Cheese from Pastured Cows: Comparing Taste, Texture and Color

Posted February 2007

grazing cowThe market for specialty cheese, including pastured cheese, is growing rapidly. Graziers, cheesemakers and marketers need to know how pastured cheese is unique. This report describes research comparing the taste, texture and color of cheese made from the milk of exclusively pastured cows, cows that are pastured and given a grain supplement, and cows fed a sileage-based ration (TMR).

Milk from the exclusively pastured cows yielded 10-15% less cheese than the milk from the cows fed TMR and pasture plus grain. The cheese made from the milk of supplemented, pastured cows was darker, redder and yellower than the relatively whiter TMR counterpart, with the color of cheese from the pasture-only cows falling between these two treatments. The cheese made from the milk of pasture-only cows was consistently softer than the cheese from the other two treatments. A trained sensory panel found that the cheese from the two grazing treatments had a significant grassy note. The researchers were unable to identify a single compound that caused this grassy note, although they identified numerous possible compounds that could cause this odor. Consumer panelists usually gave the cheese from pastured, supplemented cows the highest scores for flavor, texture and overall liking.

Read this report (pdf file)

Vegetable Storage Crops Workshop

Learn how to extend your marketing season by growing and selling winter storage crops like carrots, beets, winter squash, cabbage, potatoes, onions, garlic and more. This workshop will be held on December 4 in Hudson and December 11 in Madison. For details, see the workshop flyer. Hope to see you there!


CIAS in the community

CIAS Hosts Annual Meeting of Eco-Apple Growers

On Thursday, November 12, CIAS hosted its annual meeting of apple growers engaged in its Eco-Apple pesticide reduction program. Notably, the group of 48 growers celebrated the successful completion of a six-year effort designed to reduce the use of pesticides on orchards throughout Wisconsin. During the course of the program, all reporting orchards demonstrated a reduced reliance on pesticides in favor of a diversity of IPM strategies, and some realized a near-total elimination of organophosphate applications. CIAS thanks its team of growers for their enthusiastic and committed participation. In particular, CIAS wishes to thank Dave Flannery, Wendy Schafer, Bill Stone and Anna Maenner for their fortitude in seeing this phase of the project through to a successful conclusion. UW rsearchers Dan Mahr, Patty McManus, Matt Stasiak and Teryl Roper have been critical to the project’s success. Thanks also to EPA-V and the USDA for their support and encouragement.

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