http://117.252.14.250:8080/jspui/handle/123456789/7643 2026-04-22T02:26:03Z 2026-04-22T02:26:03Z Singh, Garima Under the Guidance of Rai, S. P. http://117.252.14.250:8080/jspui/handle/123456789/8021 2026-02-13T06:31:28Z 2017-01-01T00:00:00Z

Title: 56-Dissertation Report on Hydrogeochemistry of Bazada Region of Tapi Basin Part of Jalgaon District Maharastra. Authors: Singh, Garima; Under the Guidance of Rai, S. P.

2017-01-01T00:00:00Z Adithya, Bingi Under the Guidance of Goyal, V. C. http://117.252.14.250:8080/jspui/handle/123456789/8020 2026-02-13T06:11:58Z 2017-01-01T00:00:00Z

Title: 55-Project Report Evaluation of Impact of Both Small Scale and Large Scale Reservoirs on Vegetation and Groundwater Recharge in Bundelkhand Region using Remote Sensing and GIS Techniques. Authors: Adithya, Bingi; Under the Guidance of Goyal, V. C.

2017-01-01T00:00:00Z Khatun, Shahnaz Under the Guidance of Jain, Sanjay Kumar http://117.252.14.250:8080/jspui/handle/123456789/8019 2026-02-13T06:08:59Z 2017-01-01T00:00:00Z

Title: 54-Major Project Thesis- Stream Flow Modelling in a Part of Satluj Basin Using SWAT Model. Authors: Khatun, Shahnaz; Under the Guidance of Jain, Sanjay Kumar Abstract: Adoption of mathematical models for evaluation of hydrology of watershed is most popular and prevailing trend. The most trending techniques in present time, to derive out the information related to watershed, are GIS and Remote Sensing. SWAT is a universal, semi distributed, mathematical river basin model that needs a number of input parameters. In the present study, the model is implemented for gaining knowledge of hydrological behavior of the study area which is lying between Suni to Kasol in the state of Himachal Pradesh, India. For model calibration, daily observed while for validation data from 1999 to 2011 have been used. The applicability of SWAT model is assessed by using various graphical and statistical methods which helped to determine the ability of the model in simulating the runoff for the study basin of Satluj river (Suni to Kasol). SWAT CUP is one of the new developments for calibration/uncertainty analysis of watershed models. It gives an effective graphical interface for depicting outputs, together with simulated data, observed data, best fit model results and 95PPU for all variables used in model calibration. SUFI 2 procedure is effective but need more iterations as well as modification of the parameter allowing users to adopt different measures and objective functions. This approach has been used in the present study. The model is calibrated by using eleven most sensitive parameters namely , ALPHA , ESCO, GW , SOL , GW . The calibration period reported the R for daily runoff was derived 0.99 with Nash the validation period. It shows the effectiveness and appropriateness of the SUFI 2 method for the study area. As per It is required to attain spatial, soil and hydro meteorological database for the study by installing the Automatic Weather Stations (AWS) to measure more accurate precipitation, temperature and other climatic variables at various locations. The results of non parametric approach indicates that during monsoon season there is rising trend in rainfall at both stations. The rainfall is found to be falling during the pre monsoon, post monsoon and winter season.

2017-01-01T00:00:00Z Chandra, Parsa Santosh Madhav Under the Guidance of Sharma, Anupama http://117.252.14.250:8080/jspui/handle/123456789/8018 2026-02-13T06:04:21Z 2017-01-01T00:00:00Z

Title: 53-Major Project Thesis- Numerical Modelling of Groundwater Flow in Medipalli Open Cast Mine Area, Telangana (India). Authors: Chandra, Parsa Santosh Madhav; Under the Guidance of Sharma, Anupama Abstract: Sustainable groundwater management is a worldwide challenge. Numerical modelling isonesuch tool which addresses this challenge. Regional scale modelling ofgroundwater flow is II CCC.S.S111:1' for planning and management of groundwater resources. The aim of the study is to numerically model the groundwater flow in Medapalli Open cast block area. Medapalli Open Cast Block is a coal mine operating underSingareni Collieries Company Limited SCCL in Telangana. India. It is spread across and lies near river Godavari. The observation well locations and depth to water level data are callectedfromSCCL..4 finite-difference based ,ctroundwatecflow model isdeveloped in Visual MODFLOW using MODFLOW-2005 codewitlyfinty conceptual laveiR and with a total thickness pf240 In. The model is constructed based on the geological and spatial data oldie .vindy area. The model calibration is petformed at steady state conditions through trial and error method In addition to this, a solute transport model is developed using MT3DATS code at steady state conditions. The results indicate that the computed water table yalue.s fairly match the observed water table values and the simulated .flow direction is to wo rd.': the river Godavari. in accordance • with thcfield conditions andfrillowi ng the general topography ofthe region. The salute. i.e. (TDS) migration extends up to a maximum distance of I 68 in along the periphery ofAledapalii open cast block towards the river. The study shows that the impact of/Tv ash deposition in Medapalli Open cast mine on the groundwater quality in the vicinity ofthe open pit will be iely less and no hannfid effects will be observed as the contaminant levels decrease steeply along the periphety ofthe mine and concentration of the plume is reduced sharply.

2017-01-01T00:00:00Z