The report develops rainfall-runoff modeling for simulating and forecasting the flow from a catchment, and in determining the inflow series for the ungauged catchments.
The study attempts to develop a mathematical model for transport of a solute in groundwater by taking the mass balance of the dissolved pollutant over a static elementary volume.
The study presents automated mapping of snow cover using a new spectral channel of Indian Remote Sensing (IRS-IC) data for the Spiti sub-basin of the Satluj river basin.
The study develops the wavelet element method for hydrological application purposes in general and modeling of flow in a canal due to breach of bank because of rainfall and cyclones.
In the study, Hooghoudt's drain spacing formula has been derived rigorously considering the variation in radial flux and the area above drain level in the radial flow zone.
The study applies a hydraulic simulation model, Hydrologic Engineering Centre (HEC-1) to Baitarni river for modelling hourly flows of the river at Anandapur gauging site.
The report presents a detailed review of mathematical modeling of flows in alluvial streams. Various computer codes for this are presented and a model for simple-island case is prepared.
The report deals with the procedures to estimate dispersion coefficient from exit concentration observed due to a step change in the concentration input.
In this study, saltwater intrusion processes in a hypothetical homogenous and coastal aquifer system are simulated using the United States Geological Survey (USGS) finite element model.
The report summarizes aspects of the theory of anisotropic flow in porous media and reviews the methodology for computing hydraulic potentials in an unconfined aquifer system.
The report uses the Soil Conservation Services (SCS, 1956), Curve Number (SCS-CN) method, for simulating daily rainfall-runoff data of three catchments, viz., Ramganga, Hemavathi and Sabarmati.
