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To calculate the carbon footprint of a dairy farm, the farmer needs to know the amount of CO₂eq per mT of the feed he buys for his dairy herd. Producers of dairy feed therefore need to know the CO₂eq number of all ingredients they use to produce the feeds they sell to dairy farmers. If dairy feed producers want to know the carbon footprint of the trace mineral source they use, they now have access to an LCA for the production of Selko IntelliBond trace minerals. This provides provides dairy feed producers with an independent verification on the CO₂eq number of their trace mineral source for dairy cattle.

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.

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

Extensive mobilisation of body fat after calving can cause inflammation in dairy cows. Morbidity after calving is high. Post-partum diseases of dairy cows often result in systemic inflammation in dairy cattle, altering partition of nutrients to favor control of infection and tissue repair. This results in a decrease in milk production but also in impaired follicle growth, reduced oocyt and conceptus quality and poor development of the morula, causing long-term negative effects on fertility and reproduction of dairy cows.

Trace mineral management is essential for health and performance of grazing beef cattle. Trace mineral source can significantly impact palatability and voluntary intake of a trace mineral supplement for beef cattle, particularly in grass-fed Bos indicus cattle breeds kept under tropical conditions. Selko IntelliBond hydroxy trace minerals are highly palatable, and increase intake of beef cattle feed supplements, while reducing variation of beef cattle supplement intake between individual animals within a herd. This could improve improving cattle health and feed efficiency of grass-fed beef cattle kept in tropical conditions. Read the rest of the article to discover how Selko IntelliBond can improve efficiency and profitability of your beef grazing operations and drive sustainable growth.