Evaluating ground water vulnerability in West Lake Watershed by using DRASTIC model

Abstract

Abstract: Supported by Blackland GRASS Geographic Information System(GIS),the basic and special environmental databases of West Lake Watershed were established.The vulnerability map of ground water pollution was calculated and drawn by integrating GISand DRASTICmodel.Comparing to the present situation of land use,critical area of ground water pollution had been determined.The residential area accounted for 14.7% of the high susceptible area,and wastewater in the residential area should be piped and treated first.

Key words: Ground water, Vulnerability, DRASTIC model, Geographic Infromation System

CLC Number:

X523

DONG Liang, ZHU Yinmei, HU Qinhai, OGURA Norio . Evaluating ground water vulnerability in West Lake Watershed by using DRASTIC model[J]. Chinese Journal of Applied Ecology, 2002, (2): 217-220.

References

[1] Aller L,Bennett T,Lehr H,et al.1987.DRASTIC:A standardized system for evaluating ground water pollution potential using hydrogeologic settings.National Water Well Association.U.S.Environmental Protection Agency.ADA,Oklahoma.35～66
[2] Dennis LC,Keith L,Timothy RE.1998.GIS-based modeling of nonpoint source pollutants in the vadose zone.J Soil Water Conser,53(1):34～38
[3] Follet RF,Shaffer MJ,Brodahl MK,et al.1994.NLEAP simulation of residual soil nitrate for irrigated and non-irrigated corn.J Soil Water Conser,49(4):375～382
[4] Gumtang RJ,Pampolino MF,Tuong TP,et al.1999.Groundwater dynamics and quality under intensive cropping systems.Exp Agric,35(2):153～166
[5] Kladivko EJ,Grochulska J,Turco RF,et al.1999.Pesticide and nitrate transport into subsurface tile drains of different spacings.J Environ Qual,28:997～1004
[6] Kobus H.2000.Soil and Groundwater Contamination and Remediation Technology in Europe.In:Sato K,Lwasa Y eds.Groundwater Updates.Hong Kong:Best-set Typesetter Ltd.3～8
[7] Lynch SD,Reynders AG,Schulze RE.1997.A DRASTIC approach to ground-water vulnerability in South Africa.South African J Sci,93(2):59～60
[8] Melloul AJ,Collin M.1998.A proposed index for aquifer water-quality assessment:The case of Israel's Sharon region.J Environ Man,54(2):131～142
[9] Navulur KCS,Engel BA.1998.Groundwater vulnerability assessment to non-point source nitrate pollution on a regional scale using GIS.Trans ASAE,41(6):1671～1678
[10] Smith PA,Scott HD,Fugitt T.1994.Influence of geographic database scale on prediction of groundwater vulnerability to pesticides.J Soil Contam,3(3):285～298
[11] Smith CN,Payne WR,Pope JD,et al.1999.A field study to compare performance of stainless steel research monitoring wells with existing on-farm drinking water wells in measuring pesticide and nitrate concentrations.Chemosphere,38(4):875～889
[12] Stark SL,Nuckols JR,Rada J.1999.Using GIS to investigate septic system sites and nitrate pollution potential.J Environ Health,61(8):15～20
[13] Tim US.1996.Coupling vadose zone models with GIS:Emerging trends and potential bottlenecks.J Environ Qual,25:535～544
[14] Yang Q(杨庆),Luan M-T(栾茂田),Chong J-Z(崇金著),et al.1999.Study of application of DRASTIC index to assessment of groundwater vulnerability to pollution of Dalian city.J Dalian Univ Technol(大连理工大学学报),39(5):684～688(in Chinese)

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