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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

Food is medicine, and that’s a fact. Why we all need Native American foodways

Ecologically sound farming and land stewardship can change individual, collective and planetary healthWithin Indigenous communities across North America and beyond, we have long known that food is medicine. This isn’t just theory; it’s fact. We understand that seasonal, regionally specific and culturally relevant foods are vital for nurturing, nourishing and healing both our people and our planet. And it’s high time we all embrace the Native American concept of food as medicine.Our ancestral wisdom has ensured our survival for millennia, even in the face of unthinkable circumstances like colonialism, genocide and ongoing oppression. This ever-relevant knowledge will ensure our collective survival amid today’s unthinkable circumstances here in the United States, such as political instability, climate change and rising health issues. Continue reading...

Within Indigenous communities across North America and beyond, we have long known that food is medicine. This isn’t just theory; it’s fact. We understand that seasonal, regionally specific and culturally relevant foods are vital for nurturing, nourishing and healing both our people and our planet. And it’s high time we all embrace the Native American concept of food as medicine.Our ancestral wisdom has ensured our survival for millennia, even in the face of unthinkable circumstances like colonialism, genocide and ongoing oppression. This ever-relevant knowledge will ensure our collective survival amid today’s unthinkable circumstances here in the United States, such as political instability, climate change and rising health issues.So much of these lessons exist within our foodways, which in a Native worldview we recognize as inherently intertwined with our culture, land and history. Long before European arrival, Native groups across North America established robust, thriving societies undergirded by ecologically sound foodways. In stark contrast with today’s extractive, exploitative food system, these place-based traditions emphasized sustainable, climate-savvy principles – and they’re still being practiced today.I delved deep into that knowledge during my years-long research alongside renowned Oglala Lakota chef Sean Sherman while co-writing the new book Turtle Island: Foods and Traditions of the Indigenous Peoples of North America. He is perhaps best known for his Minneapolis restaurant, Owamni, which serves “decolonized” food made without European-introduced ingredients, such as beef, chicken, pork, dairy, wheat flour and sugar cane. With this book, Sean and I are shining a spotlight on the countless elders, cooks, producers and culture bearers who have helped safeguard centuries-old wisdom that’s been passed from generation to generation.Sean’s bigger-picture mission to revitalize Indigenous foodways is a reintroduction to the ways our communities sustained ourselves for centuries. Before European arrival, we didn’t experience the many colonialism-driven health issues that still plague Native communities – and affect non-Native communities, too – including disproportionate rates of obesity, type 2 diabetes and heart disease. As Sherman often says, if we can control our food, we can control our destiny.That’s not hyperbole. It’s an acknowledgment that, especially within Indigenous communities, food sovereignty is synonymous with food security. To better understand that, we need to rewind a bit.Within Native cultures, we have long hunted, fished and foraged without over-harvesting in order to leave enough bounty for others and to ensure the survival of key animal and plant species. Our ancestors developed sophisticated agricultural techniques that allowed us to cultivate nutrient-rich crops in harmony with the regional climate and circumstance. Prime examples of this include waffle gardens – a pattern of sunken squares of land that collect water developed by the Zuni people in the south-west desert