Results 31 to 40 of about 16,003,996 (179)
Water Resources Research, 2023 Ponding at the soil surface exerts profound impacts on infiltration. However, the effects of ponding depth on infiltration, especially the development of a saturated zone below the soil surface, have yet to be considered in present infiltration models. A
DongHao Ma +3 more
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Layered Green and Ampt Infiltration With Redistribution
Water Resources Research, 2023 Numerical solution of the one‐dimensional Richards equation (RE) accurately partitions precipitation into infiltration and runoff in capillary dominated soils.
Peter La Follette +2 more
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Water Resources Research, Volume 62, Issue 11, November 2026.Abstract Combined sewer systems (CSS) function in about 700 U.S. municipalities, with over 100 near vulnerable coastal waters. Predicting changes due to rainfall, sea level rise (SLR), and groundwater rise is vital for adaptation. This study compares a hydrologic‐hydraulic model (PCSWMM) and a hybrid mass balance method for estimating combined sewer ...
Kian Bagheri +2 more
wiley +1 more source
Water Resources Research, Volume 62, Issue 11, November 2026.Abstract Understanding how climate change alters hydrological connectivity and associated nitrate dynamics remains a key challenge in lowland, mixed land‐use catchments. Here, we use a tracer‐aided, fully distributed ecohydrological modeling framework to investigate how future climate conditions may influence water fluxes and nitrate dynamics in such ...
Jieyuan Hao +3 more
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A new general Green-Ampt model solution (GAMS).R
, 2023 Ponding at the soil surface exerts profound impacts on infiltration. However, the effects of ponding depth on infiltration, especially the development of a saturated zone below the soil surface, have not been considered in present infiltration models.
Donghao MA (16361076)
core +1 more source
Shuiwen dizhi gongcheng dizhi, 2022 Under the effect of rainfall, the saturation and water content of slope soil increase, while the matric suction decreases. With the increasing rainfall duration, rainwater infiltration depth has an effect on slope stability.
Yixiang SONG, Zihang YIN, Da HUANG
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Geophysical Research Letters, Volume 53, Issue 20, 28 October 2026.Abstract Extreme rainfall‐triggered landslide–flash flood–debris flow hazard chains (LFFDF) are increasingly responsible for hydroclimatic losses worldwide. Although dynamics of individual hazards are established, transition mechanisms within LFFDF governed by coupled landslide–channel responses remain unresolved.
Guan Chen +12 more
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A new general Green-Ampt model solution (GAMS) v1.1.0
, 2023 Ponding at the soil surface exerts profound impacts on infiltration. However, the effects of ponding depth on infiltration, especially the development of a saturated zone below the soil surface, have not been considered in present infiltration models ...
Zhipeng Liu (16462031) +3 more
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Water Resources Research, 2023 The drawdown time is important for the design and assessment of infiltration basins. This paper investigates its dependence on soil heterogeneity, and simple analytical solutions for the mean and the variance are given.
Marco Ferrante, Aldo Fiori
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Yantu gongcheng xuebao, 2023 The estimation of rainfall infiltration is very important in vegetation restoration of slopes. In order to explore the rainfall infiltration process of filling soil under microbial mineralization combined with vegetation in rock desertification slope ...
LI Xu 1, GAO Shan 2, ZHOU Cheng 1, WANG Yibing 1, ZHONG Qiming 3, CHEN Qun 1
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