In the paper a quasi-analytical formula for moisture increase along the wetting front during infiltration into a soil column is presented. Based on the formula, the moisture distribution along the column of six soils available in the literature was calculated. Then their verification was carried out using empirical data and the results obtained from other type models. The impact on the front shape of such factors as recharge rate, initial moisture content and direction of seepage against the vertical was checked
The description of soil moisture dynamics is a challenging problem for the hydrological community, a...
A full-scale field experiment has been conducted in an instrumented saprolite slope in Hong Kong. So...
Scanning notes: Disclaimer inserted for quality (too many pencil marks to erase).Prepared under the ...
The rainfall infiltration model plays a key role in the fields of seepage theory and geological haza...
We study the motion of wetting fronts for vertical infiltration problems as modeled by Richards' equ...
In this paper, water flow in a 4 m height column with an unsaturated soil that is subjected to multi...
Soil moisture distribution plays a significant role in soil erosion, evapotranspiration, and overlan...
An Infiltration experiment was carried out on columns of a loam soil (Fluventic Cimborthids) packed ...
Rainwater infiltration is primarily governed by the soil-water characteristic curve (SWCC) and hydra...
Wetting pattern geometry is useful in determining the spacing between emitters and the irrigation ti...
Rainwater infiltration is primarily governed by the soil-water characteristic curve (SWCC) and hydra...
Under drip irrigation , the plant's root is concentrated inside the wetted bulb (region). Thus, the ...
This research combines field, laboratory and numerical investigations to estimate the development of...
AbstractAn analytical approach for predicting the wetted soil volume underneath an emitter laid on t...
To improve the theory of Richard's equation, studying infiltration under free-draining conditions at...
The description of soil moisture dynamics is a challenging problem for the hydrological community, a...
A full-scale field experiment has been conducted in an instrumented saprolite slope in Hong Kong. So...
Scanning notes: Disclaimer inserted for quality (too many pencil marks to erase).Prepared under the ...
The rainfall infiltration model plays a key role in the fields of seepage theory and geological haza...
We study the motion of wetting fronts for vertical infiltration problems as modeled by Richards' equ...
In this paper, water flow in a 4 m height column with an unsaturated soil that is subjected to multi...
Soil moisture distribution plays a significant role in soil erosion, evapotranspiration, and overlan...
An Infiltration experiment was carried out on columns of a loam soil (Fluventic Cimborthids) packed ...
Rainwater infiltration is primarily governed by the soil-water characteristic curve (SWCC) and hydra...
Wetting pattern geometry is useful in determining the spacing between emitters and the irrigation ti...
Rainwater infiltration is primarily governed by the soil-water characteristic curve (SWCC) and hydra...
Under drip irrigation , the plant's root is concentrated inside the wetted bulb (region). Thus, the ...
This research combines field, laboratory and numerical investigations to estimate the development of...
AbstractAn analytical approach for predicting the wetted soil volume underneath an emitter laid on t...
To improve the theory of Richard's equation, studying infiltration under free-draining conditions at...
The description of soil moisture dynamics is a challenging problem for the hydrological community, a...
A full-scale field experiment has been conducted in an instrumented saprolite slope in Hong Kong. So...
Scanning notes: Disclaimer inserted for quality (too many pencil marks to erase).Prepared under the ...