Research Reports: Recent submissions

  • Time Series Analysis 
    Goel, N. K. (National Institute of Hydrology, 1984)
  • Remote Sensing Application in Hydrology 
    Bhar, A. K. (National Institute of Hydrology, 1984)
  • Geohydrology 
    Chachadi, A. G. (National Institute of Hydrology, 1984)
  • Water Quality Modelling and Sedimentation. 
    Bhatia, K. K. S. (National Institute of Hydrology, 1985)
  • Aquifer System Simulation 
    Seethapathi, P. V. (National Institute of Hydrology, 1984)
  • Reservoir Operation 
    Dhasan, S. R. B. (National Institute of Hydrology, 1984)
  • Rainfall Runoff Modelling 
    Datta, Bhaskar (National Institute of Hydrology, 1984)
  • Trend analysis of Hydrological variables in Western Himalayan region -Phase I (JAMMU & KASHMIR) 
    Kumar, Pradeep; Nema, M. K.; Thayyen, Renoj J.; Goel, M. K.; Jain, Sharad K. (National Institute of Hydrology, 2013)
    Western Himalayan region is the main stay of the Himalayan water tower holding more than 90% of glacier and cryospheric resources in India and abundant monsoon rainfall along its foothills. Major rivers of the region; ...
  • Hydrological Evaluation of an Artificial Lake 
    Goel, M. K.; Kumar, Sudhir; Thayyen, Renoj J.; Kumar, Naresh; Kotwal, Suraj P.; Srivastava, R. L.; Chauhan, Charanjit (National Institute of Hydrology, 2009)
    The Irrigation and Flood Control (I & FC) Department of J & K State planned to construct a barrage across the Tawi River at Jammu for creating a lake for recreation purpose. The aim of the present study is to evaluate ...
  • Estimation of aerial and volumetric changes of selected glaciers in Jammu & Kashmir 
    Thayyen, Renoj J.; Kumar, Naresh; Goel, M. K.; Kotwal, Suraj P. (National Institute of Hydrology, 2010)
    Himalayan glaciers numbered around 9575 influence the hydrology of the headwater regions of the river Indus, the Ganges and the Brahmaputra. These glaciers are under the overall recessional regime since 1850’s with ...
  • Development of Flood Forecasting Model for Chenab River Basin 
    Singh, R. D.; Ghosh, N. C.; Goel, M. K.; Thayyen, Renoj J.; Kumar, Naresh; Kotwal, Suraj P. (National Institute of Hydrology, 2011)
    River Chenab experiences significant floods during the monsoon season. There are some major projects on the river, such as Salal dam, Baglihar, and Dulhasti. On the directions of the Governing Body of NIH, this study ...
  • Application of a Distributed Hydrological Model for River Basin Planning and Management 
    Singh, R. D.; Goel, M. K.; Chalisgaonkar, Deepa; Kumar, Vijay; Rathore, D. S.; Mehta, Rama D.; Ahmad, Tanvear; Agarwal, P. K.; Singh, Yatveer (National Institute of Hydrology, 2014)
    Any plan related to inter-basin transfer of water from a water-surplus basin to a water-deficit basin has to take into account the water availability and demands under the present and future scenarios of water use. Any ...
  • Simulation of Conjunctive Operation in a Command Area 
    Goel, M. K.; Jain, Sharad K.; Agarwal, P. K. (National Institute of Hydrology, 2003)
    Success of an irrigation system depends on efficient water management. Efforts to improve agricultural practice by making more efficient use of available water resources require mathematical models to simulate the dynamics ...
  • Mathematical Representation of Elevation-Area-Capacity Curves for Indian Reservoirs 
    Singh, R. D.; Jain, Sharad K.; Goel, M. K.; Singh, Sushil K.; Agarwal, P. K. (National Institute of Hydrology, 2013)
    Elevation-Area-Capacity (EAC) curves of a storage reservoir are among the primary requirements for various kind of reservoir analysis such as reservoir flood routing, reservoir operation analysis, reservoir classification, ...
  • Surface Water Quality Modelling : Draft 
    Ghosh, N. C.; Purandara, B. K.; Sharma, M. K.; Singh, P. K.; Kumar, Sumant (National Institute of Hydrology, 2016)
    Both natural processes and human activities influence the quality of surface waters. The natural processes and their sources of pollution in surface water bodies are relatively inconsequential, except pollution from ...
  • Reviving the Ganges Water Machine: Potential and Challenges to Meet Increasing Water Demand in the Ganges River Basin 
    Amarasinghe, Upali A.; Muthuwatta, Lal; Smakhtin, Vladimir; Surinaidu, Lagudu; Natarajan, Rajmohan; Chinnasamy, Pennan; Kakumanu, Krishna Reddy; Prathapar, Sanmugam A.; Jain, Sharad K.; Ghosh, N. C.; Singh, Surjeet; Sharma, Anupama; Jain, S. K.; Kumar, Sudhir; Goel, M. K. (National Institute of Hydrology, 2016)
    The Ganges River Basin (GRB) covers a land area of 1.086 million square kilometers (km2) and cuts across four south Asian countries, with India, Nepal, Bangladesh and China taking up 79%, 14%, 4% and 3% of this area, ...
  • Holistic Evaluation of a Representative Link – Development of a Water Availability & Simulation Model 
    Goel, M. K.; Jain, Sharad K.; Kumar, Vijay; Sharma, Anupama; Agarwal, P. K. (National Institute of Hydrology, 2008)
    Any plan related to inter-basin transfer of water from a water-surplus basin to a water-deficit basin has to take into account the water availability and demands under the present and future scenarios of water use. ...
  • GIS Based Efficient Distribution System for a Command 
    Goel, M. K.; Jain, S. K.; Agarwal, P. K. (National Institute of Hydrology, 2003)
    Conjunctive management of water resources in irrigation systems requires multidisciplinary data pertaining to hydrological, hydro-geological, hydro-meteorological, soil, agronomic, and cropping pattern parameters in ...
  • Application of CPSP model to Tapi River Basin : Final project report 
    Jain, S. K.; Goel, M. K.; Agarwal, P. K. (National Institute of Hydrology, 2005)
    Extensive discussions and consultation among several international organizations and experts led to the preparation of World Water Vision. This was presented during the World Water Forum held at The Hague, The Netherlands ...
  • Processing of Hydrological Data of Bhakra System Using HYMOS 
    Goel, M. K.; Agarwal, P. K.; Jain, Sharad K. (National Institute of Hydrology, 2002)
    Advances in hydrology are dependent on good, reliable and continuous measurements of the hydrological variables. Hydrologic data collected from various sources/instruments are generally raw data and cannot be used directly ...

Search DSpace


Advanced Search

Browse

My Account