land. There are also chinampas – floating gardens atop small humanmade islands in shallow lakes and swamps, first employed in ancient Mesoamerica by the Aztecs. We stewarded the land using time-honored permaculture traditions, such as controlled burns, that helped us live in harmony with the natural world around us.Navajo churro sheep at the Rio Grande Botanic Garden Heritage Farm, on 14 March 2018. Photograph: Zuma Press Inc/AlamyAs American colonialism swept across this land, our thriving, independent tribal nations proved challenging for the land-hungry nascent United States. To address the so-called “Indian problem”, the budding US government very deliberately targeted our food sources and systems to devastating effect. Those efforts took shape as the “scorched-earth” campaigns that destroyed everything in their path across the south-west, the systematic slaughtering of bison herds in the Great Plains to near eradication and other similarly aggressive tactics designed to starve us into submission. The underlying theory was this: if you can control the peoples’ food, you can control the peoples – a terrible twist on Sean’s aforementioned sentiment.As our Native communities were systematically displaced from our homes and disconnected from our cultures, we adapted. Ours is a story of ever-evolving resilience. Amid forced relocation, our tribal communities identified plants and animals endemic to those new areas and shifted crop-cultivation techniques for new climates. A prime example of this adaptation is the development of the Navajo churro sheep. Descended from the Iberian breeds brought to North America in the 1500s, this animal is now an integral element of Diné lifeways from both a cultural and a culinary standpoint. Generations of families have long tended to their churro herds, weaving their wool into rugs and clothing and incorporating their mutton and milk into both everyday and ceremonial meals.At the same time, as our tribes were relegated to small reservations often situated on land deemed unwanted and unproductive, the introduction of government commodity foods introduced those marked health disparities we still experience. These highly processed, nutrient-devoid foods – think canned beef with juices, blocks of neon-orange cheese and powdered egg mix – bear striking similarities to the foods that make up the modern standard american diet (it’s not a coincidence that that acronym is Sad).But this isn’t just a history lesson. It’s crucial that we reconcile what took place in the past to better understand how we got to the present and where we go from here toward a better future for all. That’s the beauty of Indigenous wisdom; in our worldview, knowledge is not for hoarding. It’s for sharing.In recent years, we’ve seen a long-overdue embracing of traditional ecological knowledge. This Indigenous science, if you will, has long been dismissed in favor of western science, with an emphasis on qualitative data over quantitative data. Native thought leaders like Potawatomi botanist Robin Wall Kimmerer and Binnizá/Zapotec/Maya Ch’orti’ environmental scientist Jessica Hernandez are leading the charge to reshape our understanding of science. Many people are now realizing that the way Indigenous communities have long lived is better for our species and our planet.We’ve also witnessed small yet meaningful land back gains, in which privately and/or publicly owned lands have been returned to once again be stewarded by Native hands. Much like the Native food movement, the land back movement is cause for collective celebration, as it benefits everyone. After all, even though Indigenous peoples make up just 5% of the world’s population, we protect an estimated 80% of our planet’s remaining biodiversity.In a world where food has been weaponized against us time and again – not just Native Americans, but non-Native Americans, too – Indigenous cultures offer a blueprint for a decolonized future – a future where nutritious, sustainably harvested and produced food is recognized as a basic right. Food is medicine, and it is medicine for all.

