Corn and soybeans are the two most common crops grown in Nebraska. Some farmers in the western part of the state plant continuous corn with few that plant continuous soybeans. In most cases some type of corn/soybean rotation is practiced. Idealistically speaking crop rotations should be producer and site specific, matching physical geography, resource availability and management capability. This work focuses on the difference in profitability among four possible rotations
Sustainable agriculture is a practice that over the long term enhances environmental quality and the...
The response of corn (Zea mays L.) and soybean [Glycine max L. (Merr.)] to tillage system and rotati...
The following publication contains monthly average soybean basis patterns for several towns in wes...
One of the most basic questions farmers must answer on an annual basis is what to plant. In some cas...
Nebraska is a diverse state with a wide range of farm production environments including irrigated an...
Corn and soybeans are the two most common crops grown in Nebraska. Some farmers in the western part ...
In 2018 Nebraska farmers planted 9.7 million acres of corn, the most of any crop in the state. The p...
Crop rotation and tillage systems have an impact on both production cost and yield. The use of an al...
Annual crops planted for forage production are increasing throughout Nebraska. Historically, this pr...
A study was conducted near Mead, Nebraska from 1983-1986 to determine the effects of crop rotation a...
The 2012 record high cash receipts for corn brought much optimism among corn farmers and associated ...
Commodity prices are determined by the dynamics of supply and demand and they oscillate over time ac...
The Nebraska Farm Real Estate Market Survey and Report 2018-2019 provides insight on recent trends i...
Increased N availability is often associated with the beneficial effects of rotating grain and legum...
Small grains crops have traditionally been included in Midwestern cropping systems, but their use is...
Sustainable agriculture is a practice that over the long term enhances environmental quality and the...
The response of corn (Zea mays L.) and soybean [Glycine max L. (Merr.)] to tillage system and rotati...
The following publication contains monthly average soybean basis patterns for several towns in wes...
One of the most basic questions farmers must answer on an annual basis is what to plant. In some cas...
Nebraska is a diverse state with a wide range of farm production environments including irrigated an...
Corn and soybeans are the two most common crops grown in Nebraska. Some farmers in the western part ...
In 2018 Nebraska farmers planted 9.7 million acres of corn, the most of any crop in the state. The p...
Crop rotation and tillage systems have an impact on both production cost and yield. The use of an al...
Annual crops planted for forage production are increasing throughout Nebraska. Historically, this pr...
A study was conducted near Mead, Nebraska from 1983-1986 to determine the effects of crop rotation a...
The 2012 record high cash receipts for corn brought much optimism among corn farmers and associated ...
Commodity prices are determined by the dynamics of supply and demand and they oscillate over time ac...
The Nebraska Farm Real Estate Market Survey and Report 2018-2019 provides insight on recent trends i...
Increased N availability is often associated with the beneficial effects of rotating grain and legum...
Small grains crops have traditionally been included in Midwestern cropping systems, but their use is...
Sustainable agriculture is a practice that over the long term enhances environmental quality and the...
The response of corn (Zea mays L.) and soybean [Glycine max L. (Merr.)] to tillage system and rotati...
The following publication contains monthly average soybean basis patterns for several towns in wes...