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STUDY OF SOME SPRING OF W-IRAQ AND IT'S EFFECT ON THE EUPHRATES RIVER | ||
| Journal of University of Anbar for Pure Science | ||
| Article 20, Volume 4, Issue 2, 2010, Pages 67-74 PDF (683.84 K) | ||
| Document Type: Research Paper | ||
| DOI: 10.37652/juaps.2010.15334 | ||
| Author | ||
| MAHMOOD SHAKIR RAZEIJ* | ||
| Anbar University - College of Science | ||
| Abstract | ||
| ABSTRACT:Springs are natural eruptions of ground water to the surface of the earth. They are considered important sources of life. The hydrochemical study of the springs water samples shows that their water is of marine origin and characterized by highly solvent sulfate hydrogen. They affect directly the water of the Euphrates. The concentration of this gas is three times the permitted percentage. It is dangerous as it is a poisonous gas besides the increase of salt : however, remains within the permitted limits in the water of the river. The hydrodynamic study showed that the water of these springs runs river-wise due to the rise of the hydrodynamic activity and the scarcity of the hydrocarbonic preservation as manifested through the appearance of water eruptions in some of these springs accompanied with hydro carbonic gases and tar. This can be an indication of petroleum presence or their remains in the studied area. It is recommend that pollution is to be limited and the detection of petroleum for commercial utilization. These sulfide springs can also be used as healthing places for dermal diseases. | ||
| References | ||
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1- Baghdadi, A. I., (1973) the water springs in Iraq. Their geological characteristic and Utilization, Institute for Applied research and natural recourses Vol.1 p.66-79. 2- Al-Ansari, N. (1979) Principal hydrogeology colloge of Science, Baghdad. 3- Hussien, B. M. and Gharbi, M. A.; 2010; Hydrogeochmical evaluation of the ground water within Abu-Jir Fault Zone, Hit–Kubaisa Region, Central Iraq, Iraqi Bulletin of Geology and Mining, ISSN 1811 -4539, Nol. 6, No. 1, 2010 P. 121. 4- Parsons, R. M., (1980) Ground water Resources of Iraq V.11 Mesopotamin plain V. III . Development Board, Baghdad, 157 P. 5- Al-Khadimi, J., Sissakian, F. and Fatah, A.(1996). Tectonic map of Iraq, Geosurv, Baghdad, Iraq. 6- Buday, T. (1973) The regional geol. Of Iraq: Internal report ofSom, Iraq. 7- Al-Mehaidi, H. A., and Yacoub, S. Y.; (1975) regional geological mapping of Shithatha– Habbaniyah area 63 P., Som Report No. 679. 8- Al-Obeidi, M. S., (1983) hydrogeochemistry of the Euphrates river and the probable Envron. Pollution from Qaim to Hilla. College of Science Baghdad University. 9- Al-Ani, S. A., (1983) Hydrogeochemistry of the natural springs, college of science Baghdad University PP 60–70. 10- Hamza, N. M. (1975) . Regional geological Mapping of Al-Tharthar– Hit qsr Al-Khubbaz area Internal report SOM Library– Baghdad . 11- Al-Habeeb, K. H., (1970), sedimentary of the flood plain sediments of the Middle Euphrates River (Iraq) : M. sc. Thesis Univ. of Baghdad 90 P. 12- Jamil. A. K., Al-Jassim J., (1986) Euphrates limestone Fn. khan Al-Baghdadi section, Iraqi J. Sci., V. 27363 P. 13- APHA, AWWA and WPCF (Water Pollusion Control Fedaration), (1975), Standard Methods for the examination of water and waste water. American Public Health Association Publication Office, Washington, 14th ed., 759p. 14- Brown, E., Skougestad, M. W. and Fishman, M. J., (1970) Method for collection and analysis of water sample for dissolved minerals and gases ; U. S. Geol. Survey. Techniques in water Resources Inv. TW15–A1, 160p. 15- Wilhelm et al, (1994). Ground Water Contamination Hydrology, 2nd ed. P.P 235-239. USA. 16- Parker, C. R. (1972) Water Analysis by Atomic Spectrometry, Varian Tectonic, Australia. pp. 210-220 . 17- Jacobs, M. B., (1960) The Analysis Chemistry of Industrial Poisons, Hazard and Solvents, Interscience, London, V. I. 788 P. 18- Bojarki, L. (1970) Di, Anwendung Hydrochemischen Classification Bei Sucharbeiten Auferd 1-2 Angew Geol., V. 16, pp. 123 –125, Berlin . 19- Schoeller, H., (1956) Geochemistry of underground water, Paris, France. 20- Klein, L.,(1973), River Pollution Chemical Analysis, 206 P., Butterworths, London. 21- Nriagn, J. O., (1978), Sulfur in the Environment, part II: Ecological impacts, John Willey and Sons. Inc., 642 P. 22- Dreisbach, R. H. (1966) Handbook of Poisoning Lange Medical Publication Los Atlos, California 5th ed., 483 P. 23- Mutlak, S. M. and Handi; Y. A. (1976), Environmeryd Polution, ito Effects and Hazant (E.P.R.C.) Baghdad, Iraq V.2 PP.25-28. 24- WHO; (1971)., International Standards for Drinking Water: WHO; Third Edition, Geneva, Switzerland, 36 P. 25- Buringh, P., (1960) Soil and Soil Condition of Iraq, Ministry of Agriculture– Directorate General of Agricultural Research and Project, Baghdad P. 322. 26- Todd, D. K., (1960) Ground water hydrology, 2nd Edition, John Willey. New York, P. 569 . 27- Yasuo, M., (1965), Elements of Geochemistry 475 P., Maruzen Co., Ltd., Tokyo, Japan. 28- Younger, P.L., Ban Wart, S. A. (2002), mine water hydrology. Pollution. Kluwer Academic Publishers P201-210. 29- Davis, S. N., and Dewiest, R. J. M., (1966). Hydrogeology V.2:3 463p., John Wiley Inc., N. Y.
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