Journal of Irrigation and Drainage Engineering: Recent submissions
Now showing items 2961-2980 of 3826
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Subsurface Drainage Water Quality from Structured Soil
(American Society of Civil Engineers, 1995)The often rapid arrival of pesticides at the ground water has been explained by the concept of preferential movement of water and solutes through the soil. To facilitate understanding of these transport processes, a drainage ... -
Closure to “Design for Tunnel-Type Sediment Excluder” by U. C. Kothyari, P. K. Pande, and A. K. Gahlot
(American Society of Civil Engineers, 1995) -
Closure to “Comparison of Results from Alluvial Fan Design Methodology with Historical Data” by Syndi J. Flippen and Richard H. French
(American Society of Civil Engineers, 1995) -
SCS Runoff Equation Revisited for Variable-Source Runoff Areas
(American Society of Civil Engineers, 1995)Simple methods for predicting runoff from watersheds are important in engineering practice, particularly in flood forecasting and water-balance calculation. In this paper, we illustrate that the often used SCS runoff ... -
Long-Duration–Rainfall Intensity Equations
(American Society of Civil Engineers, 1995)Rainfall intensity-duration equations for long-duration rainfall (that is, for durations from 1 to 10 days) are developed using data from readily available isopluvial maps prepared by the National Weather Service (NWS) for ... -
Discussion of “Modeling Heavy Metal (Cadmium) Uptake by Soil-Plant Root System” by Sandhya Rao and Shashi Matur
(American Society of Civil Engineers, 1995) -
Discussion of “Comparison of Results from Alluvial Fan Design Methodology with Historical Data” by Syndi J. Flippin and Richard H. French
(American Society of Civil Engineers, 1995) -
Discussion of “Short-Duration-Rainfall Intensity Equations for Drainage Design” by David C. Froehlich
(American Society of Civil Engineers, 1995) -
Discussion of “Short‐Duration‐Rainfall Intensity Equations for Drainage Design” by David C. Froehlich
(American Society of Civil Engineers, 1995) -
Closure to “Broad‐Crested Weir” by Willi H. Hager and Markus Schwalt
(American Society of Civil Engineers, 1995) -
Discussion of “General Formulation of Best Hydraulic Channel Section” by Parviz Monadjemi
(American Society of Civil Engineers, 1995) -
Effects of Climatic Change in Wabash River Basin
(American Society of Civil Engineers, 1995)The objective of this study is to investigate the effects of changes in precipitation and temperature on runoff from the Wabash River basin. A water-balance model is used in the study. The investigation is conducted using ... -
Water Management under Drought Conditions: Overview of Practices
(American Society of Civil Engineers, 1995)The management of water resources under drought conditions has received added emphasis recently because of prolonged droughts affecting all regions of the United States. The American Society of Civil Engineers Irrigation ... -
Closure to “Modeling Subsurface Drainage and Surface Runoff with WEPP” by M. R. Savabi
(American Society of Civil Engineers, 1995) -
Discussion of “Modeling Subsurface Drainage and Surface Runoff with WEPP” by M. R. Savabi
(American Society of Civil Engineers, 1995) -
Discussion of “Broad-Crested Weir” by Willi H. Hager and Markus Schwalt
(American Society of Civil Engineers, 1995) -
Irrigation-Drainage Design and Management Model: Development
(American Society of Civil Engineers, 1995)This paper introduces a model for the design and management of conjunctive irrigation and drainage systems. The mathematical model is based on the numerical implementation of a quasi-three-dimensional finite-difference ... -
Ground-Water Flow into Nonpenetrating Well
(American Society of Civil Engineers, 1995)Experiments to study the performance of a cavity well (nonpenetrating well) have been conducted in both the laboratory and the field. Laboratory tests were performed on a simulated sand-tank model that reproduced the flow ... -
Evapotranspiration Transfer-Function-Noise Modeling
(American Society of Civil Engineers, 1995)Water-resource projects require a correct estimation of evapotranspiration for their successful planning, design, and operation. The accuracy of evapotranspiration is particularly important in, for example, water-quality ... -
Estimating Hydraulic Conductivity for Models of Soils with Macropores
(American Society of Civil Engineers, 1995)A simple and efficient method was developed to determine soil macroporosity and hydraulic conductivity for dual-porosity models from measurements of unconfined infiltration rates. The utility of this method was demonstrated ...