Feed & Nutrition
The basics of rumen feed efficiency
Feed efficiency involves optimizing nutrient conversion from feed into milk components, enhancing overall cow performance through careful management of carbohydrate fermentation, glycogen production, fat synthesis and protein intake in the rumen.
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Focusing on corn silage makes cents
High-quality corn silage significantly boosts milk production and dairy profitability by enhancing nutrient availability and reducing feed costs.
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Maximizing corn silage quality: Key decisions for a successful harvest
As corn silage season approaches, crucial decisions must be made to ensure a high-quality crop, including cutting height, late-season plant health, hybrid genetics and kernel processing, all aimed at providing consistent forage for dairy herds.
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Importance of water quality for milk production
Maintaining high water quality in dairy farming is crucial for optimal milk production and feed efficiency by reducing pathogens while ensuring correct disinfectant dosages to protect beneficial rumen microbes.
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Progressive Events: Net-zero and protein substitutes hot topics at this year’s Animal Nutrition Conference of Canada
Specialists in livestock feed and nutrition gathered at the Animal Nutrition Conference of Canada to discuss strategies for net-zero emissions, sustainable dairy practices, trace mineral additives, and the competition between traditional and alternative proteins.
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The role of phytochemicals during the transition period
How plants – more specifically phytochemicals – can help our heifers and cows conquer that daunting transition period and come out on top.
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Waste and stress from feed variation: Management solutions to reduce economic losses
Enhancing feed management efficiency on dairy farms involves optimizing bunker silo maintenance, TMR preparation, and digestive tract health to maximize milk production and minimize costs.
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What do the new Nutrient Requirements of Dairy Cattle tell us?
Understanding rumen microbial function and nutrition has come a long way, and research continues to refine our ability to model and predict rumen fermentation outflow to support the cow’s needs.
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