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The Sordid History of U.S. Food Safety Highlights the Importance of Regulation

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Tuesday, May 21, 2024

It was common in the 1800s for people to consume milk containing formaldehyde, meat preserved with salicylic acid and borax, and “coffee” filled with ground up bones and charred lead.The 19th century was largely unregulated, especially when it came to food. “Medical historians always call that period the century of the great American stomachache,” says Deborah Blum, a Pulitzer Prize–winning science journalist and author of the 2018 book The Poison Squad: One Chemist's Single-Minded Crusade for Food Safety at the Turn of the Twentieth Century.Food adulteration and the use of harmful ingredients were not even illegal because there were no laws around food safety or purity in the U.S. It wasn’t until 1883 that a former Purdue University chemist, who had just become chief chemist of the U.S. Department of Agriculture, started investigating fraud involving foods and drinks: Harvey Washington Wiley and a small group of his colleagues experimented on young men who became known as the “poison squad.” The researchers exposed these men to various questionable foods and observing the effects. Wiley’s methods were somewhat unorthodox—by modern standards, perhaps unethical—but it was the first attempt to gather data for any sort of regulation of an industry that was sickening and killing many people.On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.Others aided the crusade for better food safety, including journalist and activist Upton Sinclair, author of the 1905 novel The Jungle, which famously exposed the horrific practices of the U.S. meat industry; food manufacturer Henry Heinz; and cookbook author Fannie Farmer. As a result of these efforts, in 1906 Congress finally passed the Federal Meat Inspection Act and the Pure Food and Drug Act, the latter of which became known as the “Wiley Act” and “Dr. Wiley’s law.” These laws contained strict regulations over the conditions under which meat was produced and eventually laid the groundwork for the creation of the Food and Drug Administration. The laws were not perfect, however, and there have been several attempts to refine these regulatory powers over the decades since.Today the food industry continues to push back against federal regulation. Recently U.S. congressional representatives introduced the Food Traceability Enhancement Act, which would exempt food retailers from many of the rules the FDA uses to track outbreaks of foodborne illness. If the act passes, it could significantly impede the FDA’s ability to find the source of such outbreaks, which can be deadly.Scientific American spoke with Blum about the history of food safety in the U.S. and the way that history continues to inform our relationship with food regulation today.[An edited transcript of the interview follows.]What was the status of food safety in the 19th century?The U.S. was really slow to the food safety game. There were regulations in Europe and in Canada before we actually took this up. There was just an incredible amount of 19th-century U.S. resistance to the idea of the federal government, as someone said, becoming the “policeman” of your stomach. And so that whole American ethos of “nobody tells me what to do,” individual rights, all of those things really played into it, as well as enormous industry resistance.Then along came Harvey Washington Wiley. How did he launch federal oversight of food in this country?I describe him as a “crusading chemist”—I sometimes call him a “Holy Roller chemist”—who was absolutely passionate about the idea that we needed to do something to make the American food supply safer. He had been the first professor of chemistry at Purdue University at a time when it only had six faculty members, including the university’s president. He had studied deceptive food practices when he was in Indiana. And when he came to the federal government, he was head of what was then called the Bureau of Chemistry at the USDA. He launched the federal government, for the first time in its history, into looking at the idea of food safety and food integrity. There were people who did it at the state level, but at the national level, there was no scientist looking at it.In 1883, when my guy Wiley arrives at the USDA, there are fewer than a dozen chemists at the agency. They’re responsible for all the agricultural chemistry issues in the U.S.—everything from pesticides to crop growth to soil quality. He tells them, Now we’re going to test the integrity of the American food supply. And they do it! Starting in the 1880s, this tiny group of chemists starts doing a series of reports that have the very boring title of “Bulletin 13.” And the chemists look at dairy, and they look at canned vegetables, and they look at coffee and tea, and they look at wine and beer and spices and processed meats. And they really take apart the processed, industrialized food system of the U.S. And across the board, they find really, really bad things.What were some examples of the questionable food practices they found?Some of it was just fraud. There was, like, 90 percent adulteration of spices. If you were buying cinnamon, you were buying brick dust. If you were buying pepper, you were buying dirt or charred and ground rope. If you were buying coffee, sometimes you were just buying ground shells. People would grind up bones and charred lead into coffee. If you got flour, you got gypsum. If you got milk, you got chalk or plaster of paris. And actual milk was full of horrible bacteria—there was no pasteurization; there was no refrigeration. People started putting preservatives such as formaldehyde in milk; the milk started killing people around the country. All of this was completely legal. No one could ever be prosecuted for any of this.That’s pretty horrifying. What motivated Wiley to take action?There’s no requirement to honestly label anything [at this time]. So you see Wiley starting to say, There are so many of these additives in food, such as formaldehyde and salicylic acid, which causes the lining of your stomach to bleed, and all these other things. Why can't we just tell people what’s in the food so they know how many times a day they’re eating these products? There’s absolute industry resistance to this. Nothing passes. Wiley