Add to ORKGThe 5 million acres of small grain planted annually in South Dakota account for about 35% of the value of all feed grains, cash crops and hay produced in the state. Proper fertilization of wheat, oats, barley and rye could easily add $10 million to net farm income
The production of South Dakota\u27s 28 million acres of grazing land and 4½ million acres of hay lan...
The discussion is fertilizer management for small grain producers in North Dakota. Research efforts ...
Each bushel of corn will take up approximately 1.4 lb of nitrogen (N), 0.5 lb of phosphate (P2O5), a...
The 5.4 million acres of small grain planted annually in South Dakota account for about 37% of the v...
This publication provides guidance on the placement, effect of time of application on yield, soil mo...
South Dakota farmers are using 240,000 tons, or about seven times as much fertilizer today as they w...
High barley yields require large quantities of available plant nutrients. For example, the grain and...
High wheat yields require large quantities of available plant food. For example, each bushel of spri...
High barley yields require large quantities of available plant nutrients. For example, the grain and...
High wheat yields require large quantities of available plant food. For example, each bushel of spri...
This publication explains the nutrient requirements for corn as well as providing recommendations fo...
This publication provides recommendations for nitrogen, phosphorus, potassium, secondary, and micron...
High oat yields require large quantities of available plant nutrients. For example, each bushel of o...
South Dakota farmers use more than 300,000 tons of fertilizer annually ― about seven times more than...
The continuous production of farm crops without the return of a substantial quantity of the plant fo...
The production of South Dakota\u27s 28 million acres of grazing land and 4½ million acres of hay lan...
The discussion is fertilizer management for small grain producers in North Dakota. Research efforts ...
Each bushel of corn will take up approximately 1.4 lb of nitrogen (N), 0.5 lb of phosphate (P2O5), a...
The 5.4 million acres of small grain planted annually in South Dakota account for about 37% of the v...
This publication provides guidance on the placement, effect of time of application on yield, soil mo...
South Dakota farmers are using 240,000 tons, or about seven times as much fertilizer today as they w...
High barley yields require large quantities of available plant nutrients. For example, the grain and...
High wheat yields require large quantities of available plant food. For example, each bushel of spri...
High barley yields require large quantities of available plant nutrients. For example, the grain and...
High wheat yields require large quantities of available plant food. For example, each bushel of spri...
This publication explains the nutrient requirements for corn as well as providing recommendations fo...
This publication provides recommendations for nitrogen, phosphorus, potassium, secondary, and micron...
High oat yields require large quantities of available plant nutrients. For example, each bushel of o...
South Dakota farmers use more than 300,000 tons of fertilizer annually ― about seven times more than...
The continuous production of farm crops without the return of a substantial quantity of the plant fo...
The production of South Dakota\u27s 28 million acres of grazing land and 4½ million acres of hay lan...
The discussion is fertilizer management for small grain producers in North Dakota. Research efforts ...
Each bushel of corn will take up approximately 1.4 lb of nitrogen (N), 0.5 lb of phosphate (P2O5), a...