The author suggested that corn yields in the state of North Dakota could be increased through the usage of fertilizer. They cited that the corn yields in the state were low in comparison due to shorter growing seasons, frequent climatic changes, insect damage, poor weed control and the usage of corn varieties poorly suited to the state. It was suggested that another reason for lower yields corn were deficiencies in nitrogen and phosphorus. Having a proper fertilizer management system in place was pointed out. Other aspects pertaining this process were addressed as well
The author discusses corn hybrids and variety performance in North Dakota. The state harvested 1,318...
Fertilizer nutrient requirements for corn are based on expected yield and soil nutrient availability...
Each bushel of corn will take up approximately 1.4 lb of nitrogen (N), 0.5 lb of phosphate (P2O5), a...
The author discusses commercial fertilizers in the state of North Dakota from 1960-80. Nitrogen, pho...
This publication explains the nutrient requirements for corn as well as providing recommendations fo...
Fertilizer nutrient requirements for corn are based on expected yield and nutrient levels in the soi...
Corn requires sufficient amounts of at least 14 nutrients for optimal production (fig. 7.1). Soil fe...
The discussion leads to three new parental lines of corn, ND262, ND263 and ND264, in North Dakota. T...
All cropping systems require fertilizer inputs in order to maintain crop yields. However, excess fer...
Establishing realistic yield goals is essential for environmentally and economically sustainable cro...
Nitrogen is essential for growth and reproduction of crops and is involved in many important plant b...
Alarm is expressed about the environmental impact of the increasing amount of reactive N in the atmo...
Providing sufficient but not excessive nitrogen (N) to corn is difficult especially with fall and ea...
Corn growth is influenced by cultural practices and available natural resources. The rate of growth ...
With increased fertilizer cost and the potential for increased environmental regulations in states l...
The author discusses corn hybrids and variety performance in North Dakota. The state harvested 1,318...
Fertilizer nutrient requirements for corn are based on expected yield and soil nutrient availability...
Each bushel of corn will take up approximately 1.4 lb of nitrogen (N), 0.5 lb of phosphate (P2O5), a...
The author discusses commercial fertilizers in the state of North Dakota from 1960-80. Nitrogen, pho...
This publication explains the nutrient requirements for corn as well as providing recommendations fo...
Fertilizer nutrient requirements for corn are based on expected yield and nutrient levels in the soi...
Corn requires sufficient amounts of at least 14 nutrients for optimal production (fig. 7.1). Soil fe...
The discussion leads to three new parental lines of corn, ND262, ND263 and ND264, in North Dakota. T...
All cropping systems require fertilizer inputs in order to maintain crop yields. However, excess fer...
Establishing realistic yield goals is essential for environmentally and economically sustainable cro...
Nitrogen is essential for growth and reproduction of crops and is involved in many important plant b...
Alarm is expressed about the environmental impact of the increasing amount of reactive N in the atmo...
Providing sufficient but not excessive nitrogen (N) to corn is difficult especially with fall and ea...
Corn growth is influenced by cultural practices and available natural resources. The rate of growth ...
With increased fertilizer cost and the potential for increased environmental regulations in states l...
The author discusses corn hybrids and variety performance in North Dakota. The state harvested 1,318...
Fertilizer nutrient requirements for corn are based on expected yield and soil nutrient availability...
Each bushel of corn will take up approximately 1.4 lb of nitrogen (N), 0.5 lb of phosphate (P2O5), a...