How to make sustainable seafood choices this Christmas to ease the pressure on Australia’s oceans

Australian Marine Conservation Society’s GoodFish guide aims to showcase the most environmentally friendly seafood sources Get our breaking news email, free app or daily news podcastAs a challenging year for marine life heads into its final weeks, GoodFish has shared its list of sustainable choices for the festive season to help take the pressure off Australia’s oceans.“It’s a time to be more careful than ever,” said Adrian Meder, sustainable seafood program manager at the Australian Marine Conservation Society, which produces the GoodFish guide. Continue reading...

As a challenging year for marine life heads into its final weeks, GoodFish has shared its list of sustainable choices for the festive season to help take the pressure off Australia’s oceans.“It’s a time to be more careful than ever,” said Adrian Meder, sustainable seafood program manager at the Australian Marine Conservation Society, which produces the GoodFish guide.The year has been marked by unprecedented high sea surface temperatures, mass fish kills and the persistent effects of South Australia’s toxic algal bloom, along with pollution from Tasmanian salmon farms and a renewed rise in overfishing, he said.Sign up: AU Breaking News email“The good news is, a whole lot of seafood producers are putting their best foot forward and showing the exact kind of leadership we need to address these challenges,” he said. “That’s who we’re showcasing this Christmas time.”Prawns are a summer staple for many families, commonly served chilled or thrown on the barbie.“Right now there’s a flood of imported prawns farmed with very questionable environmental practices pouring into Australia,” Meder said.Instead of imported vannamei prawns, GoodFish recommended locally caught king prawns from SA’s Spencer Gulf or Australian-farmed tiger or banana prawns as better options.The green-listed Spencer Gulf fishery was set for a bumper Christmas season, he said, while prawn farms along the Great Barrier Reef were required to meet stringent environmental requirements.The environmental practices of Tasmanian-farmed Atlantic salmon continue to be unacceptable, Meder said, with pollution, heavy antibiotic use and unacceptable treatment of wildlife such as seals.“We’re looking to steer people towards sustainably farmed fish, like barramundi and Murray cod,” he said. They are just as versatile in the kitchen, and uniquely Australian.Australian or New Zealand-farmed king salmon were also good alternatives to Atlantic salmon, according to the guide. For those wanting to try something different, New South Wales caught dusky flathead was a new addition to the guide’s green list.Farmed Australian oysters and mussels remained a good choice, Meder said.“They’re absolutely delicious and they’re farmed with remarkably low impact on the natural environment – an absolute Christmas classic from both a culinary and an environmental perspective.”Christmas was a good opportunity to support seafood producers in South Australia, an industry that had suffered due to the algal bloom. Meder said the state had a strong track record of monitoring the health of its seafood and the conditions of its marine environment, with a number of SA fisheries green-listed in the guide.“If you can find South Australian seafood on your shelves, you can have a really high confidence that it’s safe to eat,” he said.Sydney Fish Market’s existing Pyrmont site will remain open for a final Christmas seafood marathon, before moving to a brand new building in January. Shoppers were expected to turn out in record numbers for one “last hurrah” as retailers opened their doors for 36-hours straight, chief executive, Daniel Jarosch, said.“We will celebrate one final Christmas in our current home, before we open the doors to Sydney’s newest waterfront icon,” he said.Last year the market traded about 350 tonnes of seafood over the Christmas period, with 120t of prawns and 70,000 dozen oysters among the top sellers.Meder’s advice for anyone planning their festive feast was to “go straight to our GoodFish guide”. The guide rated the sustainability of 90% of seafood available in Australia, and suggested better alternatives when something came up as unsustainable.“Better yet, we’ll give you some advice on how to prepare it for friends and family as well to make sure Christmas is a special time and a sustainable time.”

Açaí is everywhere - but the next 'superfood' could be emerging from the Amazon

Move over açaí berries - a new superfood could be emerging from the Amazon rainforest.

