Plants or Crops

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Cover Crop Adoption: Farmers’ perceived benefits & barriers

Cover crops are generally defined as crops planted between cash crops to cover and protect the soil. Some demonstrated benefits of cover crops include: reduced soil erosion, increased soil organic matter, increased biological variety, increased nitrogen supply, and weed control. Depending on the farmers’ objectives, different species of cover crops can be planted. For example, if a farmer’s main objective is to increase nitrogen supply, then legume cover crops best suited to the farm area should be selected.

A family farm with the sun setting in the background.

USDA-ARMS Survey Data: Benefits for university agriculture research & outreach

Conducted since the mid-1990s, the USDA Agricultural Management Resource Survey (ARMS) is a multi-phase, multi-level nationwide survey of agricultural producers that collects information on a large sample of farms and their characteristics.

A series of red barns and grain silos on rolling hills in a farmyard.

Farm Structure Trends

Farm decisions are often undertaken with a very long outlook. The purchase of land or a change in a cropping system are not choices done with short-run gains in mind. As a result, structural changes in agriculture are often slow to occur and to observe.

Soybean field with volunteer corn stalks growing throughout.

Stalk Grazing to Combat Volunteer Corn

Fall aftermath grazing by livestock, particularly cows, can dramatically reduce the amount of volunteer corn in the field. Learn some key benefits that stalk grazing can bring to your operation.

Cover crops emerging from a no-till field.

Soil Organic Matter Matters: How Conservation Practices Bring Value to Farmers

Conservation management practices, such as conservation tillage, cover crops, crop rotation and livestock integration, help improve soil health over time and offer producers numerous economic benefits.

Producer analyzing data on a series of screens inside a tractor equipped for precision agriculture.

Where could cyberattacks occur in a precision agriculture system? An outlook on the system breakup.

Precision agriculture relies on cyber-physical systems that bring together sensors, computers, the internet, and farm equipment. Despite its numerous benefits, it also brings some risks to farming practices.

Female producer viewing a ransomware warning on a computer screen in a farm office.

Ag Cybersecurity and Social Engineering 101

Social engineering is manipulating individuals to share confidential information and compromise security. By understanding the basics of social engineering, stakeholders can take proactive steps to ensure the resilience of agricultural systems against cyber threats.