Farms.com Home   News

Cereal For Milk? New Study Evaluates Trade-Offs Of Winter Cereals For Dairy Feed

By Megan Wittmeyer

recent study aims to help dairy farmers increase feed quality and quantity by adding winter cereals to their crop rotations. Researchers examined the interaction between forage yield, quality and harvest timing for barley, cereal rye and triticale. 

Cows produce more milk when fed high quality feed. On dairy farms, this feed is mainly forage (such as corn silage, grass, or alfalfa), which consists of the leaves and stems of a plant. Quality depends on harvesting at optimal maturity, but this can be tricky due to harvest disruptions and rapid changes in weather. Without timely harvest, forages will grow past their prime, leading to higher yields of lower quality feed. Although somewhat less valuable, this feed is far from useless as it can still be fed to non-milking cows, including younger stock. Winter cereal harvest timing presents dairy farmers with significant trade-offs to consider as they try to optimize feed and milk production for milking and non-milking cows. 

The findings

The data revealed barley has the highest quality and keeps its quality the longest without timely harvest. But barley underperforms in yield and winter hardiness. Consequently, farmers who prioritize the highest-quality feed and flexible harvest could use barley but only if winter hardiness is not an issue.

Cereal rye and triticale tied for highest yields, but cereal rye matured earliest in the spring while triticale matured the latest. This makes cereal rye the best option for farmers who want high yields and early harvest, which can provide more time to plant the next crop in a double-cropping system. 

Cereal rye’s quality declines faster and triticale can be harvested later without taking such a big hit on quality. Farmers seeking high yield and a longer harvest window should select triticale. 

Source : cornell.edu

Trending Video

Residue Management

Video: Residue Management

Residue Management conservation practice manages the amount, orientation, and distribution of crop and other plant residue on the soil surface year-round while limiting soil-disturbing activities used to grow and harvest crops in systems where the field surface is tilled prior to planting. This video explores how Ryan McKenzie implemented this conservation practice on his farm in Samson, Alabama.

Practice benefits:

• Increases organic matter

• Improves air quality

• Decreases energy costs

• Reduces erosion

• Improves soil health

The Conservation at Work video series was created to increase producer awareness of common conservation practices and was filmed at various locations throughout the country. Because conservation plans are specific to the unique resource needs on each farm and also soil type, weather conditions, etc., these videos were designed to serve as a general guide to the benefits of soil and water conservation and landowners should contact their local USDA office for individual consultation.