This study evaluates the effectiveness of a new surfactant formulation (Primer R604) for amelioration and management of soil water repellency in a dune sand, as measured with the water drop penetration test, and soil moisture content and wetting rate assessments. A dune sand with grass cover with a history of extreme water repellency was treated with 185 ml of surfactant in 7 l of water) per 100 m2. Treatment was applied three weekly from 22 April until 23 November 1999. Soil samples were taken at six depths in trenches in the treated and untreated plot over a seven-month period beginning with the initial treatment application on 22 April 1999. Surfactant treatment significantly reduced soil water repellency in the surface layer of the plot...
Surfactants are chemical compounds that change the contact angle of water on solid surfaces and are ...
The temporal dynamics of water repellency in soils strongly influence water flow. We investigated th...
Water repellent (non wetting) soils in Western Australia affect pasture and crop establish 7cent and...
This study evaluates the effectiveness of a new surfactant formulation (Primer R604) for amelioratio...
This study reports the effects of a soil surfactant on reduction and prevention of water repellency ...
This study reports on the effects of applications of a soil surfactant on improvement of grass perfo...
Water repellency occurs in most irrigated soils, but is most pronounced in coarse sands and sandy so...
This study reports about the applications of soil surfactants to reduce the occurrence of water repe...
Soil water repellency (hydrophobia) is a widespread phenomenon affecting millions of hectares of mos...
Assessments of water repellency of soils are commonly made on air-dried or oven-dried samples, witho...
Soil hydrophobicity reported to be a worldwide problem throughout the world and Australia affecting ...
Surfactants may affect soil structure differently depending upon the soil or the quality of rainfall...
Soil water repellency causes at least temporal changes in the hydrological properties of a soil whic...
Water repellency is a soil property which temporally changes in severity and is most pronounced when...
Soil water content and actual water repellency were assessed for soil profiles at two sites in a bar...
Surfactants are chemical compounds that change the contact angle of water on solid surfaces and are ...
The temporal dynamics of water repellency in soils strongly influence water flow. We investigated th...
Water repellent (non wetting) soils in Western Australia affect pasture and crop establish 7cent and...
This study evaluates the effectiveness of a new surfactant formulation (Primer R604) for amelioratio...
This study reports the effects of a soil surfactant on reduction and prevention of water repellency ...
This study reports on the effects of applications of a soil surfactant on improvement of grass perfo...
Water repellency occurs in most irrigated soils, but is most pronounced in coarse sands and sandy so...
This study reports about the applications of soil surfactants to reduce the occurrence of water repe...
Soil water repellency (hydrophobia) is a widespread phenomenon affecting millions of hectares of mos...
Assessments of water repellency of soils are commonly made on air-dried or oven-dried samples, witho...
Soil hydrophobicity reported to be a worldwide problem throughout the world and Australia affecting ...
Surfactants may affect soil structure differently depending upon the soil or the quality of rainfall...
Soil water repellency causes at least temporal changes in the hydrological properties of a soil whic...
Water repellency is a soil property which temporally changes in severity and is most pronounced when...
Soil water content and actual water repellency were assessed for soil profiles at two sites in a bar...
Surfactants are chemical compounds that change the contact angle of water on solid surfaces and are ...
The temporal dynamics of water repellency in soils strongly influence water flow. We investigated th...
Water repellent (non wetting) soils in Western Australia affect pasture and crop establish 7cent and...