Agricultural crops grown in southern Idaho are furrow or sprinkler irrigated. Therefore, the soil experiences several wetting and drying cycles each growing season that can contribute to changes in aggregate tensile strength and friability. The objective of the research was to evaluate the influence of irrigation on soil structural properties. Four furrow irrigated fields were sampled at the top and bottom of the field, in the furrow and on the bed location of the furrow. Five sprinkler irrigated fields were sampled at 0-5 and 5-15 cm depth and at the top and bottom of the field. Results from this study indicate that differences in tensile strength in furrow irrigated fields were only evident soon after irrigation; otherwise, there were few...
ABSTRACT. Zone subsoiling on irrigated land has been successfully used to improve potato (Solanum tu...
Sprinkler droplet energy degrades surface soil structure. Modifying sprinkler irrigation systems to ...
Little is known regarding a soil aggregate\u27s tensile strength response to surfactants that may be...
Agricultural crops grown in southern Idaho are furrow or sprinkler irrigated. Therefore, the soil ex...
Numerous soil factors, including aggregate stability, affect erosion rates from irrigated furrows. S...
A two-year experiment was carried out on the effect of sprinkler irrigation on the topsoil structure...
Conversion from furrow to sprinkler irrigation is a recommended conservation practice for improved w...
Sprinkler irrigation alters soil hydraulic properties both at and below the soil surface, yet its ef...
Flowing water quickly saturates dry surface soil as water advances in irrigation furrows. Conversely...
Management systems may influence the structural quality of soils. Tensile strength (TS) and friabili...
Furrow irrigation detaches and transports soil particles and subsequently nutrients such as phosphor...
Water flowing in irrigation furrows detaches and transports soil particles and subsequently nutrient...
This NebGuide describes how using a furrow firming wheel improves furrow irrigation performance. Nea...
Reinforcement of soil by fibrous roots is crucial for preventing soil erosion and degradation, yet t...
Agricultural erosion research has focused on rainfall-induced soil loss, with comparatively little a...
ABSTRACT. Zone subsoiling on irrigated land has been successfully used to improve potato (Solanum tu...
Sprinkler droplet energy degrades surface soil structure. Modifying sprinkler irrigation systems to ...
Little is known regarding a soil aggregate\u27s tensile strength response to surfactants that may be...
Agricultural crops grown in southern Idaho are furrow or sprinkler irrigated. Therefore, the soil ex...
Numerous soil factors, including aggregate stability, affect erosion rates from irrigated furrows. S...
A two-year experiment was carried out on the effect of sprinkler irrigation on the topsoil structure...
Conversion from furrow to sprinkler irrigation is a recommended conservation practice for improved w...
Sprinkler irrigation alters soil hydraulic properties both at and below the soil surface, yet its ef...
Flowing water quickly saturates dry surface soil as water advances in irrigation furrows. Conversely...
Management systems may influence the structural quality of soils. Tensile strength (TS) and friabili...
Furrow irrigation detaches and transports soil particles and subsequently nutrients such as phosphor...
Water flowing in irrigation furrows detaches and transports soil particles and subsequently nutrient...
This NebGuide describes how using a furrow firming wheel improves furrow irrigation performance. Nea...
Reinforcement of soil by fibrous roots is crucial for preventing soil erosion and degradation, yet t...
Agricultural erosion research has focused on rainfall-induced soil loss, with comparatively little a...
ABSTRACT. Zone subsoiling on irrigated land has been successfully used to improve potato (Solanum tu...
Sprinkler droplet energy degrades surface soil structure. Modifying sprinkler irrigation systems to ...
Little is known regarding a soil aggregate\u27s tensile strength response to surfactants that may be...