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In-situ observation and transport modelling of arsenic in Gangetic plain,India

Emerging Contaminants 2017年第4期3卷 138-143页

作者： Pankaj Kumar Gupta Pranjay Joshi Jahangeer Department of Hydrology Indian Institute of Technology Roorkee247667UttarakhandIndia Department of Soil and Water Conservation G.B.Pant University of Agriculture&TechnologyPantnagar263145UttarakhandIndia university of nebraskaelincoln NebraskaLincolnNE68588USA

The focus of this study is to investigate the arsenic movement and impacts on the residual concentrations on groundwater pollution *** Gangetic plain area in the Ballia,Uttar Pradesh is selected as study area,which is also reported to extreme arsenic pollution in soil-water system.A modelling approach is developed to assess the arsenic flux in partially saturated zone using data of soil texture,soil hydraulic properties and *** type,slope,and land-use cover is considered for estimating the transient flux at the top boundary from daily precipitation and evapotranspiration data of the study *** transport in the subsurface is predicted by the mass transfer equation,which is derived by integrating Darcy's law with the equation of mass *** arsenic profiles of varying hydrogeological conditions associated with different locations in the study area are presented as breakthrough *** results shows that the arsenic transport is dominated by the advective flux and strongly depends on the soilmoisture flow *** may increases the arsenic load to underlaying groundwater *** simulated results suggest that mobility plays a vital role arsenic transport as well as on adsorbed arsenic concentration in ***,the adsorption isotherms show that the high peak curve for Bairai and low at Sikarderpur.A higher pollution risk is observed in the Belthara Road,whereas a lower vulnerability is computed in the north and northeast *** study can help in strategising sustainable groundwater management and protection planning of identified regions of India.

关键词： Arsenic transport Adsorption Subsurface Sustainable groundwater management

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