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Browsing 23-Jal Vigyan Sameeksha Vol.-18(1-2)-2003 by Issue Date

Browsing 23-Jal Vigyan Sameeksha Vol.-18(1-2)-2003 by Issue Date

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  • 8-Climate Variability over the Western Himalaya Since The Little Ice Age - Dendroclimatic Implications. 
    Pant, G. B.; Borgaonkar, H. P.; Kumar, K. Rupa (National Institute of Hydrology, 2003)
    Information on long-term climate variability of western Himalayan region based on instrumental records and dendroclimatic investigation have been discussed. Instrumental records of monthly temperature ...
  • 6-Data Observation for Snow Melt Runoff Assessment. 
    Singh, R. N. P.; Alagh, P. K. (National Institute of Hydrology, 2003)
    The contribution of snow melt runoff to rivers is an extremely important element since it augments their discharges during the lean season when the water demands are also usually high. This ...
  • 7-A Telemetry System for Automatic Acquisition and Transmission of Snow and Meteorological Data and its Application. 
    Tiwari, A. K.; Garg, R. K. (National Institute of Hydrology, 2003)
    This paper describes various features of the SASE telemetry system, sensors and data collection platform and experience gained during development process. This telemetry system is versatile and can ...
  • 5-Recent Trends in Himalayan Hydrology. 
    Chandra, Satish (National Institute of Hydrology, 2003)
    Snow and glaciers contribute substantially to the perennial water resource of Himalayan river basins. Systematic studies on snow precipitation, seasonal snow cover and glaciers in India have been ...
  • 4-Modelling of Snowmelt Runoff. 
    Sud, S. C.; Chakrabarty, N. C.; Saxena, P. K. (National Institute of Hydrology, 2003)
    The Himalayas play a very significant role in the country's economy. They are vast reservoirs of snow and glaciated ice and occupy a unique position in the Indian perspective i f development ...
  • 1-Hydrological Importance of Himalayan Snow Ice and Glaciers. 
    Bahadur, Jagdish (National Institute of Hydrology, 2003)
    The paper introduces Himalayan snow, ice and glacier fields as the tallest water tower of the world having great spatial and temporal variability in microclimatic conditions and specific water ...
  • 2-Understanding Hydrological Processes of Himalayan Glacier Regime - Challanges Ahead. 
    Thayyen, Renoj J. (National Institute of Hydrology, 2003)
    This paper focuses on problems associated with the present approach of extrapolating hydrologic and climatic variables using generalised relationship to the glacier regime to estimate the runoff ...
  • 3-Modelling of Stremflow for the Glacierized Basin. 
    Singh, Pratap (National Institute of Hydrology, 2003)
    To exploit and develop the available water resources, a better understanding of melting, storage and drainage processes, and routing of the melt water through glaciers is essential. Snow melt or ...
  • Contents 
    National Institute of Hydrology (National Institute of Hydrology, 2003)

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