ABSTRACT A laboratory‐based physical modeling environment has great potential to reproduce the complex physical hydrologic phenomena and understand the interactions of rainfall‐runoff processes in a visual and informative manner. In this study, a three‐layer physical modeling environment was developed to represent the dynamics of runoff production from
Haksoo Kim, Hojun Keum
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Discussion of “Extending Streamflow Data” [PDF]
W. B. Langbein, Clayton H. Hardison
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Fox River Watershed Investigation: Stratton Dam to the Illinois River: Phase II Blackberry Creek and Poplar Creek Hydrologic and Water Quality Simulation Models: Executive Summary [PDF]
Fox River Study Group, Inc.published or submitted for publicationis peer ...
Bartosova, Alena+3 more
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Effect of Managing Tributary Flows on Flood Risk in Transitional Low‐Gradient River Systems
ABSTRACT Flooding in low‐gradient river systems, particularly, within inland‐to‐coastal transitional settings, poses significant risks to both human and natural systems due to complex flow dynamics and the convergence of riverine, tidal, and storm‐driven flooding regimes.
Mohamed S. Awaad+2 more
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Bayesian recursive parameter estimation for hydrologic models [PDF]
The uncertainty in a given hydrologic prediction is the compound effect of the parameter, data, and structural uncertainties associated with the underlying model.
Gupta, H+3 more
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Spatiotemporal Patterns of Intermittent Snow Cover From PlanetScope Imagery Using Deep Learning
Abstract Monitoring snow cover in regions with intermittent dynamics is a significant challenge due to the rapid changes occurring in snow accumulation and ablation over complex terrain. We trained a deep learning model with lidar‐derived labels and PlanetScope CubeSat imagery to map near‐daily snow cover dynamics at 3‐m resolution.
Zhaocheng Wang+4 more
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Some relations between streamflow characteristics and the environment in the Delaware River region [PDF]
A.G. Hely, F.H. Olmsted
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Water accounting in the Oroua River Catchment : a thesis submitted in partial fulfilment of the requirements for the degree of Master in Applied Science in Agricultural Engineering at Massey University [PDF]
Irregular pagination - pg 52 missing.With growing population and limited water resources, there is an increasing need worldwide for better management of water resources.
Recile, Santiago T
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Abstract Extreme weather events are worsening the fragile rural infrastructure in the United States, impacting trade flows of agricultural products. The Mississippi River, vital for transporting agricultural commodities, reached historic lows during the 2022 and 2023 fall harvests, increasing transportation costs and lowering crop prices.
James L. Mitchell, Hunter D. Biram
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