The response of sugarbeets to varying irrigation and nitrogen fertility levels was studied. The major response of sugarbeets was to nitrogen fertilizer. Root yields tended to increase and sucrose percentages decrease as the nitrogen fertilizer rate was increased. The effect of irrigation treat-ments on sugarbeet production was generally small. Water use efficiency and sugar yield data indicate that within the range of irrigation levels compared, considerable quantities of water can be conserved without greatly influencing sugar production
Rapid urbanization and industrialization have increased the pressure on limited existing fresh water...
(Received 18 October, 1999; accepted 27 November, 2001) Abstract There are conflicting reports abo...
Sugarbeet irrigation has been studied extensively in the western United States. The present "state o...
In order to study the effects of different irrigation system and different amounts of nitrogen ferti...
During 1970, the influence of nitrogen fertilizer on the yield and quality of sugar beets was studie...
Sugar beets must be properly irrigated and fertilized to maximize sugar production. Both yield and s...
Costs of irrigation (labor, water, and energy) and sometimes limited-late-season water are factors a...
For maximum sucrose production by sugarbeets (Beta vulgaris L.) in southern Idaho, the available soi...
For maximum sucrose production by sugarbeets (Beta vulgaris L.) in southern Idaho, the available soi...
The number of irrigated hectares in eastern Montana and western North Dakota continues to increase a...
Costs of irrigation (labor, water, and energy) and sometimes limited-late-season water are factors a...
Factors that influence sugarbeet root yield and sucrose concentration affect sucrose production. Ina...
Many factors that influence the growth and quality of sugar beets behave in one way under one set of...
Sugarbeet (Beta vulgaris L.) root quality has been steadily decreasing since the early 1951's with i...
Much is not yet clearly understood about the interactive effect of nitrogen (N) fertilizer applicati...
Rapid urbanization and industrialization have increased the pressure on limited existing fresh water...
(Received 18 October, 1999; accepted 27 November, 2001) Abstract There are conflicting reports abo...
Sugarbeet irrigation has been studied extensively in the western United States. The present "state o...
In order to study the effects of different irrigation system and different amounts of nitrogen ferti...
During 1970, the influence of nitrogen fertilizer on the yield and quality of sugar beets was studie...
Sugar beets must be properly irrigated and fertilized to maximize sugar production. Both yield and s...
Costs of irrigation (labor, water, and energy) and sometimes limited-late-season water are factors a...
For maximum sucrose production by sugarbeets (Beta vulgaris L.) in southern Idaho, the available soi...
For maximum sucrose production by sugarbeets (Beta vulgaris L.) in southern Idaho, the available soi...
The number of irrigated hectares in eastern Montana and western North Dakota continues to increase a...
Costs of irrigation (labor, water, and energy) and sometimes limited-late-season water are factors a...
Factors that influence sugarbeet root yield and sucrose concentration affect sucrose production. Ina...
Many factors that influence the growth and quality of sugar beets behave in one way under one set of...
Sugarbeet (Beta vulgaris L.) root quality has been steadily decreasing since the early 1951's with i...
Much is not yet clearly understood about the interactive effect of nitrogen (N) fertilizer applicati...
Rapid urbanization and industrialization have increased the pressure on limited existing fresh water...
(Received 18 October, 1999; accepted 27 November, 2001) Abstract There are conflicting reports abo...
Sugarbeet irrigation has been studied extensively in the western United States. The present "state o...