They made significant strides in understanding how dairy cattle convert this complex plant matter—plant material rich in cellulose, hemicellulose, and lignin—into high-nutrient milk. Lignocellulose, a ...

By providing microbial metabolites directly, postbiotics help calves develop stronger gut defenses and support cows as they ...

Partnership with Bioversity International USA and Yale University will build the Rumen Digital Twin to model and optimize climate–smart feed and microbiome interventions Together with its partners, ...

Backed by a fresh $15-million Series A led by SOSV, Raleigh-based Hoofprint Biome has developed an enzyme-based feed additive that tackles methane emissions at the source: the cow’s stomach.

Whether they're for dairy or beef, cows produce a lot of methane gas. A single cow produces up to 264 pounds of methane per day, contributing to a total of 231 billion pounds of methane emitted ...

Researchers explore genetic tools and microbiome management strategies to reduce emissions without sacrificing animal ...

When we think of rearing calves our minds automatically go to milk, but its is crucial to remember the vital role water plays ...

A new study reveals that generative Artificial Intelligence (AI) can help expedite the search for solutions to reduce enteric methane emissions caused by cows in animal agriculture, which accounts for ...

Everyone knows that fiber is healthy and an important part of our daily diet. But what is fiber and why is it healthy? Fiber is cellulose, the stringy stuff that plants are made of. Leaves, stems, ...