Research over the past decade has shown that precision farming technologies offer great potential to increase the profitability of com production in Iowa. Producers who have invested in these technologies, however, are still trying to learn how to capture some of these profits. Experience clearly indicates that producers cannot increase their profits by using the new technologies merely to apply old management guidelines more precisely. Mounting evidence suggests that the great potential of precision farming technologies is realized only when the new technologies are used to develop better guidelines for management
Beginning in crop year 2000, 56 producers in the Maquoketa River, Elk River and Mud Creek watersheds...
Since its introduction nearly 40 years ago, precision agriculture technologies have promised to revo...
In the Midwest, the adoption of precision farming technologies began in the early 1990s. Research h...
Research over the past decade has shown that precision farming technologies offer great potential to...
Guidelines, or recommendations, for nitrogen (N) management in the Corn Belt are important to corn p...
Lack of nitrogen limits corn production on most Iowa soils. Many Iowa farmers can use nitrogen ferti...
Today, fewer producers are farming more acres, depending on advanced farming techniques to efficient...
The advent of variable-rate fertilizer applicators has created a need for fertilizer N recommendatio...
Farmers are faced with many decisions in managing corn and soybeans as new technologies are introduc...
Land application of animal manures can supply N needed for com production. The amounts of N supplied...
To make informed decisions of how to better manage nitrogen (N) fertilizer, farmers and agronomists ...
Burdened by high production costs and increased environmental concerns, today\u27s farmers are looki...
Most com producers apply fertilizer nitrogen (N) several weeks or months before com plants emerge fr...
Precision farming is a term applied to a broad array of topics that relate to the precise management...
Competing demands from food, feed, energy, and environmental uses are placing stress on global land ...
Beginning in crop year 2000, 56 producers in the Maquoketa River, Elk River and Mud Creek watersheds...
Since its introduction nearly 40 years ago, precision agriculture technologies have promised to revo...
In the Midwest, the adoption of precision farming technologies began in the early 1990s. Research h...
Research over the past decade has shown that precision farming technologies offer great potential to...
Guidelines, or recommendations, for nitrogen (N) management in the Corn Belt are important to corn p...
Lack of nitrogen limits corn production on most Iowa soils. Many Iowa farmers can use nitrogen ferti...
Today, fewer producers are farming more acres, depending on advanced farming techniques to efficient...
The advent of variable-rate fertilizer applicators has created a need for fertilizer N recommendatio...
Farmers are faced with many decisions in managing corn and soybeans as new technologies are introduc...
Land application of animal manures can supply N needed for com production. The amounts of N supplied...
To make informed decisions of how to better manage nitrogen (N) fertilizer, farmers and agronomists ...
Burdened by high production costs and increased environmental concerns, today\u27s farmers are looki...
Most com producers apply fertilizer nitrogen (N) several weeks or months before com plants emerge fr...
Precision farming is a term applied to a broad array of topics that relate to the precise management...
Competing demands from food, feed, energy, and environmental uses are placing stress on global land ...
Beginning in crop year 2000, 56 producers in the Maquoketa River, Elk River and Mud Creek watersheds...
Since its introduction nearly 40 years ago, precision agriculture technologies have promised to revo...
In the Midwest, the adoption of precision farming technologies began in the early 1990s. Research h...