Add to ORKGThis publication provides recommendations for nitrogen, phosphorus, potassium, secondary, and micronutrient requirements of South Dakota soils. Information on fertilizer application and guidance for fertilizing reduced and no-till wheat is also included
Soil testing is recommended to determine the amount of nitrogen released during fallow or carried ov...
Soybeans in South Dakota respond to direct fertilization if soil test levels of phosphorus and potas...
Graduation date: 1986Nitrogen (N), phosphorus (P), and sulfur (S) fertilization\ud trials with Steph...
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...
High barley yields require large quantities of available plant nutrients. For example, the grain and...
High oat yields require large quantities of available plant nutrients. For example, each bushel of o...
This publication provides information on fertilizer recommendations for crops grown in South Dakota....
This publication provides guidance on the placement, effect of time of application on yield, soil mo...
The 5 million acres of small grain planted annually in South Dakota account for about 35% of the val...
Each bushel of corn will take up approximately 1.4 lb of nitrogen (N), 0.5 lb of phosphate (P2O5), a...
Soil testing, recommended rates, and timing for fertilizing winter wheat with nitrogen, potassium, a...
The use of fertilizer is rapidly becoming recognized as an essential part of a good soil management ...
Nitrate Nitrogen (NO₃-N) in the top 2 ft of soil is normally used as efficiently by crops as fertili...
This publication provides information on plant nutrients and their effect on plant growth. Fertilize...
Soil testing is recommended to determine the amount of nitrogen released during fallow or carried ov...
Soybeans in South Dakota respond to direct fertilization if soil test levels of phosphorus and potas...
Graduation date: 1986Nitrogen (N), phosphorus (P), and sulfur (S) fertilization\ud trials with Steph...
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...
High barley yields require large quantities of available plant nutrients. For example, the grain and...
High oat yields require large quantities of available plant nutrients. For example, each bushel of o...
This publication provides information on fertilizer recommendations for crops grown in South Dakota....
This publication provides guidance on the placement, effect of time of application on yield, soil mo...
The 5 million acres of small grain planted annually in South Dakota account for about 35% of the val...
Each bushel of corn will take up approximately 1.4 lb of nitrogen (N), 0.5 lb of phosphate (P2O5), a...
Soil testing, recommended rates, and timing for fertilizing winter wheat with nitrogen, potassium, a...
The use of fertilizer is rapidly becoming recognized as an essential part of a good soil management ...
Nitrate Nitrogen (NO₃-N) in the top 2 ft of soil is normally used as efficiently by crops as fertili...
This publication provides information on plant nutrients and their effect on plant growth. Fertilize...
Soil testing is recommended to determine the amount of nitrogen released during fallow or carried ov...
Soybeans in South Dakota respond to direct fertilization if soil test levels of phosphorus and potas...
Graduation date: 1986Nitrogen (N), phosphorus (P), and sulfur (S) fertilization\ud trials with Steph...