Add to ORKGSalt concentration and water content profiles were intensively measured within an area of 40x7 m2 to a depth 1.0 m in a sandy (Ando) soil. A few models were considered to simulate salt movement in the soil. Comparison of simulation results with the field experimental data showed that the convective dispersive (CD) model with effective parameters well describes the mean concentration profiles. The failure of other models is probably due to the neglect of pore scale dispersion, which in the considered experiment seems to have a relevant impact
Description of soluble salt leaching through soils and into groundwaters has been the focus of sever...
Immobile water fractions of up to 40% had been reported in sands, and it was therefore relevant to d...
To determine the dispersion coefficient of salt in soil，improving the measuring apparatus was attemp...
Salt concentration and water content profiles were intensively measured within an area of 40x7 m2 t...
Solute concentration and water content profiles were intensively measured in a 40x7 m2 plot to a dep...
Soil and groundwater salinization are major problems for irrigated agriculture in many arid and semi...
The behaviour of soil salinity in dry conditions is investigated by means of analytical tools. We pr...
Knowledge of water and salt movement in soils is necessary for development of a management scheme fo...
A detailed understanding of the flow and transport processes of chemicals in soils is needed to impl...
Abstract: Field-scale solute dispersion is determined by water flow heterogeneity which results from...
The results from a solute transport study done near Basel, Switzerland are reported. The experimenta...
The knowledge of solute transport process in the porous media has an important role for addressing c...
The objectives of this study were to: (i) examine the efficacy of two sampling techniques for charac...
Excluded salt accumulated at mangrove roots must be transported away from the root zone by diffusive...
Solute concentration and water content were measured at a depth to 170 cm in an unsaturated field so...
Description of soluble salt leaching through soils and into groundwaters has been the focus of sever...
Immobile water fractions of up to 40% had been reported in sands, and it was therefore relevant to d...
To determine the dispersion coefficient of salt in soil，improving the measuring apparatus was attemp...
Salt concentration and water content profiles were intensively measured within an area of 40x7 m2 t...
Solute concentration and water content profiles were intensively measured in a 40x7 m2 plot to a dep...
Soil and groundwater salinization are major problems for irrigated agriculture in many arid and semi...
The behaviour of soil salinity in dry conditions is investigated by means of analytical tools. We pr...
Knowledge of water and salt movement in soils is necessary for development of a management scheme fo...
A detailed understanding of the flow and transport processes of chemicals in soils is needed to impl...
Abstract: Field-scale solute dispersion is determined by water flow heterogeneity which results from...
The results from a solute transport study done near Basel, Switzerland are reported. The experimenta...
The knowledge of solute transport process in the porous media has an important role for addressing c...
The objectives of this study were to: (i) examine the efficacy of two sampling techniques for charac...
Excluded salt accumulated at mangrove roots must be transported away from the root zone by diffusive...
Solute concentration and water content were measured at a depth to 170 cm in an unsaturated field so...
Description of soluble salt leaching through soils and into groundwaters has been the focus of sever...
Immobile water fractions of up to 40% had been reported in sands, and it was therefore relevant to d...
To determine the dispersion coefficient of salt in soil，improving the measuring apparatus was attemp...