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Browsing International Conference by Issue Date

Browsing International Conference by Issue Date

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  • Theme-4-2-Flood modelling in Bangladesh. 
    Verwey, A.; Havnoe, K.; Refsgaard, J. C. (National Institute of Hydrology, 1988)
    A general mathematical modelling system for real-time flood forecasting and flood control planning is described. The system comprises a lumped conceptual rainfall-runoff model, a hydrodynamic ...
  • Theme-5-1-Structure of a system for on-line flood forecasting. 
    Corradini, Corrado; Melone, F.; Ubertini, L. (National Institute of Hydrology, 1988)
    A complete system for real-time flood forecasting in large river basins is presented. It was tested on a large Italian basin with a drainage area of 4147 km2. The experimental network, based on the ...
  • Theme-4-3-Flood forecasting using Radar rainfall estimates. 
    Donald, J. R.; Soulis, E. D.; Kouwen, N.; McBean, E. A. (National Institute of Hydrology, 1988)
    The ability of radar-rainfall estimates to improve real-time flood forecasting is currently under research at the University of Waterloo. Visual assessment of the input radar-rainfall field is an important ...
  • Advisory committee 
    National Institute of Hydrology (National Institute of Hydrology, 1988)
  • Theme-6-1-Agricultural meteorologic and hydrologic drought relations. 
    Singh, K. P.; Ramamurthy, G. S. (National Institute of Hydrology, 1988)
    Agricultural and hydrologic droughts affect a large segment of the population. Both have their roots,in meteorologic drought. Meteorologic drought occurs when precipitation over a large area is much below average for an ...
  • Theme-7-1-On drought analysis of periodic-stochastic process. 
    Salazar, Pedro Guerrero (National Institute of Hydrology, 1988)
    Periodic stochastic series are studied by defining drought and its parameters for this particular type of hydrologic processes. New approaches and techniques are presented with a ...
  • Theme-6-4-Drought identification using streamflows. 
    Mohan, S.; Rangacharya, N. C. V. (National Institute of Hydrology, 1988)
    Water management under drought conditions is a subject of great relevance to our country. In order to manage the drought one needs to know the characteristics of the drought, its duration, areal extent and its ...
  • Theme-3-1-Flood estimation using regional flood frequency analysis. 
    Garde, R. J.; Kothyari, U. C. (National Institute of Hydrology, 1988)
    Annual flood peak series at 93 stations located all over India have been analysed. Out of the various frequency distributions available, it is found that GEV type I fits the data more closely. It is then found ...
  • Theme-5-7-Flood forecasting for the lower Indus river. 
    Phien, H. N.; Austriaco, N. C.; Pornprasertsakul, A. (National Institute of Hydrology, 1988)
    A statistical approach was used to develop operational models for forecasting 6 hourly discharges at six stations on the Lower Indus River in Pakistan. The general form of the forecasting ...
  • Conents 
    National Institute of Hydrology (National Institute of Hydrology, 1988)
  • Theme-1-3-The Bay of Bengal depression of September 1986 that caused deluge in West Bengal - A case study 
    Singh, Ranjit; Roy, S. R. (National Institute of Hydrology, 1988)
    In India floods mainly occur during the monsoon season. They are caused by the heavy rainfall that occur along the track of monsoon depressions The Bay depression• of 25 September 1986 which caused ...
  • Theme-2-5-Uncertainties in probabilistic modelling of floods. 
    Mathew, F. T.; Hasija, M. M. (National Institute of Hydrology, 1988)
    The paper discusses the various components of hydrologic and hydraulic uncertainties that combinedly constitute the hydraulic risk of a water resources structure; and specifically examines in ...
  • Theme-8-2-Evaluation of source potential by simulation methodology . 
    Gokhale, M. K. (National Institute of Hydrology, 1988)
    A classical approach in evaluating potential of a proposed river basin impoundage mainly consists of a statistical analysis of the precipitation data, leading to a quantum of runoff of the ...
  • Theme-1-1-Paleoflood hydrology of tropical rivers 
    Baker, V. R. (National Institute of Hydrology, 1988)
    In recent years very accurate and complete catalogs of ancient, extraordinary floods have been developed through scientific study of slackwater deposits and palaeostage indicators (SWD-PSI) in ...
  • Theme-3-4-Flood in arid zone - A case of Iran. 
    Koshan, Abdolah; Mahjoub, Manouchehr; Mashayekhi, Taghi (National Institute of Hydrology, 1988)
    The aim of this paper is to establish a relationship between the peak annual floods and the related drainage area in arid zones similar to those in Iran.To achieve the aim the hydrological ...
  • Organising committee 
    National Institute of Hydrology (National Institute of Hydrology, 1988)
  • Theme-5-5-Forecasting of river flows using a CARMA model. 
    Udayasen, Nattawuth; McBean, Edward (National Institute of Hydrology, 1988)
    The Contemporaneous Autoregressive Moving Average (CARMA) model is used to forecast flows of the Ping and Nan Rivers in Thailand. Streamflow forecasting is executed for one year ahead. The ...
  • Theme-2-2-Comparative study of different parameter estimation techniques for EV-1 distribution. 
    Goel, N. K.; Seth, S. M. (National Institute of Hydrology, 1988)
    Design of water resources structures needs estimation of hydrologic and meteorologic events for different return periods. This can be obtained through frequency analysis approach. The ...
  • Theme-6-3-Low flow mini hydro power plants. 
    Manciola, Piergiorgio; Casedei, Stefano (National Institute of Hydrology, 1988)
    This paper is a contribution of a multidisciplinary research and suggests an estimation method of low flows, to individuate the best places of minihydro plants. In fact the low flows of a river ...
  • Theme-5-3-Multi-day stream flow forecasting using the Kalman filter model. 
    Fitch, Murray; McBean, Edward (National Institute of Hydrology, 1988)
    The performance of a river flow forecasting model employing a Kalman Filter algorithm is evaluated for increasing forecast times. The expected decrease in forecast accuracy is quantified and ...