In this study, groundwater quality monitoring and evaluation of Greater Guwahati is presented based on the physico-chemical characteristics of thirty samples collected on grid pattern.
The report is the first of a two-part study on water availability for the Ken river system, MP and attempts to evaluate the direct surface runoff in the smaller basins.
In this study, a Hydrologic Simulation Model (HYSIM) is applied to the Rushikuliya river basin in Orissa to model the daily flows of the river at Purushottampur.
In this study, the modified version of the Soil Conservation Services-Curve Number was employed to the data of 14 watersheds falling in the arid and 2 watersheds in the sub-humid areas.
In the study, SCS-CN method is used to predict runoff volume from the Bewas basin at a dam site meant to augment municipal drinking water supply to Sagar city.
The study attempts to apply the Shuffled Complex Evolution Algorithm (SCE-UA) of Duan et al for the calibration of a Conceptual Rainfall Runoff (CRR) model.
The study has been conducted to develop a data simulation model and irrigation schedules for the eastern Godavari delta irrigation system, Andhra Pradesh.
The study attempts to undertake surface modeling to simulate the water levels in the mouth portion of Vasishta-Godavari by taking the tidal effect during a flood season using FESMWS.
The study applies TOPMODEL (Topography Model) to the Malaprabha catchment of Krishna river basin in Karnataka to simulate the daily flows at Khanapur site.
The report describes the results of the study of arsenic pollution in groundwater in Nadia as well as the hydro-chemical study of the river Hoogly in West Bengal.
In this study, design flood estimation of Morel catchment of Rajasthan state is computed using the Synder approach, regional relationships as proposed by Central Water Commission.
The report presents an interactive software that has been developed to provide design flood estimates for large as well as small sized catchments and analyse their rainfall records.
The report describes a software developed by NIH for reservoir analysis in view of the operational problem and the non-availability of generalized software for reservoir analysis.