goes to Congress. Nothing happens. In the entire 19th century, [hardly any] federal regulation regarding food safety or drink safety or drug safety gets through Congress, which is pretty much owned by industry at this point.So what did Wiley do about it?Wiley ran what the Washington Post called these “poison squad” experiments, in which he experimented with young workers at the USDA and put these different additives in their food and poisoned them, essentially. The whole science of epidemiology, the science of public health, is so in its infancy at this point. His poison squad experiments had a control group—he had two groups that all consumed the same foods and drinks, but one group got these additives, and one of them didn't. It’s super primitive to us today, but it was really forward-looking and kind of methodical. It was a completely illegal experiment by today’s standards; they’d be, like, running you out of town now.But it wasn’t just Wiley and his poison squad, right? Weren’t there other people crusading for the cause of food safety at that time?You have what was called the pure food movement. Wiley did a lot of talking to women’s groups. Women couldn’t vote at that time, but he thought they were very politically organized and powerful. So he went and worked with a lot of women’s groups who crusaded for the cause. He found some friendly manufacturers such as [Ketchup entrepreneur] Henry J. Heinz. And there’s this start of a push toward at least public recognition that food is unsafe. In the cookbooks of the time, you have cookbook writers such as Fannie Farmer saying, Okay, I’m going to tell you to put coffee in this recipe—just be aware that it’s not going to be coffee, or, You should not put milk in the food of sick people because it’s so dangerous.Upton Sinclair, a socialist writer, writes this book, The Jungle. It was first published in the socialist newspaper Appeal to Reason as a call to arms about the plight of the worker. And he finally gets a New York City publisher to agree to publish it. Because he had gone and embedded himself in the stockyards of Chicago, he has all this incredible description about how horrible meat processing is and the mold that’s growing on the meat that still goes into the potted ham and the disease and the rotting animals that go into the sausage. The publisher sends fact-checkers to Chicago to make sure that this isn’t all just bullshit, and the fact-checkers come back, and they say, It’s even worse than he says. A copy was sent to President Theodore Roosevelt. The book becomes this big explosion. Nobody cares about the plight of the worker. There's that famous quote from Upton Sinclair, “I aimed for the public’s heart, and by accident I hit it in the stomach.”So what did Roosevelt do about the situation? How did it lead to Congress passing food safety regulations?There’s such a storm about The Jungle that Roosevelt sends his own fact-checkers to Chicago. And the crazy thing about that visit is that the meat-packers know they’re coming. The meat-packers clean up the stockyards. And these fact-checkers come back, and they also go, “It’s even worse than in the book.” Roosevelt then goes to Congress, which is entirely in the pocket of the meat industry, and says, I want a meat inspection act. If you don't give me a meat inspection act, I’m going to publish this report.He ends up publishing about six to eight pages of this report, which was almost 100 pages. Those six pages are so explosive that every country in Europe cancels its meat contract with the U.S.. And at that point, the packing industry goes, Oh, my God, we’re going to have to have a meat inspection act. And so the Federal Meat Inspection Act goes through Congress.What did the Federal Meat Inspection Act do?The act has got a ton of teeth in it. The meat industry has to actually pay to help inspect the meat; the meat inspectors have real power in the factories. It’s got a lot of funding built in. There’s a powerful recall apparatus built into the meat inspection act. And in this kind of storm of legislative outrage over the food supply, the Pure Food and Drug Act passes, but because it has been a political football for 20 years, it’s a mess, and there’s not a good funding apparatus. It’s got a lot of problems in terms of how you actually measure and enforce toxic substances in food, and that difference haunts our regulatory system today.Even today, under the Federal Meat Inspection Act, the USDA inspects meat-processing factories. It inspects about 10 to 20 percent of the food processing in the U.S., and it has almost the exact same budget that the FDA gets to inspect the other 80 percent of food. And a legacy of the difference between those two acts persists—one act was driven by a huge scandal that was incredibly powerful and had the backing of industry, and one was dragged over the line with industry hostile to it, working almost from the beginning to undo all of its better applications.Bring us back to the present. How does the legacy of these food regulation laws continue to affect us today?The Pure Food and Drug Act was eventually replaced by the 1938 Food, Drug, and Cosmetic Act, which created the modern FDA. There have been multiple [attempted] amendments since then to the FDA’s power, such as the Food Traceability Enhancement Act. But the fundamental weakness of the powers of the FDA to enforce safety measures in food, drugs and cosmetics—that still underlies our system in terms of both funding and in terms of some of the enforcement mechanisms we see today.To be fair, the Federal Meat Inspection Act and the Pure Food and Drug Act of 1906 were paradigm-shifting laws. It was the first time in U.S. history that the government said, Yes, we’re in the business of protecting consumers. All of the consumer-protective things that followed—the Occupational Safety and Health Administration, the Environmental Protection Agency, the modern FDA—all of those agencies are built on those two laws. I mean, they made a huge and important difference.So, despite industry pushback, all of these government regulations of our food supply have made Americans safer.There’s no borax or salicylic acid added to our wine and beer. We’re not using arsenic as green food coloring. We’re not using red lead to make cheddar cheese look a little more orange.If I could persuade people not to think of regulation as a pejorative term, my life’s work would be done.

