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5 Feb 2025 - February Proofs

Feed Efficiency 3.0: Less Feed, More Milk

Produce more milk and meat with less feed using the newly improved Saved Feed Index.

Feed accounts for up to 80% of a farm’s variable costs. Some cows are better at turning feed into meat and milk. Others use too much feed for maintenance and are less efficient in production.

Breeding for better feed efficiency can save up to 200kg of dry matter per lactation (10 index units or 1 standard deviation) without compromising production, health, and reproduction. This way, you breed dairy cows that produce more kilos of milk from less feed.

The advantage of breeding is that changes are cumulative and permanent, so your cows will only get more efficient over time.

With the February 2025 proof run, Nordic Cattle Genetic Evaluations (NAV) introduced a new version of the Saved Feed Index calculated using a new model. VikingGenetics is the only company in the world to use highly reliable feed efficiency data for all three major dairy breeds: HolsteinJersey, and Red Dairy Cattle.

The Saved Feed Index 3.0 considers:

  • Dry matter intake (DMI) across days 14-280 in lactation
  • Production (ECM) across days 14-280 in lactation
  • Weight changes across days 30-280 in lactation

This tells you how much feed a bull's daughter uses and how efficiently she will convert it into milk and meat.

VikingGenetics Saved Feed Index Feed Efficiency

Breeding the cows of the future

Including feed efficiency in your breeding goal will not only save you money but will also reduce your cows’ emissions.

Research studies from Aarhus University and VikingGenetics show that the less dry matter a cow eats, the lower her methane output will be. By breeding for feed efficiency, you are lowering costs and reducing emissions for a more sustainable herd.

VikingGenetics has taken essential steps to achieve a reliable index for reducing methane emissions, and the new Saved Feed Index is one of many.  

Our pioneering, CFIT artificial intelligence technology with 3D cameras allows farmers to identify and breed the most feed-efficient cows, accelerating the genetic progress toward lower emissions.

Figures from a study using the CFIT-collected data estimate that, by 2050, the reduction of greenhouse gases through genetic selection for improved feed efficiency will reduce 3.2 million kg CO2eq. per year – 20% less total cattle emissions in Denmark, Finland, and Sweden.

Discover our top Saved Feed bulls
VikingGenetics Saved Feed Index CFIT

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