKINGTON, M., and TODOESCHUCK, J. P. (1995), Scaling Nature of Crustal Susceptibilities, Geophys. Res. Lett. 22, 779-782.
26. SPECTOR, A., and GRANT, F. S. (1970), Statistical Models for Interpreting Aeromagnetic Data. Geophysics 35, 293-302.
27. SURLYK, F., Geology of the European Countries, Denmark. In 26th International Geological Congress (Graham and Trotman, London 1980) 50 pp.
28. SORENSEN, S., and MARTINSEN, B. B., A paleogeographic reconstruction of Rotliegende's deposits in Northeastern Permian Basin. In Petroleum Geology of North West Europe (eds. Brooks, J., and Glennie, K.) (Graham and Trotman, London 1987) pp. 497-508.
29. VEJæK., O., and BRITZE, P. (1994), Structure Map of pre-Zechstein - 1:750000, Geological Survey of Denmark, Map Series, No. 45.
30. WESSEL, P., and SMITH, W. H. F. (1995), A New Version of the Generic Mapping Tools Released, EOS Trans. AGU 76, 329 pp.
31. ZHOU, S., and THYBO, H. (1997), Pre-Zechstein Geology of the Southeast North Sea, Offshore Denmark - A Geophysical Perspective, First Break, (in press).