It's called Enlist Duo, a dangerous new combination of two of America's favorite pesticides — glyphosate, widely known as Roundup, and 2,4-D, a World War II-era poison invented for chemical warfare.
Thanks to the Environmental Protection Agency's fast-track approval process, the weedkiller is likely to soon come to Minnesota fields.
After the official comment period closes this Friday, the controversial pesticide — already approved last month for use in six Midwestern states and designed to be coupled with the next generation of herbicide-resistant corn and soybean crops — will be on track to be approved for use in 10 additional Midwestern and Great Plains states, from Arkansas to Minnesota.
The push to approve the use of the pesticide across the heartland comes as top scientists and a growing number of government agencies are increasingly acknowledging the mounting toll of pesticides, from the glyphosate that's wiping out monarch caterpillars' only food to the class of pesticides known as neonicotinoids linked to massive bee die-offs.
Just last month, Minnesota officials announced that they're initiating a six-month review and a possible ban of "neonics," which are already under an EPA review. New York, Oregon, Canada and Europe have all implemented bans or restrictions on the pesticides, and in August, the U.S. Fish and Wildlife Service announced that it would ban their use on all national wildlife refuges.
Against this newly evolving backdrop of increased caution, the EPA's approval of Enlist Duo is troubling for two reasons.
First, although pesticide manufacturers herald Enlist Duo as a solution to the weed resistance now endemic to half of the states, history has conclusively shown that the chemical war on weeds always results in more weed resistance, ever-increasing pesticide use and more environmental harm.
Around 300 million pounds of glyphosate and 50 million pounds of 2,4-D are used in the United States annually. The U.S. Department of Agriculture estimates that Enlist Duo's approval will increase 2,4-D's use more than threefold within six years.