Methane emissions from cattle have become a growing concern due to their significant contribution to global greenhouse gas emissions. As the demand for meat and dairy products continues to rise, finding effective methane mitigation strategies to reduce methane emissions from cattle is crucial to reach targets set by governments and milk processors. In this article, we will explore various mitigation strategies to reduce methane.

Reducing the carbon footprint of beef cow-calf operations is crucial for a sustainable beef industry. Explore effective strategies like improved grazing management, dietary adjustments, genetic selection, and technological innovations. Discover how these practices can lower methane emissions and enhance efficiency. Read on to learn more about creating a greener future for beef production.

A recent trial study, conducted by Professor Santos, found a 1 kg increase in colostrum production and a 1.5 kg rise in energy-corrected milk (ECM) in the animals. Additionally, the trial demonstrated improvements in feed conversion efficiency, a reduction in disease incidence, and a lower culling rate. Professor Santos, from the Department of Animal Sciences at the University of Florida, has revealed significant benefits of feeding Selko IntelliBond to dairy cows. These findings highlight the positive impact of trace mineral nutrition on the performance and health of dairy cows.

Reducing the carbon footprint of beef cattle in feedlots requires a multifaceted approach. This involves improved feed efficiency, advanced manure management, genetic advancements, renewable energy adoption, and supportive policies. By implementing these strategies, the beef industry can enhance sustainability and minimize the environmental impact of beef cattle operations. Read on to learn more.

Fertility is an important driver of dairy farm profitability. Poor fertility can significantly reduce the lifespan of dairy cows. Selko IntelliBond hydroxy trace minerals have a positive effect on reproductive perfomance of dairy cattle. Trials have shown that embryo quality in dairy cows is significantly improved with feeding Selko Intellibond. Other rials have shown that pregnancy rates of heifers and cows after artificial insemination are higher if they are fed Selko IntelliBond hydroxy trace minerals.

Unlocking optimal growth and feed efficiency in grazing beef cattle is essential for successful operations. This involves mastering average daily gain (ADG) and feed efficiency (FE) through effective pasture management, balanced nutrition, and innovative technologies. Read on to discover best practices and cutting-edge solutions for enhancing productivity and profitability in beef production.