Category: MIL-OSI

Source: The Conversation – USA – By Amanda Meng, Senior Research Scientist, College of Computing, Georgia Institute of Technology

The Iranian regime’s internet shutdown, initiated on Jan. 8, 2026, has severely diminished the flow of information out of the country. Without internet access, little news about the national protests that flared between Dec. 30, 2025, and Jan. 13, 2026, and the regime’s violent crackdown has reached the world. Many digital rights and internet monitoring groups have assessed the current shutdown to be the most sophisticated and most severe in Iran’s history.

We are a social scientist and two computer scientists at the Georgia Institute of Technology’s Internet Intelligence Lab who study internet connectivity.

Through the Internet Outage Detection and Analysis project, we have been measuring internet connectivity globally since 2011. The project was motivated by the internet shutdowns during the Arab Spring mass protests that began in December 2010 against Middle Eastern and North African regimes.

The project provides a public dashboard of internet connectivity measurements. Its long view of global internet connectivity offers insight into the Iranian regime’s developing sophistication in controlling information and shutting down the internet in the country.

Our measurements show that Iran has been in a complete internet shutdown since Jan. 8. This is longer than the 48½-hour shutdown in June 2025 during the Israel-Iran war and surpasses the duration of the November 2019 shutdown that lasted almost seven days. Compared to the two weeks of nightly mobile phone network shutdowns in September to October of 2022 during the Women, Life, Freedom protests, this shutdown is more complete by also closing down fixed-line connectivity.

Measuring internet connectivity

The Internet Outage Detection and Analysis project measures global internet connectivity through three signals related to internet infrastructure: routing announcements, active probing and internet background noise.

Core routers, unlike the router in your home, are responsible for directing traffic to and from networks. Routing announcements are how they communicate with each other. If a nation’s network of routers stop making these announcements, the network will disappear from the global internet.

We also measure the responsiveness of networks through probing. To create the probing signal, we continuously ping devices in millions of networks around the globe. Most devices are designed to automatically respond to these pings by echoing them back to the sender. We collect these responses and label networks as “connected/active.”

A tool we use dubbed “network telescope” captures internet background noise – traffic generated by hundreds of thousands of internet hosts worldwide. A drop in this signal can indicate an outage.

A history of shutdowns

The first nationwide shutdown that the Internet Outage Detection and Analysis project observed in Iran was during the “Bloody November” uprising that happened in 2019. During that shutdown, the primary method the regime used was turning off routing announcements, which stopped all traffic between routers. This is a blunt force tool that makes the internet essentially go dark; no connectivity is possible for affected networks.

However, our measurement reporting showed differences in signal-drop patterns among the three data sources we track. These patterns demonstrate the regime’s adoption of diverse disconnection mechanisms and large differences in the timing of disconnection by various Iranian internet service providers (ISPs).

This reporting also showed evidence that the 2019 blackout was not complete and some people were able to circumvent it. Nevertheless, as documented by Amnesty International, the internet darkness created a “web of impunity” that allowed the regime to violate international human rights law without any accountability.

In September 2022, the Women, Life, Freedom protests erupted after the killing of Mahsa Amini in state custody. To suppress the nationwide mobilization without exacting a high cost, the Iranian regime implemented nightly shutdowns affecting only mobile networks. Keeping fixed-line internet connections online limited the impact of these shutdowns to mitigate the economic, political and social costs.

These nightly internet curfews lasted about two weeks. During this time the regime implemented other forms of censorship, specifically blocking applications to further control the information environment and to prevent access to technologies for circumventing censorship.

In June 2025, the Israel-Iran war began and we observed initial degradation in internet connectivity, which often occurs during times of conflict, when internet and power infrastructure are affected by missile attacks. The Iranian regime shut down the internet over four days, citing national security as its rationale.

That time, the regime did not use routing announcements to implement the shutdown. Our measurement data shows that routing announcements were largely unaffected. Instead, the Iranian regime implemented the shutdown by interfering with key protocols that allow the internet to function, including transport layer security and the domain name system.

The regime used these techniques to shut off Iran’s connectivity with the global internet while allowing specific, sanctioned access in a policy called whitelisting. This strategy shows an increased sophistication in how the Iranian regime implements shutdowns and controls the flow of information.

Organizations that support digital human rights in Iran report that some Iranians were able to circumvent the shutdown using virtual private networks and various censorship-resilient technologies such as peer-to-peer networks.

