Challenges with growing seasons, weather-related harvest delays and subpar silage storage can lead to mycotoxins in stored forages. Our three-legged milking stool for mitigating mycotoxins includes: a research-proven silage inoculant, binders from multiple classes added to the TMR and effective probiotics fed to the cows to help them help themselves.

Staying ahead of seasonal challenges with a proactive feeding program can significantly minimize silage spoilage risks and maximize herd performance and efficiency. By adopting a clean feed approach – through managing the ensiling and feeding of silage, implementing hygienic on-farm practices and ensuring the right nutrition – producers provide their herd with the best opportunity for a high-quality clean feed source and the ability to efficiently produce high-quality milk.

Corn silage has a risk from multiple mycotoxins, with type B trichothecenes being the greatest risk. Stored corn grains may be at greater risk due to damaged kernels and a higher percentage of foreign matter.

When Ryzebol Dairy purchased a feed efficiency service from Afimilk, its goal was to identify cows not only producing more milk but also converting feed into milk well. The service determines each animal’s feed consumption efficiency based on data that represents the relationship between daily average milk yield and daily average feed consumption. It indicates whether increasing the feed yields more milk.

While there are no proven vaccines or products for the control of the highly pathogenic avian influenza (HPAI), sound immunity is a core component of the cow’s physiology and ability to produce efficiently and economically. A sound nutrition program supports immunity in both the long and short term and certainly will have positive effects on reducing HPAI incidence. 

Known for its forward-thinking approach, River Ranch Farms LLC has embraced numerous innovations, from a biogas hub and solar fields to the recent development of an automated indoor feed mill. At the forefront is Forever Feed Technologies, a company that dairy producer Jack de Jong helped establish to explore the possibilities of sprouted grain feeding systems.