Tuesday, July 19, 2011

A new meat eater’s guide spotlights beef’s outsize carbon footprint

Environmental Working Group: The Environmental Working Group today released its groundbreaking Meat Eater’s Guide to Climate Change and Health, a powerful, multi-featured tool that allows both consumers and experts to understand easily how food choices affect both their environmental footprint and their health.

Taking into account every stage of food production, processing, consumption and waste disposal, the guide documents in unprecedented detail how consumers who eat less meat and cheese can significantly reduce the greenhouse gas emissions, pollution and health risks linked to their dietary choices. Previous studies have focused mostly on emissions from the food production phase only.

The calculations reveal that if everyone in the U.S. ate no meat or cheese just one day a week, over a year, the effect on emissions would be the equivalent of taking 7.6 million cars off the road.

The research also highlights the surprisingly large environmental impact of meat that goes into the trash, which accounts for more than 20 percent of all meat-associated emissions.

“By eating and wasting less meat, consumers can help limit the environmental damage caused by the huge amounts of fertilizer, fuel, water, and pesticides, not to mention the toxic manure and wastewater, that goes along with producing meat,” said Kari Hamerschlag, EWG senior analyst and author of the report. “Choosing healthier, pasture-raised meats can also help improve people’s health and reduce the environmental damage associated with meat consumption.”…

The stockyards in Omaha, with the Omaha Livestock Exchange in the background, shot by Jerry Mathiason (Library of Congress photo)

1 comment:

snoring solutions said...

Taking into account every stage of food production, processing, consumption and waste disposal, the guide documents in unprecedented detail how consumers who eat less meat and cheese can significantly reduce the greenhouse gas emissions, pollution and health risks linked to their dietary choices. Previous studies have focused mostly on emissions from the food production phase only.