THE ESTIMATION OF THE GROUNDWATER STORAGE AND ITS DISTRIBUTION IN UZBEKISTAN

This paper provided reasonable results of groundwater storage estimation and its distribution on each aquifer in Uzbekistan. The largest aquifer was Kyzylkum. There were very rare publication and discussion paper on the groundwater storage in arid region. Then the results were useful finding to supp...

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Published inPROCEEDINGS OF HYDRAULIC ENGINEERING Vol. 52; pp. 31 - 36
Main Authors WAHYUNI, Sri, OISHI, Satoru, SUNADA, Kengo
Format Journal Article
LanguageEnglish
Published Japan Society of Civil Engineers 2008
Subjects
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ISSN0916-7374
1880-8751
1884-9172
1884-9172
DOI10.2208/prohe.52.31

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Abstract This paper provided reasonable results of groundwater storage estimation and its distribution on each aquifer in Uzbekistan. The largest aquifer was Kyzylkum. There were very rare publication and discussion paper on the groundwater storage in arid region. Then the results were useful finding to support the decision maker and researchers who were interested in this subject. In this study, the estimation of groundwater storage using GIS techniques and utilization of borehole data was proposed. The result showed that groundwater storage in Uzbekistan was about 15.5 BCM (billion cubic meters), while in Kyzylkum aquifer was about 6.8 BCM. Compared with the result from Central Asia Water Info, field survey and roundtable discussion Uzbekistan on August 2007, the results was verified, reliable and acceptable.
AbstractList This paper provided reasonable results of groundwater storage estimation and its distribution on each aquifer in Uzbekistan. The largest aquifer was Kyzylkum. There were very rare publication and discussion paper on the groundwater storage in arid region. Then the results were useful finding to support the decision maker and researchers who were interested in this subject. In this study, the estimation of groundwater storage using GIS techniques and utilization of borehole data was proposed. The result showed that groundwater storage in Uzbekistan was about 15.5 BCM (billion cubic meters), while in Kyzylkum aquifer was about 6.8 BCM. Compared with the result from Central Asia Water Info, field survey and roundtable discussion Uzbekistan on August 2007, the results was verified, reliable and acceptable.
Author SUNADA, Kengo
OISHI, Satoru
WAHYUNI, Sri
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Theodore, A. J. and Wanjiru M. N. : Aquifer Storage Calculations Using GIS and MODFLOW - Los Angeles County - California, ESRI User Conference Proceedings - San Diego USA, July 2002.
Erie, L.J. , O.F. French, D.A. Bucks and K. Harris : Consumptive Use of Water by Major Crops in the Southwestern United States, pages 6 and 18, USDA-ARS Conservation Research Report Number 29, 1981.
Singh, A. Kr. and Prakash, S.R. : An Integrated Approach of Remote Sensing, Geophysics and GIS to Evaluation of Groundwater Potentiality of Ojhala Sub-watershed, Mirzapur District, U. P. , India, Conference Paper, Asian Conference on GIS, GPS, Aerial Photography and Remote Sensing, Bangkok - Thailand, 2002.
Curtis, G.E. : Uzbekistan - A Country Study, Washington, GPO for the Library of Congress, 1996.
Takhirov, N. , Radjabov, Sh. and Toleubaev, O. : The Substantiation and Development of Management Bases of Deep Underground Waters Stock in Aral Sea Region, Aral Sea Project, 2004.
ICARDA (International Center For Agriculture Research In The Dry Areas), Yamanashi University, ICBA (International Center For Bio-saline Agriculture) and IWMI (International Water Management Institute) : Round Table Meeting on Strategies For Marginal Water/Land Use and Salinity Control in The Aydarkul-Arnasay Lakes System and Southwestern Kyzylkum Desert, August 2007.
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Uzbekistan Development Gateway, http://www.gateway.uz/.
http://www.geog.ubc.ca/courses/klink/gis.notes/ncgia/u40.html#SEC40.1
Dukhovny, V. and Schutter, J. : Integrated Water Resources Management for Wetlands Restoration in the Aral Sea Basin Project, Central Asia Water Info- NATO Program, The monograph “South Priaralie : New Prospects”, Scientific-Information Center of ICWC, 2003.
References_xml – reference: Veselov, V. , Panichkin, V. , Trushel, L. , Zakharova, N. , Kalmykova, N. , Vinnikova, T. and Miroshnichkenko, O. : Eastern Priaralye, Institute of hydrogeology and hydrophysics of the Ministry of education and science of the Republic of Kazakhstan, 2005.
– reference: Kharad, S. M. , Srinivas Rao, K. and Rao, G. S. : GIS based Groundwater Assessment Model, 1999.
– reference: Dukhovny, V. and Schutter, J. : Integrated Water Resources Management for Wetlands Restoration in the Aral Sea Basin Project, Central Asia Water Info- NATO Program, The monograph “South Priaralie : New Prospects”, Scientific-Information Center of ICWC, 2003.
– reference: Theodore, A. J. and Wanjiru M. N. : Aquifer Storage Calculations Using GIS and MODFLOW - Los Angeles County - California, ESRI User Conference Proceedings - San Diego USA, July 2002.
– reference: Johnson, T. A. and Njuguna, W. M. : Aquifer Storage Calculation using GIS and MODFLOW, Los Angeles County, California, ESRI User Conference Proceedings, San Diego, USA, 2002.
– reference: http://www.csc.noaa.gov/benthic/mapping/analyzing/spatial.htm
– reference: Curtis, G.E. : Uzbekistan - A Country Study, Washington, GPO for the Library of Congress, 1996.
– reference: Erie, L.J. , O.F. French, D.A. Bucks and K. Harris : Consumptive Use of Water by Major Crops in the Southwestern United States, pages 6 and 18, USDA-ARS Conservation Research Report Number 29, 1981.
– reference: Uzbekistan Development Gateway, http://www.gateway.uz/.
– reference: Zavialov, P. : Physical Oceanography of The Dying Aral Sea, page 56, Springer, Praxis Publishing, Chichester, UK, 2005.
– reference: http://www.geog.ubc.ca/courses/klink/gis.notes/ncgia/u40.html#SEC40.1
– reference: ICARDA (International Center For Agriculture Research In The Dry Areas), Yamanashi University, ICBA (International Center For Bio-saline Agriculture) and IWMI (International Water Management Institute) : Round Table Meeting on Strategies For Marginal Water/Land Use and Salinity Control in The Aydarkul-Arnasay Lakes System and Southwestern Kyzylkum Desert, August 2007.
– reference: Singh, A. Kr. and Prakash, S.R. : An Integrated Approach of Remote Sensing, Geophysics and GIS to Evaluation of Groundwater Potentiality of Ojhala Sub-watershed, Mirzapur District, U. P. , India, Conference Paper, Asian Conference on GIS, GPS, Aerial Photography and Remote Sensing, Bangkok - Thailand, 2002.
– reference: Takhirov, N. , Radjabov, Sh. and Toleubaev, O. : The Substantiation and Development of Management Bases of Deep Underground Waters Stock in Aral Sea Region, Aral Sea Project, 2004.
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SubjectTerms arid region
borehole data
GIS techniques
groundwater storage
Kyzylkum
Title THE ESTIMATION OF THE GROUNDWATER STORAGE AND ITS DISTRIBUTION IN UZBEKISTAN
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