Heat stress for European breeds of dairy cattle increases as temperatures increase above 25 degrees C, aggravated by direct sun light and higher humidity.  Shade over the feeding area reduces heat stress.  Cattle under extreme environmental conditions consume less feed, and suffer reduced milk production as well as reduced fertility.  Nonlactating dairy cattle, beef cattle and Bos Indicus cattle are more tolerant of heat than lactating dairy cattle.  Shade, misters, and/or water sprinklers help cattle to maintain an acceptable body temperature.

Heat stress of cattle in the feeding area

Credit: Drost M (personal collection)

Digital Credit: Maarten Drost

Publisher: None

Rights: Name must appear as a credit whenever the image is used -

Description: Heat stress for European breeds of dairy cattle increases as temperatures increase above 25 degrees C, aggravated by direct sun light and higher humidity. Shade over the feeding area reduces heat stress. Cattle under extreme environmental conditions consume less feed, and suffer reduced milk production as well as reduced fertility. Nonlactating dairy cattle, beef cattle and Bos Indicus cattle are more tolerant of heat than lactating dairy cattle. Shade, misters, and/or water sprinklers help cattle to maintain an acceptable body temperature.

Resolution: 500x350

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