Author and science journalist Deborah Blum describes how an Indiana chemist kicked off the first major food regulation in the U.S.

It was common in the 1800s for people to consume milk containing formaldehyde, meat preserved with salicylic acid and borax, and “coffee” filled with ground up bones and charred lead.

The 19th century was largely unregulated, especially when it came to food. “Medical historians always call that period the century of the great American stomachache,” says Deborah Blum, a Pulitzer Prize–winning science journalist and author of the 2018 book The Poison Squad: One Chemist's Single-Minded Crusade for Food Safety at the Turn of the Twentieth Century.

Food adulteration and the use of harmful ingredients were not even illegal because there were no laws around food safety or purity in the U.S. It wasn’t until 1883 that a former Purdue University chemist, who had just become chief chemist of the U.S. Department of Agriculture, started investigating fraud involving foods and drinks: Harvey Washington Wiley and a small group of his colleagues experimented on young men who became known as the “poison squad.” The researchers exposed these men to various questionable foods and observing the effects. Wiley’s methods were somewhat unorthodox—by modern standards, perhaps unethical—but it was the first attempt to gather data for any sort of regulation of an industry that was sickening and killing many people.


On supporting science journalism

If you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.


Others aided the crusade for better food safety, including journalist and activist Upton Sinclair, author of the 1905 novel The Jungle, which famously exposed the horrific practices of the U.S. meat industry; food manufacturer Henry Heinz; and cookbook author Fannie Farmer. As a result of these efforts, in 1906 Congress finally passed the Federal Meat Inspection Act and the Pure Food and Drug Act, the latter of which became known as the “Wiley Act” and “Dr. Wiley’s law.” These laws contained strict regulations over the conditions under which meat was produced and eventually laid the groundwork for the creation of the Food and Drug Administration. The laws were not perfect, however, and there have been several attempts to refine these regulatory powers over the decades since.

Today the food industry continues to push back against federal regulation. Recently U.S. congressional representatives introduced the Food Traceability Enhancement Act, which would exempt food retailers from many of the rules the FDA uses to track outbreaks of foodborne illness. If the act passes, it could significantly impede the FDA’s ability to find the source of such outbreaks, which can be deadly.

Scientific American spoke with Blum about the history of food safety in the U.S. and the way that history continues to inform our relationship with food regulation today.

[An edited transcript of the interview follows.]

What was the status of food safety in the 19th century?

The U.S. was really slow to the food safety game. There were regulations in Europe and in Canada before we actually took this up. There was just an incredible amount of 19th-century U.S. resistance to the idea of the federal government, as someone said, becoming the “policeman” of your stomach. And so that whole American ethos of “nobody tells me what to do,” individual rights, all of those things really played into it, as well as enormous industry resistance.

Then along came Harvey Washington Wiley. How did he launch federal oversight of food in this country?

I describe him as a “crusading chemist”—I sometimes call him a “Holy Roller chemist”—who was absolutely passionate about the idea that we needed to do something to make the American food supply safer. He had been the first professor of chemistry at Purdue University at a time when it only had six faculty members, including the university’s president. He had studied deceptive food practices when he was in Indiana. And when he came to the federal government, he was head of what was then called the Bureau of Chemistry at the USDA. He launched the federal government, for the first time in its history, into looking at the idea of food safety and food integrity. There were people who did it at the state level, but at the national level, there was no scientist looking at it.

In 1883, when my guy Wiley arrives at the USDA, there are fewer than a dozen chemists at the agency. They’re responsible for all the agricultural chemistry issues in the U.S.—everything from pesticides to crop growth to soil quality. He tells them, Now we’re going to test the integrity of the American food supply. And they do it! Starting in the 1880s, this tiny group of chemists starts doing a series of reports that have the very boring title of “Bulletin 13.” And the chemists look at dairy, and they look at canned vegetables, and they look at coffee and tea, and they look at wine and beer and spices and processed meats. And they really take apart the processed, industrialized food system of the U.S. And across the board, they find really, really bad things.

What were some examples of the questionable food practices they found?

Some of it was just fraud. There was, like, 90 percent adulteration of spices. If you were buying cinnamon, you were buying brick dust. If you were buying pepper, you were buying dirt or charred and ground rope. If you were buying coffee, sometimes you were just buying ground shells. People would grind up bones and charred lead into coffee. If you got flour, you got gypsum. If you got milk, you got chalk or plaster of paris. And actual milk was full of horrible bacteria—there was no pasteurization; there was no refrigeration. People started putting preservatives such as formaldehyde in milk; the milk started killing people around the country. All of this was completely legal. No one could ever be prosecuted for any of this.

That’s pretty horrifying. What motivated Wiley to take action?

There’s no requirement to honestly label anything [at this time]. So you see Wiley starting to say, There are so many of these additives in food, such as formaldehyde and salicylic acid, which causes the lining of your stomach to bleed, and all these other things. Why can't we just tell people what’s in the food so they know how many times a day they’re eating these products? There’s absolute industry resistance to this. Nothing passes. Wiley goes to Congress. Nothing happens. In the entire 19th century, [hardly any] federal regulation regarding food safety or drink safety or drug safety gets through Congress, which is pretty much owned by industry at this point.

So what did Wiley do about it?

Wiley ran what the Washington Post called these “poison squad” experiments, in which he experimented with young workers at the USDA and put these different additives in their food and poisoned them, essentially. The whole science of epidemiology, the science of public health, is so in its infancy at this point. His poison squad experiments had a control group—he had two groups that all consumed the same foods and drinks, but one group got these additives, and one of them didn't. It’s super primitive to us today, but it was really forward-looking and kind of methodical. It was a completely illegal experiment by today’s standards; they’d be, like, running you out of town now.

But it wasn’t just Wiley and his poison squad, right? Weren’t there other people crusading for the cause of food safety at that time?

You have what was called the pure food movement. Wiley did a lot of talking to women’s groups. Women couldn’t vote at that time, but he thought they were very politically organized and powerful. So he went and worked with a lot of women’s groups who crusaded for the cause. He found some friendly manufacturers such as [Ketchup entrepreneur] Henry J. Heinz. And there’s this start of a push toward at least public recognition that food is unsafe. In the cookbooks of the time, you have cookbook writers such as Fannie Farmer saying, Okay, I’m going to tell you to put coffee in this recipe—just be aware that it’s not going to be coffee, or, You should not put milk in the food of sick people because it’s so dangerous.

