Breakfast With a Dose of Roundup?

Weed Killer in $289 Million Cancer Verdict Found in Oat Cereal and Granola Bars

WEDNESDAY, AUGUST 15, 2018

Report by the numbers Conventional Organic Samples Tested 45 16 Glyphosate Detects 43 5 Detects Above EWG’s Health Benchmark (160 ppb) 31 0

UPDATE: A second round of tests commissioned by EWG, published on October 24, 2018, found the glyphosate in every sample of popular oat-based cereal and other oat-based food marketed to children that we tested. See the new results here.

Popular oat cereals, oatmeal, granola and snack bars come with a hefty dose of the weed-killing poison in Roundup, according to independent laboratory tests commissioned by EWG.

Glyphosate, an herbicide linked to cancer by California state scientists and the World Health Organization, was found in all but two of 45 samples of products made with conventionally grown oats. Almost three-fourths of those samples had glyphosate levels higher than what EWG scientists consider protective of children’s health with an adequate margin of safety. About one-third of 16 samples made with organically grown oats also had glyphosate, all at levels well below EWG’s health benchmark.

Glyphosate is the active ingredient in Roundup, the Monsanto weed killer that is the most heavily used pesticide in the U.S. Last week, a California jury ordered Monsanto to pay $289 million in damages to a man dying of cancer, which he says was caused by his repeated exposure to large quantities of Roundup and other glyphosate-based weed killers while working as a school groundskeeper.

EWG tested more than a dozen brands of oat-based foods to give Americans information about dietary exposures that government regulators are keeping secret. In April, internal emails obtained by the nonprofit US Right to Know revealed that the Food and Drug Administration has been testing food for glyphosate for two years and has found “a fair amount,” but the FDA has not released its findings.

Glyphosate Was Found on Most Samples of Oat-Based Foods Type of Food Product Name Glyphosate (ppb)* Sample 1 Sample 2 Sample 3 Granola Nature's Path Organic Honey Almond granola ND** ND Back to Nature Classic Granola 620 170 Quaker Simply Granola Oats, Honey, Raisins & Almonds 430 400 Back to Nature Banana Walnut Granola Clusters 30 30 340 Nature Valley Granola Protein Oats 'n Honey 220 170 KIND Vanilla, Blueberry Clusters with Flax Seeds 50 60 Instant Oats Giant Instant Oatmeal, Original Flavor 760 Simple Truth Organic Instant Oatmeal, Original ND ND Quaker Dinosaur Eggs, Brown Sugar, Instant Oatmeal 620 780 Great Value Original Instant Oatmeal 450 Umpqua Oats, Maple Pecan 220 220 Market Pantry Instant Oatmeal, Strawberries & Cream 120 520 Oat Breakfast Cereal Kashi Heart to Heart Organic Honey Toasted cereal ND ND Cheerios Toasted Whole Grain Oat Cereal 490 470 530 Lucky Charms**** 400 230 Barbara's Multigrain Spoonfuls, Original, Cereal 340 300 Kellogg’s Cracklin’ Oat Bran oat cereal 250 120 Snack Bar Cascadian Farm Organic Harvest Berry, granola bar ND ND KIND Oats & Honey with Toasted Coconut ND 120 Nature Valley Crunchy Granola Bars, Oats 'n Honey 340 120 Quaker Chewy Chocolate Chip granola bar 120 160 Kellogg’s Nutrigrain Soft Baked Breakfast Bars, Strawberry 30 80 Whole Oats 365 Organic Old-Fashioned Rolled Oats ND ND Quaker Steel Cut Oats 530 290 Quaker Old Fashioned Oats 390 1100 1300 Bob's Red Mill Steel Cut Oats 300 ND Nature's Path Organic Old Fashioned Organic Oats 30 20 Whole Foods Bulk Bin conventional rolled oats 10 40 Bob's Red Mill Organic Old Fashioned Rolled Oats (4 samples tested) ND 10 20, 20***

Source: EWG, from tests by Eurofin Analytical Laboratories *EWG's child-protective health benchmark for daily exposure to glyphosate in food is 160 ppb. ** ND = none detected *** Two product samples tested both had 20 ppb glyphosate concentration. **** Lucky Charms Frosted Toasted Oat Cereal with Marshmallows. Marshmallows were manually removed from the samples prior to shipping to the lab and testing for glyphosate.

Each year, more than 250 million pounds of glyphosate are sprayed on American crops, primarily on “Roundup-ready” corn and soybeans genetically engineered to withstand the herbicide. But when it comes to the food we eat, the highest glyphosate levels are not found in products made with GMO corn.