Jan. 8, 2026

On Dec. 30, 2025, the Internet Outage Detection and Analysis project team received reports of internet disruptions amid the start of nationwide protests. At 8 p.m. Iran Standard Time on Jan. 8, 2026, the Iranian regime shut down the internet. Our measurements show a nominal amount of responsiveness to our active probing, about 3%. This small amount could be an artifact of our measurements or lingering connectivity for whitelisted access, for example for Iranian government officials and services.

Outside of very limited whitelisted connectivity, digital human rights groups reported severely limited access to the internet both internationally and domestically. According to digital rights group Project Ainita, the Iranian regime implemented the shutdown by interfering with transport layer security and the domain name system. In addition, landline phone calls have been only intermittently available.

Aside from these more sophisticated techniques, this shutdown evokes the Bloody November shutdown of 2019 in that it has been ordered during a time of protest with mass civilian casualties.

Jammed satellites

Since Russia’s full-scale invasion of Ukraine in 2022, low Earth orbit satellite services, such as Starlink, can help people maintain internet connectivity during outages and government-ordered shutdowns. These satellite services can allow users to bypass damaged or state-censored terrestrial internet infrastructure.

However, accessing the internet via satellite services during a shutdown is not without risk. User terminals communicate with satellites via radio frequency links that can be detected through surveillance, for example from planes or drones, potentially exposing users’ locations and putting them at risk of being identified. Currently, the Iranian regime is using jammers to degrade the Starlink connection.

One of the most significant barriers to connecting users in Iran to satellite services is a logistical one. Providing connectivity via Starlink’s service would require distributing a large number of user terminals within the country, a feat that would be difficult because the devices are likely to be considered illegal contraband by the government. This severely limits the scale at which such services can be adopted.

Recent technological developments, however, may partially mitigate this challenge. Starlink’s direct-to-cell capability, which aims to provide LTE cellular connectivity directly to ordinary cellphones, could reduce dependence on specialized hardware. If they become widely available, such systems would allow users to connect using common devices already in circulation, sidestepping one of the most difficult barriers to providing connectivity.

Like other radio-based communications, however, direct-to-cell connectivity would remain vulnerable to signal jamming and other forms of electronic interference by the government.

For the time being, the Iranian regime controls the country’s internet infrastructure, which means it still has a virtual off switch.

Amanda Meng receives funding from the State Department.

Alberto Dainotti receives funding from the U.S. National Science Foundation. IODA was initially built with funding from the National Science Foundation and the Department of Homeland Security Science & Technology Directorate. A large body of IODA work was also funded by the U.S. State Department and by the Open Technology Fund.

Zachary Bischof receives funding from the State Department.

– ref. Iran’s latest internet blackout extends to phones and Starlink – https://theconversation.com/irans-latest-internet-blackout-extends-to-phones-and-starlink-273439

Source: The Conversation – USA – By Kelly Lambert, Professor of Behavioral Neuroscience, University of Richmond

When a curious raccoon broke into an Ashland, Virginia, liquor store in December 2025, sampled the stock and passed out on the bathroom floor, the story went viral within minutes. The local animal shelter’s Facebook post was picked up by national and international outlets and quickly inspired raccoon-themed cocktails, “trashed panda” merchandise and even a cameo on “Saturday Night Live.”

For me, the story hit close to home. The store that hosted this inebriated bandit sits just blocks from the small behavioral neuroscience laboratory where I began investigating raccoon brains about 15 years ago. Although the so-called drunken raccoon made questionable decisions after breaking into the liquor store, the species – Procyon lotor – is known for its impressive intelligence, curiosity and problem-solving skills.

Despite being one of the most intriguing mammals living alongside humans, raccoons have avoided the scientific spotlight. Why aren’t more neuroscientists and psychologists studying raccoons? What have researchers missed about the mammalian brain by focusing on rodents instead?

Why raccoons aren’t lab staples

In the U.S., it is estimated that laboratories use more than 100 million rodents, including mice and rats, each year. Rodents are ideal for research because they reproduce easily and adapt well to confinement. Scientists have tailored extensive research tools to study them. Long before rats dominated psychology labs, raccoons were actually a leading candidate for animal models of problem-solving and intelligence.

That ended when scientists realized they’d met their cognitive match. In one study, researchers reported that all raccoon participants escaped through the laboratory ventilation system.

Unsurprisingly, scientists promptly shifted to rodents. Practicality – not scientific suitability – ultimately crowned the rat as king of the laboratory. I have studied rats for decades, and I can confirm that none have ever disappeared into the ceiling.