Upton Sinclair, a socialist writer, writes this book, The Jungle. It was first published in the socialist newspaper Appeal to Reason as a call to arms about the plight of the worker. And he finally gets a New York City publisher to agree to publish it. Because he had gone and embedded himself in the stockyards of Chicago, he has all this incredible description about how horrible meat processing is and the mold that’s growing on the meat that still goes into the potted ham and the disease and the rotting animals that go into the sausage. The publisher sends fact-checkers to Chicago to make sure that this isn’t all just bullshit, and the fact-checkers come back, and they say, It’s even worse than he says. A copy was sent to President Theodore Roosevelt. The book becomes this big explosion. Nobody cares about the plight of the worker. There's that famous quote from Upton Sinclair, “I aimed for the public’s heart, and by accident I hit it in the stomach.”

So what did Roosevelt do about the situation? How did it lead to Congress passing food safety regulations?

There’s such a storm about The Jungle that Roosevelt sends his own fact-checkers to Chicago. And the crazy thing about that visit is that the meat-packers know they’re coming. The meat-packers clean up the stockyards. And these fact-checkers come back, and they also go, “It’s even worse than in the book.” Roosevelt then goes to Congress, which is entirely in the pocket of the meat industry, and says, I want a meat inspection act. If you don't give me a meat inspection act, I’m going to publish this report.

He ends up publishing about six to eight pages of this report, which was almost 100 pages. Those six pages are so explosive that every country in Europe cancels its meat contract with the U.S.. And at that point, the packing industry goes, Oh, my God, we’re going to have to have a meat inspection act. And so the Federal Meat Inspection Act goes through Congress.

What did the Federal Meat Inspection Act do?

The act has got a ton of teeth in it. The meat industry has to actually pay to help inspect the meat; the meat inspectors have real power in the factories. It’s got a lot of funding built in. There’s a powerful recall apparatus built into the meat inspection act. And in this kind of storm of legislative outrage over the food supply, the Pure Food and Drug Act passes, but because it has been a political football for 20 years, it’s a mess, and there’s not a good funding apparatus. It’s got a lot of problems in terms of how you actually measure and enforce toxic substances in food, and that difference haunts our regulatory system today.

Even today, under the Federal Meat Inspection Act, the USDA inspects meat-processing factories. It inspects about 10 to 20 percent of the food processing in the U.S., and it has almost the exact same budget that the FDA gets to inspect the other 80 percent of food. And a legacy of the difference between those two acts persists—one act was driven by a huge scandal that was incredibly powerful and had the backing of industry, and one was dragged over the line with industry hostile to it, working almost from the beginning to undo all of its better applications.

Bring us back to the present. How does the legacy of these food regulation laws continue to affect us today?

The Pure Food and Drug Act was eventually replaced by the 1938 Food, Drug, and Cosmetic Act, which created the modern FDA. There have been multiple [attempted] amendments since then to the FDA’s power, such as the Food Traceability Enhancement Act. But the fundamental weakness of the powers of the FDA to enforce safety measures in food, drugs and cosmetics—that still underlies our system in terms of both funding and in terms of some of the enforcement mechanisms we see today.

To be fair, the Federal Meat Inspection Act and the Pure Food and Drug Act of 1906 were paradigm-shifting laws. It was the first time in U.S. history that the government said, Yes, we’re in the business of protecting consumers. All of the consumer-protective things that followed—the Occupational Safety and Health Administration, the Environmental Protection Agency, the modern FDA—all of those agencies are built on those two laws. I mean, they made a huge and important difference.

So, despite industry pushback, all of these government regulations of our food supply have made Americans safer.

There’s no borax or salicylic acid added to our wine and beer. We’re not using arsenic as green food coloring. We’re not using red lead to make cheddar cheese look a little more orange.

If I could persuade people not to think of regulation as a pejorative term, my life’s work would be done.

Read the full story here.
Photos courtesy of

Amid state inaction, California chef sues to block sales of foam food containers

The suit claims Atlanta-based WinCup continues to sell, distribute and market foam products in California despite a state law that was supposed to ban such sales starting Jan. 1.

