High- and Low-Moisture Content Alfalfa Wafers Compared to Baled Hay for Milk Production
G.A. Hutton, Magnar Ronning, J.B. Dobie
Abstract
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G.A. Hutton, Magnar Ronning, J.B. Dobie
Abstract
Open-access reader
High-moisture content (18.0-19.1%)alfalfa wafers stored with and without forced-Mr-drying were compared to bMed hay when fed to milk cows.The daily consumption of the 2-by 2½-in.wafers averaged 3.5 lb (P < 0.05) per cow more than baled hay, but there was no significant difference between the two lots of wafers.There was no significant difference in production between conventionally stored wafers and baled hay, but on aerated wafers FCM was increased 2.0 Ib per day (P < 0.05).There was no significant effect upon milk fat or daily live weight gain.
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High-moisture content (18.0-19.1%)alfalfa wafers stored with and without forced-Mr-drying were compared to bMed hay when fed to milk cows.The daily consumption of the 2-by 2½-in.wafers averaged 3.5 lb (P < 0.05) per cow more than baled hay, but there was no significant difference between the two lots of wafers.There was no significant difference in production between conventionally stored wafers and baled hay, but on aerated wafers FCM was increased 2.0 Ib per day (P < 0.05).There was no significant effect upon milk fat or daily live weight gain.
Key concepts: Hay, Water content, Alfalfa hay, Agronomy, Moisture, Production (economics), Milk production, Environmental science