Increasingly, glyphosate is also sprayed just before harvest on wheat, barley, oats and beans that are not genetically engineered. Glyphosate kills the crop, drying it out so that it can be harvested sooner than if the plant were allowed to die naturally.

Roundup was produced for decades by Monsanto, which this year merged with the German pharmaceutical company Bayer AG. In the case decided last week, the jury found that Monsanto knew for decades of the product’s hazards and not only failed to warn customers, but schemed to publicly discredit the evidence. The California case that ended Friday was the first of reportedy thousands of lawsuits against Monsanto. These suits have been brought by farm workers and others who allege that they developed cancer from years of exposure to Roundup.

In 2015, the International Agency for Research on Cancer, part of the World Health Organization, reviewed extensive U.S., Canadian and Swedish epidemiological studies on glyphosate’s human health effects, as well as research on laboratory animals. The IARC classified the chemical as probably carcinogenic to humans, and has steadfastly defended that decision despite ongoing attacks by Monsanto.

In 2017, California listed glyphosate in its Proposition 65 registry of chemicals known to cause cancer. The state’s Office of Environmental Health Hazard Assessment, or OEHHA, has proposed a so-called No Significant Risk Level for glyphosate of 1.1 milligrams per day for an average adult of about 154 pounds. That level of exposure is more than 60 times lower than the safety level set by the Environmental Protection Agency.

California’s level represents an increased lifetime risk of cancer of one in 100,000 for an average adult. But for many cancer-causing drinking water contaminants, OEHHA’s lifetime risk factor is set at one in 1 million. Additionally, because children and developing fetuses have increased susceptibility to carcinogens, the federal Food Quality Protection Act supports including an additional 10-fold margin of safety. With this additional children’s health safety factor, EWG calculated that a one-in-a-million cancer risk would be posed by ingestion of 0.01 milligrams of glyphosate per day.

To reach this maximum dose, one would only have to eat a single 60-gram serving1 of food with a glyphosate level of 160 parts per billion, or ppb. The majority of samples of conventional oat products from EWG’s study exceeded 160ppb, meaning that a single serving of those products would exceed EWG’s health benchmark. As part of a glyphosate risk assessment, the EPA estimated potential highest dietary exposure levels for children and adults. The EPA has calculated that 1-to-2-year-old children are likely to have the highest exposure, at a level twice greater than California’s No Significant Risk Level and 230 times EWG’s health benchmark.

Studies suggest that glyphosate-sprayed crops such as wheat and oats are a major contributor to glyphosate in the daily diet. In EWG lab tests, 31 of 45 samples made with conventionally grown oats had 160 ppb or more of glyphosate.

Oat-Based Samples that Exceeded 400ppb on Average.

Quaker Old Fashioned Oats 3 tests averaged 930 parts per billion. Product photos are not the actual products tested.

Quaker Dinosaur Eggs, Brown Sugar, Instant Oatmeal 2 tests averaged 700 parts per billion. Product photos are not the actual products tested.

Cheerios Toasted Whole Grain Oat Cereal 3 tests averaged 497 parts per billion. Product photos are not the actual products tested.

Quaker Simply Granola Oats, Honey, Raisins & Almonds 2 tests averaged 415 parts per billion. Product photos are not the actual products tested.

The highest levels, greater than 1,000 ppb, were detected in two samples of Quaker Old Fashioned Oats. Three samples of Cheerios had glyphosate levels ranging from 470 ppb to 530 ppb. Twelve of the food samples had levels of glyphosate lower than EWG’s health benchmark, ranging from 10 ppb to 120 ppb. Only two samples had no detectable glyphosate.

Glyphosate was also detected at concentrations of 10 ppb to 30 ppb in five of 16 samples made with organic oats. The five samples came from two brands of organic rolled oats: Bob’s Red Mill and Nature’s Path. A third brand of organic rolled oats and all other organic oat products tested did not contain detectable concentrations of glyphosate.

How does glyphosate get into organic foods? It could come from glyphosate drifting from nearby fields of conventionally grown crops, or by cross-contamination during processing at a facility that also handles non-organic crops. Nature's Path explains:

While organic farming certifications prohibit the use of glyphosate, organic products do not always end up completely free of glyphosate residue. While this news may come as disappointing, it is not entirely surprising. Glyphosate use has skyrocketed in the past decade, and it maintains the ability to adhere to water and soil particles long enough to travel through the air or in a stream to nearby organic farms.