Redwood City — Fed up with the state’s refusal to enforce a law banning the sale of polystyrene foam cups, plates and bowls, a San Diego County resident has taken matters into his own hands.Jeffrey Heavey, a chef and owner of Convivial Catering, a San Diego-area catering service, is suing WinCup, an Atlanta-based foam foodware product manufacturing company, claiming that it continues to sell, distribute and market foam products in California despite a state law that was supposed to ban such sales starting Jan. 1. He is suing on behalf of himself, not his business.The suit, filed in the San Diego County Superior Court in March, seeks class action status on behalf of all Californians. Heavey’s attorney, William Sullivan of the Sullivan & Yaeckel Law Group, said his client is seeking an injunction to stop WinCup from selling these banned products in California and to remove the products’ “chasing arrows” recycling label, which Heavey and his attorney describe as false and deceptive advertising.They are also seeking damages for every California-based customer who paid the company for these products in the last three years, and $5,000 to every senior citizen or “disabled” person who may have purchased the products during this time period.WinCup didn’t respond to requests for comments, but in a court filing described the allegations as vague, unspecific and without merit, according to the company’s attorney, Nathan Dooley. Jeffrey Heavey is suing foodware maker WinCup, claiming that it continues to sell, distribute and market foam products in California despite a state law that was supposed to ban such sales starting Jan. 1. (Luke Johnson / Los Angeles Times) At issue is a California ban on the environmentally destructive plastic material, which went into effect on Jan. 1, as well as the definition of “recyclable” and the use of such a label on products sold in the state.Senate Bill 54, signed into law by Gov. Gavin Newsom in 2021, targeted single-use plastic in the state’s waste stream. The law included a provision that banned the sale and distribution of expanded polystyrene food service ware — such as foam cups, plates and takeout containers — on Jan. 1, unless producers could show they had achieved a 25% recycling rate.“I’m glad a person in my district has taken this up and is holding these companies accountable,” said Catherine Blakespear (D-Encinitas). “But CalRecycle is the enforcement authority for this legislation, and they should be the ones doing this.”The intent of the law was to put the financial onus of responsible waste management onto the producers of these products, and away from California’s taxpayers and cities that would otherwise have to dispose of these products or deal with their waste on beaches, in rivers and on roadways.Expanded polystyrene is a particularly pernicious form of plastic pollution that does not biodegrade, has a tendency to break down into microplastics, leaches toxic chemicals and persists in the environment.There are no expanded polystyrene recycling plants in California, and recycling rates nationally for the material hover around 1%. A Mallard duck swims in water with Styrofoam polluting the beach on Lake Washington, Kirkland, Wash. (Wolfgang Kaehler / LightRocket via Getty Images) However, despite CalRecycle’s delayed announcement of the ban, companies such as WinCup not only continue to sell these banned products in California, but Heavey and his lawyers allege the products are deceptively labeled as “recyclable.” In his suit, Heavey includes a March 15 receipt from a Smart & Final store in the San Diego County town of National City, indicating a purchase of “WinCup 16 oz. Foam” cups. Similar polystyrene foam products could be seen on the shelves this week at a Redwood City Smart & Final, including a 1,000-count box of 12-ounce WinCup foam cups selling for $36.99. Across the aisle, the shelves were packed with bags of Simply Value and First Street (both Smart & Final brands) foam plates and bowls.There were “chasing arrow” recycling labels on the boxes containing cup lids. The symbol included a No. 6 in the center, indicating the material is polystyrene. There were none on the cardboard boxes containing cups, and it couldn’t be determined if the individual foam products were tagged with recycling labels. They were either obstructed from view inside cardboard boxes or stacked in bags which obscured observation.Smart & Final, which is owned by Chedraui USA, a subsidiary of Mexico City-based Grupo Comercial Chedraui, didn’t respond to requests for comment.Heavey’s suit alleges the plastic product manufacturer is “greenwashing” its products by labeling them as recyclable and in so doing, trying to skirt the law.According to the suit, recycling claims are widely disseminated on products and via other written publications. The company’s website includes an “Environmental” tab, which includes a page entitled: “Foam versus Paper Disposable Cups: A closer look.”The page includes a one-sentence argument highlighting the environmental superiority of foam over paper, noting that “foam products have a reputation for environmental harm, but if we examine the scientific research, in many ways Expanded Polystyrene (EPS) foam is greener than paper.”Heavey’s suit claims that he believed he was purchasing recyclable materials based on the products’ labeling, and he would not have bought the items had they not been advertised as such. WinCup, which is owned by Atar Capital, a Los Angeles-based global private investment firm sought to have the case moved to the U.S. District Court in San Diego, but a judge there remanded the case back to the San Diego Superior Court or jurisdiction grounds. Susan Keefe, the Southern California Director of Beyond Plastics, an anti-plastic environmental group based in Bennington, Vt., said that as of June, the agency had not yet enforced the ban, despite news stories and evidence that the product was still being sold in the state.“It’s really frustrating. CalRecycle’s disregard for enforcement just permits a lack of respect for our laws. It results in these violators who think they can freely pollute in our state with no trepidation that California will exercise its right to penalize them,” she said. Melanie Turner, a spokesoman for CalRecycle, said in a statement that expanded polystyrene producers “should no longer be selling or distributing expanded polystyrene food service ware to California businesses.” “CalRecycle has been identifying and notifying businesses that may be impacted by SB 54, including expanded polystyrene requirements, and communicating their responsibilities with mailed notices, emailed announcements, public meetings, and workshops,” she said. The waste agency “is prioritizing compliance assistance for producers regulated by this law, prior to potential enforcement action,” she said.Keefe filed a public records request with the agency regarding communications with companies selling the banned material and said she found the agency had not made any attempts to warn or stop the violators from selling banned products.Blakespear said it’s concerning the law has been in effect for more than six months and CalRecycle has yet to clamp down on violators. Enforcement is critical, she said, for setting the tone as SB 54 is implemented.According to Senate Bill 54, companies that produce banned products that are then sold in California can be fined up to $50,000 per day, per violation.According to a report issued by the waste agency last week, approximately 47,000 tons of expanded polystyrene foam was disposed in California landfills last year.

Microwaves produce radiation. Is that bad for me?

A Vox reader asks: Are microwaves actually bad for you, your health, and the food you eat? I think anybody who’s ever “nuked” some leftovers or a ready-made meal has pondered the same question. Nuke? As in the same nuclear radiation that causes deformities and mutations in my favorite science fiction? What exactly am I […]

