Significant Health and Environmental Impacts: The Surprising Influence of a Mere 12% of Americans on Half of the Nation’s Beef Consumption

Significant Health and Environmental Impacts: The Surprising Influence of a Mere 12% of Americans on Half of the Nation’s Beef Consumption

A‍ new study has found that⁣ 12% of Americans are‌ responsible for eating half ‍of all beef consumed on a given day,​ a finding that ⁢may help consumer groups and government agencies craft educational messaging around the negative ​health and environmental impacts of beef​ consumption.

Those 12%—most likely to ‍be men or people between the ages of 50 and 65—eat what ⁣researchers called a disproportionate amount of beef on a⁤ given day, ​a distinction based on the latest Dietary Guidelines⁢ for Americans, which⁣ suggest four ounces per day of meat, poultry, and eggs combined for those consuming 2,200 calories​ per day.

The study, published in ‌the journal Nutrients, analyzed data from ⁣the CDC’s National ‍Health and Nutrition Examination​ Survey, which tracked the meals of⁤ more than 10,000 adults over a 24-hour period.⁣ The global food system emits 17 billion tons of greenhouse gases⁢ a ⁤year, equivalent to a third of all ​planet-warming gases produced by ⁤human activity. The beef industry contributes heavily to that, producing eight to 10 ​times more emissions than chicken, and over 50 times more than⁤ beans.

“We focused on beef because of its impact on the environment, ‌and because​ it’s high in saturated fat, which​ is not good for ⁢your health,” said the study’s corresponding and senior author Diego Rose, ‍professor⁢ and nutrition program director at Tulane University School of Public Health and Tropical Medicine.

Rose said the study’s purpose was to assist in targeting educational programs or awareness campaigns to⁢ those eating disproportionate ⁣amounts of beef. Honing‌ messaging ‍around the environmental impact of beef production ⁢is crucial at a time⁤ when climate change awareness is higher than ever.

2023-08-31 04:24:02
Article from phys.org

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