Add to ORKGFrom 1948-1951, experiments were conducted by the Valentine Substation, North Platte Substation and the Outstate Testing Project of the Nebraska Agricultural Experiment Station, to determine the influence of rates of application of nitrogen, potassium and phosphorous fertilizers on the yield and crude protein content of the grasses and legumes in sandhill meadows. The samples were analyzed by the author. The purposes of this investigation were to determine the effects of the fertilizer applications on the phosphorus, calcium, magnesium, potassium and sodium contents of the forage, and on the uptake of these elements by the plants in the wet meadows of the Nebraska Sandhills, and to determine, if possible, the existing soil-plant relationshi...
The influence of liming and fertilization with various nitrogen forms on the content of available fo...
Nitrogen at four rates, 100, 300, 600, and 900 lb/acre, and a combination of 900 lb N, 100 lb P2O5/a...
Nitrogen (N) fertilizer at rates of 0, 22, and 34 kg/ha was applied annually in the spring or fall o...
From 1948-1951, experiments were conducted by the Valentine Substation, North Platte Substation and ...
Chemical methods of characterizing the phosphorus status of soils have been in use for many years. T...
Applications of nitrogen fertilizer increased yields and protein content of Western Nebraska range f...
The mineral composition of pasture forage and the influence of fertilization on the content of such ...
The sandhill transition area of Nebraska represents a vast potential reservoir for food and fiber pr...
Combinations of nitrogen and phosphorus fertilizer gave greater yield increases than either element ...
Fertilizer application enable producers to influence pasture production. The effect of N fertilizati...
On two Nebraska sub-irrigated meadows drilling phosphorus fertilizer at a depth of 3 to 4 inches res...
Mineral analysis of forage from a nitrogen (N) fertilizer, field study produced unexpectedly high ir...
A west Texas sandyland range site was fertilized with two rates, (30 and 60 kg/ha of actual N) of am...
Soil surveys are revealing the location and extent of phosphorus deficient soils in Eastern Canada, ...
Little information has been published concerning the long-term effects of N and P fertilization on n...
The influence of liming and fertilization with various nitrogen forms on the content of available fo...
Nitrogen at four rates, 100, 300, 600, and 900 lb/acre, and a combination of 900 lb N, 100 lb P2O5/a...
Nitrogen (N) fertilizer at rates of 0, 22, and 34 kg/ha was applied annually in the spring or fall o...
From 1948-1951, experiments were conducted by the Valentine Substation, North Platte Substation and ...
Chemical methods of characterizing the phosphorus status of soils have been in use for many years. T...
Applications of nitrogen fertilizer increased yields and protein content of Western Nebraska range f...
The mineral composition of pasture forage and the influence of fertilization on the content of such ...
The sandhill transition area of Nebraska represents a vast potential reservoir for food and fiber pr...
Combinations of nitrogen and phosphorus fertilizer gave greater yield increases than either element ...
Fertilizer application enable producers to influence pasture production. The effect of N fertilizati...
On two Nebraska sub-irrigated meadows drilling phosphorus fertilizer at a depth of 3 to 4 inches res...
Mineral analysis of forage from a nitrogen (N) fertilizer, field study produced unexpectedly high ir...
A west Texas sandyland range site was fertilized with two rates, (30 and 60 kg/ha of actual N) of am...
Soil surveys are revealing the location and extent of phosphorus deficient soils in Eastern Canada, ...
Little information has been published concerning the long-term effects of N and P fertilization on n...
The influence of liming and fertilization with various nitrogen forms on the content of available fo...
Nitrogen at four rates, 100, 300, 600, and 900 lb/acre, and a combination of 900 lb N, 100 lb P2O5/a...
Nitrogen (N) fertilizer at rates of 0, 22, and 34 kg/ha was applied annually in the spring or fall o...