Your microwave is not going to kill you. | Santiago Barrio/Cover/Getty Images A Vox reader asks: Are microwaves actually bad for you, your health, and the food you eat? I think anybody who’s ever “nuked” some leftovers or a ready-made meal has pondered the same question. Nuke? As in the same nuclear radiation that causes deformities and mutations in my favorite science fiction? What exactly am I doing to my body? It’s an understandable concern. It seems like so much of what we eat is bad for us, and US Health and Human Services Secretary Robert F. Kennedy Jr. constantly warns Americans that modern conveniences could be allowing invisible particles into our bodies that damage our health. It made sense then, that some staffers on his presidential campaign were reportedly fearful of radiation from kitchen microwaves. But here is the good news: You are not ingesting toxic nuclear radiation. Microwaves are in fact quite safe — but there are a few precautions you should be aware of, if only to avoid that tinge of anxiety the next time you hit start on your instant oatmeal. Let’s start here: Microwaves produce a very different kind of radiation than a nuclear reaction. A nuclear bomb’s detonation will emit ionizing radiation. That stuff carries so much energy it can actually strip electrons out of individual atoms, which can damage your body at the cellular level and potentially lead to cancer and other illnesses. A microwave will not. The radiation produced by your kitchen microwave, on the other hand, is “non-ionizing.” These are electromagnetic waves that are similar to radio and light waves. Non-ionizing radiation is much, much less powerful than the other kind, which means it does not possess the necessary energy to alter your DNA at the molecular level.  While prolonged, direct and intense exposure could lead to tissue damage, we are exposed to non-ionizing electromagnetic radiation all the time with no significant health harms, according to the Centers for Disease Control and Prevention. Visible light — literally the light waves from the sun or a light bulb that our eyes pick up and our brains turn to images — is even a low-grade form of it. Plus, microwaves are appliances that the FDA strictly regulates to reduce any potential risk of radiation leakage; the agency says radiation injury from microwaves is “very rare” and associated with extremely unusual circumstances or the microwave being in poor condition. Okay, we’re not radiating ourselves when we nuke a slice of pizza. That’s good. But you may still be wondering: Am I ruining the food somehow? While I personally hate the way a piece of pizza tastes after being microwaved, when considering the nutritional value (of pizza or anything else), heating your food in the microwave isn’t going to hurt it. “The non-ionizing radiation used by a microwave does not make the food radioactive,” according to the US Environmental Protection Agency. And it won’t deplete your food of its nutritional value either:  As Harvard Medical School’s Anthony Komaroff wrote in 2019, “microwave cooking is actually one of the least likely forms of cooking to damage nutrients.” The reason is simple: time. We invented microwaves to have a quicker way to heat up food and, as it turns out, that also confers some nutritional benefits. Foods leach nutrients when they are under more heat for a longer period of time. By shortening the amount of time that your food is being heated, microwaves allow it to retain more of its vitamins and minerals. It’s unambiguously better than boiling, for example, during which the hot water removes many of the nutrients. How microwaving compares to roasting, sauteeing, or air-frying depends on the vegetable, but in general, microwaves are no worse for your food — from a nutritional point of view — than other forms of cooking. Alright, microwaves aren’t slowly poisoning you, nor are they robbing your food of its health benefits. Are there any catches? Sort of.  There are at least two precautions to take when using your microwave. First, make sure you are using a safe container. Never, ever put metal in the microwave. And don’t put plastic bowls or containers in there either: Everybody is freaking out about microplastics, BPAs, and PFAS these days — and for good reason: When it comes to microwaves, you do have some reason to worry. Studies have indicated that chemicals can leach into your food if you heat your food in them using a microwave. Once they enter your body, microplastics could damage your heart and other organs, disrupt your digestion, and affect your mental sharpness. You may be better off with glass or ceramic containers. At the very least, check that the plates or bowls you’re using in a microwave have been labeled safe for that use. You may want to consider replacing containers after a lot of microwave use because the risk of leaching harmful chemicals increases with time or if they have been damaged in some way. And then there is one other kind of harm from microwaves that health officials worry about: burns. Anybody who has grabbed a plate out of their microwave as soon as the buzzer sounds knows they can produce intense heat that can burn your body when you grab your food or your tongue and mouth when you ingest it. That is what the FDA is warning consumers to be mindful of, rather than nuclear mutations. The fear of turning into an extra from the Mad Max post-apocalypse should not dissuade you from using your kitchen’s microwave — so long as you are also using an appropriate container and you handle it with care. Instead, focus on what preparation will be the most satisfying to you, and some people may want to consider what will provide the most nutritional value.  Me? I can’t stand microwaved pizza anyway. It’s always going in the oven: 325 degrees, for 10 minutes.

Nanoplastics Make Up Most of the Ocean’s Plastic Pollution

Nanoplastics—particles smaller than a human hair—can pass through cell walls and enter the food web. New research suggest 27 million metric tons of nanoplastics are spread across just the top layer of the North Atlantic

