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Estimation of soil erosion and sediment yield in Karso catchment of Barakar basin in Jharkhand using ANSWERS model - A research report by National Institute of Hydrology
The report presents an estimation of soil erosion and sediment yield for the Karso catchment of Barakar basin in Jharkhand using ANSWERS model.
National Institute of Hydrology
Posted on 24 Jul, 2010 10:21 AM

The report presents an estimation of soil erosion and sediment yield for the Karso catchment of Barakar basin in Jharkhand using ANSWERS model. Quantitative assessments of runoff and soil erosion are needed for proper management of land and water resources.
Geographic information system (GIS) and groundwater for windows (GWW) helps in creating interactive groundwater information system (GWIS) of Barakar basin in Bihar
The paper discusses the approach adopted for establishing groundwater information system (GWIS) where data from various sources can be stored and analysed in time and space
Ashok Kumar
B. B. Prasad
L. B. Prasad
Nisha Mendiratta
Posted on 20 May, 2009 10:21 AM

This paper on the GIS Development site discusses the approach adopted for establishing ground water information system (GWIS) of the Upper Barakar Basin using geographic informati
Groundwater prospects analysis through hydrogeophysical parameters and hydrogeomorphic zonation - a case study in parts of Kewta watershed - upper Barakar basin - Bihar
The study integrates hydrogeomorphic and hydrogeophysical approach for groundwater exploration for Kewta watershed, upper Barakar basin, Bihar
Ashok Kumar
Savita Tomar
L.B. Prasad
Posted on 19 May, 2009 01:43 PM

 In this paper from the GIS Development site present study, hydrogeomorphic zonation has been carried out through remote sensing technique.
Analysis of hydrogeophysical properties of aquifer and reserve estimation for sustainable development of groundwater in Kewta watershed, Hazaribagh, Bihar
Several sub-surface basins/ underground reservoirs, can be used for groundwater storage and retrieval which has storage capacity to irrigate 50 per cent geographical area of Kewta watershed
Ashok Kumar
B. B. Prasad
L. B. Prasad
Savita Tomar
Posted on 19 May, 2009 01:39 PM

In this study from the GIS Development site,  the hydrogeophysical parameters generated from vertical sounding, geohydrological, inferred fractures and geomorphic zones derived from remotely sensed data have been analysed in Kewta watershed of upper Barakar Basin, Hazaribagh. The study area is part of lower Hazaribagh plateau and is part of pediplain developed over Chotanagpur granite gneiss and meta- sedimentary.

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