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Theoretical and Experimental Research of Cumulative Infiltration
Transport in Porous Media, 2013 The main object of this study is the comparative evaluation of Green & Ampt’s (G & A) and Parlange’s (P’s) models and their ability to describe cumulative infiltration of water through various soil types. Three soil samples of different hydraulic properties were packed separately into a transparent vertical column.
Anastasia Angelaki
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A Simplified Infiltration Model for Predicting Cumulative Infiltration During Vertical Line Source Irrigation [PDF]
Water (Switzerland), 2018 Vertical line source irrigation is a water-saving irrigation method for enhancing direct water and nutrient delivery to the root zone, reducing soil evaporation and improving water and nutrient use efficiency. To identify its influencing factors, we performed computer simulations using the HYDRUS-2D software. The results indicate that for a given soil,
Ning Huang, Yanwei Fan
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Laboratory Experiments and Estimation of Cumulative Infiltration and Sorptivity
Water, Air and Soil Pollution, 2004 Soil water cumulative infiltration affects the environment by controlling the irrigation rate and consequently the water and pollutants movement through the ground. In order to study the cumulative infiltration in a sandy soil sample, experiments were performed in the laboratory.
A Angelaki
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Geophysical Research Letters, 2022 Abstract Infiltration and evaporation are key components of the Earth hydrological cycle that depend on soil properties and climatic conditions. Here we show that, for both infiltration and evaporation, the water flow rate is a unique function of the cumulative flow in the soil.
Shmuel Assouline, Kamai, Tamir
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Evaluation of Deep Machine Learning-Based Models of Soil Cumulative Infiltration
Earth Science Informatics, 2022Khabat Khosravi +2 more
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Bulletin of Engineering Geology and the Environment, 2021
Rainfall-induced shallow landslides (i.e., the depth of the failure surface is less than 5.0 m) have been widely investigated in the literature. However, the relationship between water infiltration and deep-seated soil landslides (e.g., > 20 m) has not been fully understood.
Tonglu Li, Shengwen Qi, Ping Li
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Rainfall-induced shallow landslides (i.e., the depth of the failure surface is less than 5.0 m) have been widely investigated in the literature. However, the relationship between water infiltration and deep-seated soil landslides (e.g., > 20 m) has not been fully understood.
Tonglu Li, Shengwen Qi, Ping Li
exaly +2 more sources