Most Plastic in the Ocean Is Invisible—And DeadlyNanoplastics—particles smaller than a human hair—can pass through cell walls and enter the food web. New research suggest 27 million metric tons of nanoplastics are spread across just the top layer of the North AtlanticBy Katharine Sanderson & Nature magazine Sergi Escribano/Getty ImagesMarine plastic litter tends to grab headlines, with images of suffocating seabirds or bottles washing up along coastlines. Increasingly, researchers have been finding tiny microplastic fragments across all environments, from the most densely populated cities to pristine mountaintops, as well as in human tissue including the brain and placenta. A study published today reveals yet another hidden source of this deadly waste: nanometre-scale particles are literally everywhere, says co-author Dušan Materić, an environmental analytical chemist at the Helmholtz Centre for Environmental Research in Leipzig, Germany.Materić and his colleagues sampled water at three depths representative of different environments in the North Atlantic Ocean. Throughout the water column, they found three types of nanoplastic: polyethylene terephthalate (PET), polystyrene (PS) and polyvinylchloride (PVC). These were present at average concentrations of 18 milligrams per metre cubed, which translates to 27 million tonnes of nanoplastics spread across just the top layer of the temperate to subtropical North Atlantic. “Nanoplastics make up the dominant fraction of marine plastic pollution,” Materić says. In the entire world’s oceans, it is estimated that there are around 3 million tonnes of floating plastic pollution — excluding nanoplastics.What are plastic nanoparticles and how different are they from microplastics?On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.The tiniest of pieces of plastic, nanoplastics are defined by the researchers as having a diameter of less than one micrometre (one one-thousandth of a metre). Microplastics are between one micrometre and 5 millimetres across. At the smaller scale of nanoplastics, materials behave differently. Materić and his colleagues found that the particles were distributed throughout the water column, rather than settling to the bottom. The movement of the nanoplastic particles was dominated not by gravity, but by the random movement called Brownian motion, and by collisions with water molecules.How did the team find the nanoplastics?The scientists took water samples during a November 2020 cruise on research vessel Pelagia, which is owned by the Royal Netherlands Institute of Sea Research in Texel. They sampled at 12 locations: 5 in the system of circular currents called the North Atlantic subtropical gyre; 4 in the open ocean; and 3 from coastal areas on the European continental shelf. At each location, they gathered samples at depths of 10 metres and 1,000 metres below the surface, and then 30 metres off the ocean bottom.The nanoplastics were detected using a technology called thermal-desorption proton-transfer-reaction mass spectrometry. “We faced multiple challenges,” says Materić, including the need to remove contaminants other than nanoplastics. Each 10-millilitre sample was run through a filter with micrometre pores to clear out microplastics. Samples were then slowly heated, releasing any organic matter and allowing the remaining plastics to be identified.Not all was as expected. “We faced a big mystery,” says Materić. One major class of plastics, polyethylene (PE), was missing from the data, even though fragments almost certainly enter the ocean. The fragments probably transform into something else, or might fall to the sea bed, says Materić. “This suggests that PE nanoplastic cycling in the ocean environment follows some unusual pathway — either rapid chemical alteration or mineralization, or fast sinking.”Should we be surprised that nanoplastics are an overlooked source of plastics pollution? Should we be worried?“This does not come as a surprise to me, as I have been aware of the extent and magnitude of the problem for some time,” says Tony Walker, an environmental scientist at Dalhousie University in Halifax, Canada. “Nanoplastics, unlike microplastics, are able to pass through cell walls, meaning that they are already incorporated into the ocean phytoplankton which serve as the base of the marine food web and are able to be transferred through the marine food web,” he explains.The ubiquitousness of nanoplastics means they should be taken seriously, says Materić. “Given their toxicological potential, they may represent the most problematic plastic size fraction for ocean life,” he says. Walker agrees: “This should be a wake-up call to all of us,” he says. “The extent to which nanoplastics can infiltrate every ecosystem and living cell on the planet is even far worse than what we already know about microplastics and larger plastic pollution.”What can be done to mitigate the pollution?The next and likely final round of negotiations for a legally binding United Nations treaty on plastics pollution will kick off in August in Geneva, Switzerland. On the table is a limit on future plastic manufacture, but this is being resisted by some countries, including those that rely on oil and gas exports to power their economies.“One of the best strategies to mitigate future nanoplastics pollution or release into the environment is to cap plastic production,” says Walker. “Turn off the tap.”This article is reproduced with permission and was first published on July 9, 2025.

Dear Doctor: Sun exposure is the primary cause of thinning skin

"Could I take vitamin K or increase my platelets to limit this happening?"

DEAR DR. ROACH: I thought you could help with a stubborn problem. I am a healthy and active 78-year-old woman who, I admit, likes to look younger than my age. The problem is my skin, especially on my hands and arms; I get these bruises that look unsightly and take a while to resolve. I hear it is from age-related thin skin. My friends of this generation also complain about these red spots or bruises. They don’t hurt.Could I take vitamin K or increase my platelets so as to limit their happening? I’ve read not to take aspirin or any pain reliever. Is there any medicine to take to help my blood coagulate better or make my skin thicker? -- S.M.ANSWER: This common problem is called solar purpura, and it is largely the sun causing the damage to the skin, thinning it with age. Avoiding the sun and moisturizing your skin diligently can reduce the risk of this happening. Once it’s happened, these measures are still important for preventing it from getting worse.You should still avoid the sun and moisturize to prevent the condition from worsening. One study showed that bioflavinoid supplements helped reduce new bruises. These aren’t particularly expensive, but you can also get them through food, specifically citrus and other fruits.Vitamin K deficiency causes clotting problems, but taking more vitamin K doesn’t help. Aspirin does reduce the effectiveness of platelets, but if you are prescribed it (for blockages in the heart, for example), you should definitely keep taking it. Occasional ibuprofen has little effect on platelets, and acetaminophen (Tylenol) has none.DEAR DR. ROACH: For years, I have been plagued by a chronic nasal drip. It’s usually most present in the mornings, though it seems to be intermittent during the day. I frequently have to wipe or blow my nose. I thought it might be due to allergies, so I have been taking a Zyrtec tablet every morning. But it doesn’t seem to have any effect.I talked with my primary care physician about this, but he didn’t have any recommendations. I don’t know what is going on or how to stop this. Do you have any recommendations? -- R.M.ANSWER: An antihistamine like Zyrtec is a reasonable thing to try as allergic rhinitis often responds to antihistamines. (We just love our Latin and Greek names, and “rhinitis” comes from the Greek roots for “inflammation of the nose.”) Since an antihistamine didn’t work, it seems likely that you might have nonallergic rhinitis, and a nasal spray like ipratropium is usually effective for this.I also recommend azelastine nasal spray, which is now available over the counter as “Astepro.” There are some steps you can do to help your environmental risk, such as reducing dust and avoiding excess dryness.I warn people against the habitual use of nasal decongestants like Afrin, which should only be used for a day or two -- never more than three. Once the body gets used to it, nasal congestion will worsen every time a person tries to go without it.If the nasal spray doesn’t do the job, I’d recommend an evaluation by an expert, such as an otorhinolaryngologist, who may need to look for nasal polyps, laryngopharyngeal reflux, and other less-common causes.Dr. Roach regrets that he is unable to answer individual letters, but will incorporate them in the column whenever possible. Readers may email questions to ToYourGoodHealth@med.cornell.edu or send mail to 628 Virginia Dr., Orlando, FL 32803.(c) 2022 North America Syndicate Inc.All Rights Reserved

Ashland Earth Day celebrants find ways to help the planet, say ‘hang in there’

Ashland is a year-round Earth Day with "people who are creating organic, local, sustainable food, drink and music," said A Street Block Party participant Emily Simon.

