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Increased methane emissions of grass-fed cattle are also an unavoidable result of ruminant digestion, as cows fed a natural diet of grass, hay, and other forages produce three times more methane than cows fed corn and grains (the traditional diet on intensive industrial or factory farms.)
Jersey cows emitted less methane per day compared with Holstein-Friesian cows.
How does beef production cause greenhouse gas emissions? The short answer: Through the agricultural production process and through land-use change. The longer explanation: Cows and other ruminant animals (like goats and sheep) emit methane, a potent greenhouse gas, as they digest grasses and plants.
(2021) using these lower values, provides estimates that livestock account for 14.0% to 17.3% of global emissions, depending on whether CO2 emissions from grazing land are included.
Cattle contribute the most methane, and growth in US methane emissions has been linked to the countrys growing population of beef cattle. All livestock (not just ruminants) contribute to methane emissions from the decomposition of manure.

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Among the cow feed additives cited in the report were the seaweed red algae and the chemical 3-nitrooxypropanol (3-NOP). ing to manufacturers, the daily feeding of red algae (where the active substance is bromoform) can reduce the methane emissions of meat animals by up to 90%.
Studies have shown that grass-fed cattle produce 20% more methane in their lifetime than grain-fed cattle. This is due to two different factors: 1) cattle naturally emit more methane when digesting grass.
We found that varying grass-fed and grain-fed production systems resulted in different environmental effects. The conventional system produced the lowest greenhouse gas footprint but required the highest energy input. The grass-fed for 20 mo used the least amount of water but produced the greatest greenhouse gas.

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