Açai is everywhere - but the next "superfood" could be emerging from the AmazonGeorgina RannardClimate and science reporter, Belém, BrazilGetty ImagesAçaí is a popular health food sold around the worldIn a lab in a renovated warehouse on the banks of a churning, brown river in Belém, Brazil, machines are pulping candidates for the next global "superfood".Cupuaçu... Taperebá... Bacaba... Like açai berries - these strange fruits are rich in antioxidants, fibre or fatty acids.If Brazil has its way, they could soon be popping up on your social media feeds and being sold in fashionable cafes in the UK, Europe and the US.It's part of a bold plan by the country, which is hosting the COP30 UN climate talks, to tackle climate change, protect nature and create wealth in the face of considerable regional poverty."There's a lot of superfoods in the forest that people don't know," says Max Petrucci, founder of a local company Mahta that sells powdered cacao and brazil nuts for shakes.The drink he gives me to try is gritty and tastes like chocolate without sugar.Getty ImagesCupuaçu fruit is little known outside of the Amazon"We're focussed first on nutrition and the health benefits that these Amazonian ingredients provide," he explains.But the second benefit, he explains, is "social and environmental". He says they pay fair prices and only buy from farmers who practice sustainable farming.It sounds like a marketing pitch and the company's slick packaging promises "ancestral ingredients" and the "power of purple fruits from the forest". Getty ImagesTaperebá is another Amazonian fruit used for juices in some parts of northern BrazilScientific research into the benefits of "superfoods" is limited, but eating Amazonian fruits is generally recognised to be good for you.Larissa Bueno, also at Mahta, explains that they only sell powdered foods - "similar to Huel in the UK," she says.Transporting raw fruits that degrade within days of picking is expensive. But if companies freeze dry ingredients into powders to sell to supermarkets or ship abroad, "it keeps more of the nutritional value and it's a smart way to keep more economic value in Brazil", she explains. Getty ImagesAçaí fruit is harvested from palm trees - many in Pará state in BrazilThe lab in Belém's Bioeconomy Park is helping small companies test new ways of preserving fruits."People have been eating from these forests for more than 10,000 years. There are many, many, many undiscovered superfoods, " Max says.The Amazon rainforest, which covers 6m sq km, has always been full of natural wealth. But for decades its vast ecosystem has been decaying, with areas chopped down to sell timber or clear space for crops like soy or for cattle.This damaged one of the earth's great protections against climate change - trees that soak up planet-warming carbon dioxide.Unusually, more than two-thirds of Brazil's greenhouse gas emissions come from land use and agriculture, rather than energy like most countries. Those emissions mainly stem from cutting down forest or growing vast amounts of food.Getty ImagesSome farmers work on small parcels of land in the rainforest to sell products like coffee or fruitPresident Luiz Inácio Lula da Silva has promised to halve deforestation by 2030. In the 12 months to July 2025, rates reached an 11-year low.But the forest is a resource. The nearly 30 million people living in the Amazon region, and across Brazil, need and want to make a living.Brazil is pushing the idea of building a prospering economy by sustainably using natural resources, preserving nature to protect the vitality of the land, and developing valuable products including fuels, pharmaceuticals, and foods.Building this "bio-economy" features strongly in its national climate action plan.Sarah Sampaio runs a small coffee company that grows coffee beans in the shadow of trees, using a method called agroforesty - or agriculture that helps cultivate forests. She works with around 200 families of farmers in the Apui region, which has one of the highest rates of deforestation.CapozoliSarah Sampaio's company grows coffee in the shade in the Amazon"We plant native Amazonian trees and the coffee together. The trees shade the coffee plants and farmers can also grow their own food around those plants," she says."When the coffee plant dies, the trees remain as the forest, so it's helping to restore the Amazon," she says.The coffee she brews for me has a light, fruity taste. She's proud that the three of her coffees were selected among the 30 best in Brazil in a national competition called Coffee of the Year. "If we want to stop more trees from being chopped down, we have to provide people with an alternative income, a sustainable way of living," she says.Whatever the next Amazonian superfood is, it will need to challenge açaí. The purple berry is grown and eaten in huge quantities in northern Brazil and sold for nearly £10 per smoothie bowl in parts of London.Getty ImagesBrazil produces around a third of the world's coffeeDamien Benoit sells açaí ice cream in Europe. "It's very high in antioxidants, in fibres and unsaturated fatty acids, and in different minerals that make it very popular among people who do sports," he says.He works with families who keeps four hectares of açai plants in the forest "with a minimum number of species per hectare that must be monitored," he says."We make sure children go to school, and gender equality is a huge topic for us," he claims.On their own, these small companies cannot feed millions of people and, so far, they've prospered due to grants or capital from charities and funds that invest in companies aimed at protecting nature.CapozoliThe Laboratório-Fábrica in Belém's new Bioeconomy parkAnd there are questions around how much they can be scaled up. If açaí production was expanded into many industrial-size plantations, it could start to cause exactly the same problems that people like Damien are trying to solve.But there's a reason the word "bioeconomy" is plastered all over the UN climate talks."We need to move from a world dependent on fossil fuels - that is clear," says Ana Yang, Director of the Environment and Society Centre at Chatham House."And if we don't have solutions that are bio-based, we will not be able to do that," she says.This is by no means a magic bullet solution to the problem of how to replace fossil fuels with clean energy and use the land in a way that protects nature.Brazil has also promised a four-fold increase in the use of biofuels, which can be controversial, by 2035. Biofuels such as ethanol are often touted as a replacement for fossil fuels, but they can lead to deforestation as demand increases for the crop to burn to make the fuel.Some are concerned this will lead to the unsustainable extraction of timber or sugarcane to export abroad and burn, and the theft of indigenous peoples' land.Ms Yang says it's essential to put safeguards like strong regulation in place."Not all bio-based transitions are good," she says."If they lead to destruction of natural habitat or they don't have good social practices, then it isn't solving the original problem," she explains.

