Banswara District

Estimation of sediment yield and runoff from small watersheds using WEPP model - A research report by National Institute of Hydrology
The study uses WEPP model of the United States Department of Agriculture (USDA) to simulate the flow and erosion processes in Sallopat watershed of Mahi river basin in Banswara, Rajasthan. Posted on 30 Jun, 2010 08:44 PM

The study uses Water Erosion Prediction Project (WEPP) model of the United States Department of Agriculture (USDA) to simulate the flow and erosion processes in Sallopat watershed of Mahi river basin in Banswara, Rajasthan. The WEPP model is a distributed, continuous, small agricultural watershed erosion model. It can simulate the effects of management practices and land use changes on the spatial and temporal variability of the erosion processes within a watershed system. The major features of this model are the ability to –

 

  • Delineate areas of detachment and deposition on a hill slope or along a channel reach
  • Account for the effects of management and land use changes on the erosion process
  • Account for the effects of backwater on detachment, transport and deposition processes within channels

 

CGWB's district groundwater atlas of Rajasthan
Comprehensive groundwater Atlas of Rajasthan published by the Central Groundwater Board Posted on 14 Aug, 2009 01:00 PM

CGWB's groundwater atlas all the basic information regarding Rajasthan's groundwater including the following:

Remote sensing based rapid watershed health appraisal: a case study of Rajasthan by national watershed development project for rainfed areas (NWDPRA)
Eight micro-watersheds, distributed over different agro climatic zones of Rajasthan were studied for their performance in terms of biomass gain, landuse change and changes along drainage line Posted on 11 May, 2009 04:14 PM

This study presents a remote sensing based rapid watershed health appraisal of NWDPRA watersheds of Rajasthan. The study area is distributed across 8 agro-climatic zones ranging from desertic western plain to humid southern and south-eastern plain. The satellite data prior to treatment year (1988) was compared with post-treated year (1996), to reveal the noticeable changes over a span of 8 years.

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