The problem of glyphosate contamination of organic foods underscores the need to restrict pre-harvest uses of glyphosate and the need for more data on glyphosate levels in products, an area where U.S. federal agencies are falling short.

Two years ago, under pressure from the Government Accountability Office, the FDA began testing for glyphosate in a limited number of foods. At the 2016 North American Chemical Residue Workshop, an FDA scientist presented data showing that glyphosate has been detected in several oat-based food products.

After a Freedom of Information Act request by US Right to Know, earlier this year the FDA released documents that said the agency has found “a fair amount” of glyphosate in several processed foods. The results have not been released, but could be made public later this year or in early 2019.

The EPA has calculated that 1-to-2-year-old children are likely to have the highest exposure, at a level 2x greater than California’s No Significant Risk Level and 230x EWG’s health benchmark.

In 2016, the non-profit Food Democracy Now tested for glyphosate in single samples of a variety of popular foods. “Alarming levels” of glyphosate were found in a number of cereals and other products, including more than 1,000 ppb in Cheerios. More recently, the Center for Environmental Health tested single samples of 11 cereal brands and found glyphosate levels ranging from about 300 ppb to more than 2,000 ppb.

EPA has denied that glyphosate may increase the risk of cancer, and documents introduced in the recent California trial showed how the agency and Monsanto worked together to promote the claim that the chemical is safe. EWG has been urging the EPA to review all evidence linking glyphosate to increased cancer risk and other adverse health effects in human and animal studies. The EPA should limit the use of glyphosate on food crops, including pre-harvest application.

Oat-based foods are a healthy source of fiber and nutrients for children and adults, and oat consumption is linked to health benefits such as lowered cholesterol and decreased cardiovascular risk. Parents should not have to wonder whether feeding their children these heathy foods will also expose them to a pesticide that increases the risk of cancer.

Glyphosate does not belong in cereal. Act and urge the EPA to restrict pre-harvest applications of glyphosate and tell companies to identify and use sources of glyphosate-free oats.

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Methodology Glyphosate levels reported here represent a snapshot of glyphosate contamination in an exploratory set of of oat-based products sampling. All product samples were purchased and packed for shipping by EWG researchers located in Washington, D.C., Boulder, Colo., and San Francisco. Eurofins Analytical Laboratories, based in New Orleans, received and tested samples labeled only with EWG-assigned sample numbers. Glyphosate concentration was determined by liquid chromatography–tandem mass spectrometry, using the extraction method published in the Journal of Agricultural and Food Chemistry.i According to the method description provided to EWG by Eurofins, samples are ground, extracted with water, and cleaned in a Dowex AG1-X8 200 mesh resin column. Eluent is derivatized in FMOC-CL and allowed to react overnight in a 40 degrees Celsius water bath. Sample cleanup is performed with an Oasis SPE HLB column, and the eluent is analyzed for glyphosate by LC-MS/MS. The method’s limit of quantification for glyphosate is 0.01 milligrams per kilogram. Fifty-four of 61 samples were also tested for aminomethylphosphonic acid, or AMPA, the primary degradation product of glyphosate. 12 samples had non-detectable levels of glyphosate or AMPA. Among 40 samples where both AMPA and glyphosate were detected, on average AMPA levels were within 11 percent of the combined glyphosate plus AMPA levels. For one sample, Back to Nature Banana Walnut Granola Clusters, AMPA levels were 84 percent of the combined glyphosate plus AMPA (1,800 ppb). Two other samples of this product had low levels of glyphosate (30 ppb) and no detectable levels of AMPA. When calculating the value for the level of glyphosate in tested foods that would exceed EWG’s children’s health benchmark for glyphosate, we used 60 grams as the estimated amount that people are likely to eat at one time. This is equivalent to roughly two cups of Cheerios, or ¾ cup of Quaker’s Old Fashioned Oats based on product nutrition facts. EWG’s health benchmark for glyphosate is 0.01 milligrams a day. If 0.01 mg of glyphosate is present in a 60-gram portion of a specific food product, then the concentration of glyphosate is 0.000166 mg glyphosate per 1 g of food. For the purposes of comparison in this study, EWG uses a glyphosate benchmark of 160 ppb. Above this concentration of glyphosate, eating a single 60-gram portion of food would exceed the EWG health benchmark. This study was designed by former EWG Senior Analyst Sonya Lunder. i Tseng, S et al. (2004). Simultaneous quantification of glyphosate, glufosinate, and their major metabolites in rice and soybean sprouts by gas chromatography with pulsed flame photometric detector. 52, 13, 4057-4063