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Rainfall-runoff modeling using computational intelligence techniques
2016 International Conference on Advances in Computing, Communications and Informatics (ICACCI), 2016Rainfall and corresponding Runoff estimation are substantially dependent on various geographic, climatic, and biotic features of the catchment or basin under study and these factors often induce a linear, non-linear or highly complex relation between rainfall and runoff.
Dhananjay Kumar +2 more
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The ARNO rainfall—runoff model
Journal of Hydrology, 1996Abstract This paper describes in detail a semi-distributed conceptual rainfall-runoff model known as the ARNO model, which is now in widespread use both in land-surface-atmosphere process research and as an operational flood forecasting tool on several catchments in different parts of the world.
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Rainfall-runoff models: A review
Environmental Software, 1990Abstract Rainfall-runoff research continues to focus upon the inclusion of additional modelling complexity such as hydraulics, or the subtler components of the hydrologic cycle. Recently, attention is being paid towards uncertainty and risk. This paper provides an update as to the state-of-health in the overall rainfall-runoff modelling effort.
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A rainfall-runoff model for small watersheds
Journal of Hydrology, 1992Abstract A rainfall-runoff model was developed by combining the excess-rainfall process and the runoff-concentration process. The excess rainfall was modeled by using the two-parameter Green-Ampt infiltration approach. A six-parameter linear-discrete model was used to model the runoff hydrograph.
Guang-Te Wang, V.P. Singh, F.X. Yu
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Evaluating Rainfall-Runoff Model Performance
Journal of the Hydraulics Division, 1976In this paper some of the problems involved in quantitative evaluation of rainfall-runoff models are considered.
Ian D. Moore, Russell G. Mein
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Improvement of Nonlinear Rainfall-Runoff Model
Journal of the Hydraulics Division, 1982Water resources engineers have long been aware that the linear assumption of unit hydrograph models produces poor results in some basins. The Amorocho-Branstetter nonlinear model is an alternative to unit hydrograph models in these instances, but has not been as popular, perhaps because the user had to determine the parameters by trial-and-error ...
Otto J. Helweg +2 more
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Input errors in rainfall-runoff modelling
Mathematics and Computers in Simulation, 1988Abstract Precipitation is one of the most variable of the hydrologic processes. This presents two particular problems when hydrologic process of basin scale are studied via mathematical models. The first is the extent to which areal rainfall distribution can be determined from point measurements and the second is the effect of precipitation ...
M.T.P. Retnam, B.J. Williams
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RAINFALL—RUNOFF MODELLING—A CASE STUDY
ISH Journal of Hydraulic Engineering, 2008ABSTRACT In planning and development of a water resources project, a long and continuous record of hydrologic data is a prime necessity. In this paper, empirical relations between seasonal rainfall and runoff for the Bahuda river basin are proposed and the multiple correlation and regression analysis is carried out to forecast the maximum daily ...
M. Afzal Ali Baig +2 more
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A simplified hydrological rainfall-runoff model
Journal of Hydrology, 1984Note: [9] Reference LCH-ARTICLE-1984-005 Record created on 2007-04-24, modified on 2016-08 ...
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ERS data for rainfall-runoff models
2009The presented project being a part of rainfall-runoff modeling is focused on determination of relations between soil moisture changes detected in radar data and precipitations. One catchment area of– the Olse River in the northern Moravia is used for.
Halounová L. +5 more
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