Joe Bianculli participated in the first Earth Day on April 22, 1970, and 55 years later, he was handing out environmental-action information to throngs of people attending Ashland’s first Earth Day A Street Block Party. Biancelli, who lives in Ashland and volunteers for Klamath-Siskiyou Wildlands (“KS Wild”), said on Tuesday, “We had high hopes for saving the planet and we still have high hopes. It’s getting tougher and tougher every year, but we all have to hang in there.”The ecologically focused event in the historic Railroad District stretched for blocks along A Street, past the Ashland Food Co-op and Masala Bistro to the KS Wild open house, where Biancelli handed out stickers that read “Love where you live, defend what you love” in the front yard as the bluegrass band Eight Dollar Mountain performed in the backyard.About 1,000 people attended the free outdoor event organized by Karolina Lavagnino of Wild Thyme Productions.People chatted in line to order from the Tacos Libertad food truck in the parking lot used year round by customers of Get ‘N Gear second-hand outdoor equipment and clothing stores. Near an outdoor display of used kayaks and bikes for sale, volunteers of Ashland Devo explained the group’s mission: to cultivate grit, resilience and camaraderie in youth through the sport of mountain biking. Board member Moneeka Settles said Earth Day is simple: It’s a chance to “gather together and celebrate Earth.”Across A Street, in a lot next to the Ashland Yoga Center, Suzee Grilley was leading Elbow Room Taiko drummers, who captivated a large crowd with their rhythmic sound and dramatic movements around barrel-shaped drums.“We always celebrate Earth Day,” said Grilley. “We feel a lot of our music expresses a communing with nature, and the sprits that animate nature, from the trees, to the sky, to the water, to the earth itself, to human beings and animals.”She said the drums the group play reflect nature. “Every one of our drums is made of wood, skin and metal, and crafted with love and prayer by an artisan,” she said.Vince DiFrancesco of the Siskiyou Mountain Club, which works to maintain more than 400 miles of backcountry trails, welcomed people to his booth set up between the Grange Co-op and Ace Hardware.DiFrancesco sees Earth Day as a time for public service. “It’s about getting out and doing work on public lands to keep them open for recreation for everybody,” he said. Nearby, musician Gatore Mukarhinda drummed a heartbeat and sang a love song to Mother Earth. “She says, ‘take care of me,’” he said.Aubrey Laughlin of Talent, who had recently volunteered for Siskiyou Mountain Club trail work, said the idea for Earth Day was about “looking out for the next generation and connecting with each other, the place we live and our community.” Marie DeGregorio of Medford, who also attended the street party, said the day reminds people that “the planet needs help and we are stewards.”Party goer Susan Cox of Ashland agreed. To her, the day means “taking care of the planet, and each one of us doing our part as best we can and keeping it happy.” Yu Kuwabara of Ashland, who rode his bike to the event, said “Earth Day is a celebration of getting outside and enjoying the community.” Plenty of people rolled into the event on bikes, and Piccadilly Cycles provided free bike valet parking in front of its store.People gathered around booths displaying handmade jewelry and vendors selling treats like vegan- and gluten-free Plant Baked cookies, donuts, blueberry limoncello squares and cinnamon swirl loaves.Bloomsbury Books, a landmark independent bookstore on Ashland’s East Main Street, had a pop-up shop with nature-focused books. Earth Day is a day to learn about the environment, said bookstore co-owner Megan Isser. “Come read,” she said, gesturing to a table with copies of books, including “Garden Guide for the Rogue Valley,” published by the Jackson County Master Gardener Association with support from the Oregon State University Extension Service. Adults tasted small-batch wines from Circadian Cellars at the Ashland Recycled Furniture store, and mocktails by Hummingbird Heart Co. in a lot near Fourth Street.Creekside Strings fiddlers kicked off the event around 4 p.m. with traditional tunes in front of La Baguette Music Cafe, well known for its weekly jazz sessions. The event ended there too at 7:30 p.m. after a performance by folk duo Jenika Smith and Simon Chrisman.To block party participant Emily Simon, the best place to be on Earth Day was in Ashland, where she lives and supports sustainable businesses year round. “It’s such a wonderful event to be out here with our neighbors,” she said, “and celebrating the Earth with people who are creating organic, local, sustainable food, drink and music.”Upcoming Earth Day events:ScienceWorks Hands-on Museum hosts its annual Earth Day celebration 3:30-7 p.m. Friday, April 25, with activities highlighting the science of sustainability at 1500 E. Main St. in Ashland (541-482-6767). Parking is limited and people are encouraged to walk, bike, carpool or use public transit.Pollinator Project Rogue Valley holds its spring native plant sale 10 a.m.-2 p.m. Sunday, April 27, with five growers offering a large selection of plants (listed here) native to the southern Oregon bioregion in the parking lot behind The Pollination Place at 312 N. Main St., Phoenix.See more events statewide at oregonlive.com.Here is Oregon: Southern Oregon— Janet Eastman covers design and trends. Reach her at 503-294-4072, jeastman@oregonian.com and follow her on X @janeteastman.

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