Despite the trend towards center pivot and drip irrigation, furrow irrigation is still used on almost half of the irrigated land in the US. However, soil erosion is an inherent problem when water flows over soil. Erosion causes problems within the field and off the field. Within a field, soil tends to erode from the upper end making furrows deeper. Erosion deposits soil on the bottom end, filling furrows and causing water to flood across rows. Severe erosion can expose plant roots. Fortunately, applying a small amount of polyacrylamide (PAM) to the furrow soil or with irrigation water almost eliminates erosion in irrigation furrows
Furrow irrigation is an inherently erosive process. When irrigating erosive soils or supra-optimal s...
Polyacrylamide (PAM) in furrow irrigation water eliminates 94% of runoff sediment. Higher infiltrati...
Water soluble polyacrylamides (PAM) have been used in laboratory studies to maintain the structure a...
Despite the trend towards center pivot and drip irrigation, furrow irrigation is still used on almos...
Soil erosion is a serious problem threatening sustainability of agriculture globally and contaminati...
Irrigated crop production is critical to global agricultural output. Surface irrigation, mostly furr...
Furrow-irrigation induced soil erosion threatens sustainable irrigated agriculture worldwide. Small ...
Furrow irrigation-induced erosion, seal formation, and reduced net infiltration are severe problems ...
There has been a large shift to sprinkler irrigation in the USA. Beyond labor considerations, this h...
Polyacrylamide (PAM) has received widespread attention in the last 3 .4 years as a potential new too...
Furrow irrigation-induced soil erosion is a serious threat to sustainable irrigated agriculture glob...
Erosion from furrow irrigated land is a serious problem in southern Idaho and several other areas. P...
Many semiarid and arid soils are prone to irrigation-induced erosion. Polyacrylamide (PAM) greatly r...
Adding dilute quantities of moderate-charge-density anionic polyacrylamide (PAM) to furrow irrigatio...
Erosion from furrow irrigated land is a serious problem in southern Idaho and elsewhere in the weste...
Furrow irrigation is an inherently erosive process. When irrigating erosive soils or supra-optimal s...
Polyacrylamide (PAM) in furrow irrigation water eliminates 94% of runoff sediment. Higher infiltrati...
Water soluble polyacrylamides (PAM) have been used in laboratory studies to maintain the structure a...
Despite the trend towards center pivot and drip irrigation, furrow irrigation is still used on almos...
Soil erosion is a serious problem threatening sustainability of agriculture globally and contaminati...
Irrigated crop production is critical to global agricultural output. Surface irrigation, mostly furr...
Furrow-irrigation induced soil erosion threatens sustainable irrigated agriculture worldwide. Small ...
Furrow irrigation-induced erosion, seal formation, and reduced net infiltration are severe problems ...
There has been a large shift to sprinkler irrigation in the USA. Beyond labor considerations, this h...
Polyacrylamide (PAM) has received widespread attention in the last 3 .4 years as a potential new too...
Furrow irrigation-induced soil erosion is a serious threat to sustainable irrigated agriculture glob...
Erosion from furrow irrigated land is a serious problem in southern Idaho and several other areas. P...
Many semiarid and arid soils are prone to irrigation-induced erosion. Polyacrylamide (PAM) greatly r...
Adding dilute quantities of moderate-charge-density anionic polyacrylamide (PAM) to furrow irrigatio...
Erosion from furrow irrigated land is a serious problem in southern Idaho and elsewhere in the weste...
Furrow irrigation is an inherently erosive process. When irrigating erosive soils or supra-optimal s...
Polyacrylamide (PAM) in furrow irrigation water eliminates 94% of runoff sediment. Higher infiltrati...
Water soluble polyacrylamides (PAM) have been used in laboratory studies to maintain the structure a...