Earthquake-related chemical and radioactivity changes of thermal water in Kuzuluk-Adapazari, Turkey

Journal of Environmental Radioactivity

Volumn 63, Issue 3, 2002, Pages 239-249

  Belin, B ^a   Yalcin T ^a   Suner, F ^a   Bozkurtoglu E ^a   Gelir, A ^a   Guven H ^a  

^a ISTANBUL TECHNICAL UNIVERSITY   (Turkey)

Author keywords

Earthquake; Kuzuluk; NAA; NW Turkey; Radioactivity; Thermal water

Indexed keywords

ATOMIC SPECTROSCOPY; BOREHOLES; GEOTHERMAL FIELDS; HOT WATER DISTRIBUTION SYSTEMS; NEUTRON ACTIVATION ANALYSIS; RADIOACTIVITY;

FAULT ZONES;

EARTHQUAKE EFFECTS;

CADMIUM; CHROMIUM; COBALT; COPPER; HOT WATER; IRON; LEAD; MANGANESE; NICKEL; ZINC;

EARTHQUAKE; RADIONUCLIDE; THERMAL WATER; WATER CHEMISTRY;

ALPHA RADIATION; ARTICLE; ATOMIC ABSORPTION SPECTROMETRY; BETA RADIATION; EARTHQUAKE; ENERGY RESOURCE; NEUTRON ACTIVATION ANALYSIS; RADIOACTIVITY; TURKEY (REPUBLIC); WATER SAMPLING;

HEAT; METALS, HEAVY; NATURAL DISASTERS; RADIOISOTOPES; SPECTROPHOTOMETRY, ATOMIC; TURKEY; WATER;

TURKEY;

EID: 0036384630     PISSN: 0265931X     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0265-931X(02)00031-0     Document Type: Article

References (30)

1. Ambraseys N.N., Zatopek A. The Mudurnu valley, West Anatolian, Turkey, earthquake of 22 July 1967. Bulletin of the Seismology Society of America. 59:1969;521-589.
2. Bistritschan, K., 1957. Sakarya vilayetindeki sicaksu ve maden suyu kaynaklari. MTA Derleme No: 2621, Ankara.
3. Bolognesi L. Earthquake-induced variations in the composition of the water in the geothermal reservoir at Vulcano Islands, Italy. Journal of Volcanology and Geothermal Research. 99:2000;139-150.
4. Cai Z., Shi H., Zhang W., Luo G.E.X., Shi X., Yang H. Some applications of fluid-geochemical methods to earthquake prediction in China. International Symposium on Continental Seismology and Earthquake Prediction. 1984;384-395 Seismological Press.
5. Charlot G. Analyse qualitative et reaction en solution, pp. 210-225. 1963;Masson, Paris.
6. De Soete D., Gijbels R., Hoste J. Neutron activation analysis, pp. 85-96. 1972;Wiley-Interscience, London.
7. Duenas C., Fernandez M.G., Enriquez C., Carretero J., Liger E. Natural radioactivity levels in andalusion. SPAS. 32:(8):1998;2271.
8. Favara R., Grassa F., Inguaggiato S., Valenza M. Hydrogeochemistry and stable isotopes of thermal springs: earthquake related chemical changes along Belice Fault (Western Sicily). Applied Geochemistry. 16:2001;1-17.
9. Gavrilenko P., Melikadze G., Chelidze T., Gibert D., Kumsiashuili G. Permanent water level drop associated with the Spitak Earthquake: observations at Lisi Borehole (Republic of Georgia) and modelling. Geophysics Journal International. 143:2000;83-98.
10. Greber, E., 1992. Das geothermalfeld von Kuzuluk/Adapazari (NW-Türkei)-Geologie, aktive Tektonik, Hydrogeologie, Hydrochemie, Gase und Isotope. PhD thesis, No. 9984, ETH-Zürich.
11. 2-rich palaeowaters in a seismically active zone (Kuzuluk/Adapazari, North western Turkey). Geothermics. 23:(2):1994;151-174.
12. King C.Y., Koizumi N., Kitagawa Y. Hydrogeochemical anomalies and the 1995 Kobe Earthquake. Science. 269:1995;38.
13. Lucius, M., 1929. Kuzuluk (Akyazi) termo mineral sulari hakkinda rapor. MTA Derleme No: 558, Ankara.
14. Muir-Wood R., King G.C.P. Hydrological signature of earthquake strain. Journal of Geophysical Research. 98:1993;22035-22068.
15. Özben C., Belin B., Güven H. Analysis of aerosols at the Bosphorus Bridge of Istanbul. Journal of Radioanalysis and Nuclear Chemistry. 238:1998;101.
16. Rikitake T. Earthquake prediction, pp. 45-76. 1976;Elsevier.
17. Roeloffs E. Persistent water level changes in a well near Parkfield, California, due to local and distant earthquakes. Journal of Geophysics Research. 103:1998;869-889.
18. Roeloffs E., Budford S.S., Riley F.S. Hydrological effects on water level changes associated with episodic fault creep near Parkfield, California. Journal of Geophysics Research. 94:1989;12387-12402.
19. Rojstaczer S., Wolf S., Michel R. Permeability enhancement in the shallow crust as a cause of earthquake induced hydrological changes. Nature. 373:1995;237-239.
20. Routti J.T., Prussin S.G. Photopeak method for the computer analysis of gamma ray spectra from semiconductor dedectors. Nuclear Instrumentation and Methods. 72:1969;125.
21. Rupprecht, K.H., 1955. Kuzuluk-Aziziye mevkii'nin Cemalbey Mahallesinde bulunan kaplicalarin jeolojik etüdü. MTA Derleme No: 2329, Ankara.
22. Snell F.D., Snell C.T. Colorimetic methods of analyses, pp. 31-59. 1968;D. van Nortsrand Comp. Inc. New York.
23. Suner F., Yalçin T., Bozkurtoǧlu E., Balderer W. Effect of earthquake on heavy metal composition of thermal waters in the Marmara Region (NW-Turkey). Progress in Mining and Oilfield Chemistry. 2:2000;295.
24. Şentürk, N., Demirel, Z., 1987. Akyazi (Sakarya) Kuzuluk kaplicasi hidrojeoloji incelemesi. MTA Raporu (unpublished report).
25. Tokunaga T. Modeling of earthquake-induced hydrological changes and possible permeability enhancement due to the 17 January 1995 Kobe Earthquake, Japan. Journal of Hydrology. 223:1999;221-229.
26. Tschudi S. Observed pressure variations and their causes in the geothermal field of Kuzuluk/NW Turkey. Schindler C., Pfister M., Active tectonics of North Anatolia - the Marmara Poly Project. 1997;185-196.
27. Valenza M., Nuccio P.M. Geochemical precursors of earthquakes. Isotopic and geochemical precursors of earthquakes and volcanic eruptions. Some experiences in Italy, IAEA TOC 726. 1993;44-47.
28. Wakita H. Geochemistry as a tool for earthquake prediction. Journal of Phys. Earth. 25:1977;175-183.
29. Wakita H. Changes in groundwater level and chemical composition. Asadad T., Earthquake prediction techniques, ch. 8. 1982;171-216 University of Tokyo Press, Tokyo.
30. Woith, A., 1995. Spatial and temporal variations of radon in ground air and groundwater within the Mudurnu valley, NW Turkey. A contribution to the Turkish-German joint project on earthquake research.