What are bio-beads used for and how did they get spilled on to Camber Sands beach?

Plastic pellets attract algae and smell like food so can be eaten by birds, fish and dolphins and can cause the animals’ deathsBeads spreading on Sussex coast after ‘catastrophic’ spill, meeting toldMillions of toxic plastic beads were spilled on to Camber Sands beach, in East Sussex, a few days ago, putting wildlife at risk in what the local MP called an “environmental catastrophe”.Southern Water, the local water company, has taken responsibility for the spill after a mechanical failure at one of its treatment plants, which caused the beads to be released. Continue reading...

Millions of toxic plastic beads were spilled on to Camber Sands beach, in East Sussex, a few days ago, putting wildlife at risk in what the local MP called an “environmental catastrophe”.Southern Water, the local water company, has taken responsibility for the spill after a mechanical failure at one of its treatment plants, which caused the beads to be released.What are “bio-beads”?These beads are referred to by water companies as “bio-beads”, though they are made of artificial materials.They are tiny plastic pellets used as filters in wastewater treatment. They are used to catch bacteria and other contaminants, and are about 5mm in length and have a dimpled surface to get bacteria to stick to them. They create a film of microorganisms which break down contaminants in water, known as a biofilm.Water treatment centres use billions of these tiny beads in their tanks.Why are they so bad for the natural environment?Firstly, they are plastic, and can be ingested by marine life. They attract algae and smell like food, so are eaten by birds, fish and dolphins, which can be fatal.They will break down into microplastics, which stay in the environment and are almost impossible to remove.The beads on Camber Sands. Photograph: Anna McGrath/The GuardianThey are also sometimes made of waste materials from electronic equipment such as televisions which means that they are contaminated with heavy metals. Studies have found that they contain a high number of polycyclic aromatic hydrocarbons, which are carcinogenic.Additionally, they are used to soak up bacteria, so they can also spread harmful pathogens into the environment.How do they get spilled?They escape from water treatment centres en masse if the filters break or are not working properly. Also, if untreated sewage is spilled into the environment from these centres at the point at which it is being filtered by plastic beads, the beads will also escape.They can also escape from recycling centres and if the container they were delivered in was damaged.Are they often spilled?Yes, fairly often. A report by the Cornish Plastic Pollution Coalition suggested that Cornwall and the Channel coast are major hotspots for bio-bead pollution within the UK.The Channel is a hotspot for bio-bead spillages. Photograph: Anna McGrath/The GuardianThey stay in the environment as they are so hard to remove. After the recent spill, volunteersspent days on their hands and knees trying to get rid of as many as possible from the beach by hand. However, beads spilled on Camber Sands in two major incidents in 2010 and 2017 are still being found. This most recent spill will therefore probably have a negative impact on the environment for many years.Are there any alternatives for their use?Yes. There are similar products made of glass, which is less harmful to the environment, but these are more costly.Other sustainable options are being developed, including filters made of coconut shells, which biodegrade harmlessly into the environment.Many water companies use fixed filters rather than buoyant, moving beads, which reduces the risk of plastic pollution being spilled into the environment. This includes “bio-blocks” which are solid, porous blocks made from materials such as ceramics, concrete, or polymers, designed to support the growth of biofilm.Water companies can also use electrocoagulation, which involves using electric currents to remove contaminants.

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