Neither pet nor pest

Humans have an ambivalent relationship with raccoons. They appear too wild to be domesticated, too endearing to be treated purely as pests and too ubiquitous to be considered exotic wildlife. Even President Calvin Coolidge, who famously received a raccoon intended for the dinner table from a supporter in Mississippi, ended up keeping it as a beloved White House pet.

And the role confusion continues today with glimpses of humanlike behaviors in raccoons as they enter our living spaces. One report described raccoons interacting with playground equipment at a child care center on Canada’s west coast in ways similar to human children, and even breaking into classrooms as if they were auditing the morning lesson.

Inspired by Montessori education principles, I visited a raccoon rehabilitation center in Saskatoon, Canada, called Bandit Ranch Rehab a few years ago. After introducing young raccoons to slinkies, puzzles and blocks, I sat in awe as they interacted with these objects with the focused enthusiasm of preschoolers on a mission.

This interspecies confusion seems to be mutual. Recent evidence suggests that urban raccoons are becoming increasingly tolerant of humans, especially when it suits them. But they are quick to leave when curiosity or opportunity calls.

Raccoon imagination

The drunken Ashland raccoon captured global attention because it fit the narrative people have projected onto the species: mischievous, opportunistic, clever and more than a little humanlike. But their sophisticated brains and mental capacities, aligning more with primates than other mammals, are even more intriguing.

Early behavioral research suggested that raccoons can learn a task, walk away and later return to solve it accurately – as if having mentally rehearsed the solution. In contrast, other species, including dogs and rats, needed to maintain continuous focus. Scientists have speculated that raccoons have mental imagery capabilities similar to humans.

When a rogue raccoon scaled a 25-story skyscraper in Minneapolis several years ago, I couldn’t help but wonder what that animal was anticipating at the top. Do raccoons form internal representations of future outcomes? And if so, how much agency and foresight do they bring to their decisions?

To answer these questions, I have collaborated with wildlife biologists, veterinarians and neuroscientists around the country to study what may be one of the most underestimated and understudied brains in the animal kingdom.

What’s going on inside the raccoon brain?

Working with neuroscientist Suzana Herculano-Houzel, my laboratory at the University of Richmond has found that raccoons pack an astonishing number of neurons – an amount comparable to primates – into their brains. Scaled up to size, a raccoon brain would contain roughly the same number of neurons as a human brain.

We also found that raccoons possess specialized fast-conducting brain cells known as von Economo neurons, which are also found in humans, other great apes and a few additional large-brained mammals. In apes, these neurons appear in both the insula – a part of the brain important for processing internal body states – and the anterior cingulate, which plays a key role in emotional regulation. In raccoons, these neurons are present only in the insula and not in the anterior cingulate.

This neural arrangement may help explain the species’ striking combination of clever problem-solving and rapid decision-making during exploration – frequently leading to risky behaviors that can have unfortunate consequences. These findings raise the possibility that raccoon neuroscience could offer useful insights into the neural foundations of impulse control and distracted attention.

In collaboration with ecologist Sara Benson-Abram’s research team, we also found that raccoons with more sophisticated cognitive abilities had more neural cells in the hippocampus, reinforcing the idea that their learning and memory capacities map onto similar brain systems as those in people. Taxi drivers in London, who frequently use their knowledge of the 25,000 streets in London, also have a larger hippocampal area.

In addition to their impressive brains, raccoons’ dexterous hands play a key role in their cognitively creative escapades. Indeed, researchers have found that raccoon forepaws are mapped onto their cerebral cortex – the outer layer of the brain – in a similar manner as human hands. Both take up a lot of real estate in the brain. As journalist Carl Zimmer wrote, “The hand is where the mind meets the world.”

What raccoons can teach us about the human brain

As I argue in my upcoming book “Wild Brains,” understanding raccoon intelligence requires observing them in the environments they choose – not confining them to the small, simple spaces that suit rats and mice. So-called living laboratories that monitor wildlife without restricting their behavior may be scientists’ best chance at unlocking the secrets of this species’ remarkable mind.

In my graduate training, I was taught to avoid anthropomorphizing animal research subjects – to resist the temptation to project human thoughts and emotions onto nonhuman minds, because human brains likely contribute to uniquely human cognitive and emotional experiences. But primatologist Frans de Waal later introduced the useful counterpoint of anthropodenial: the mistaken assumption that animals cannot share emotional or cognitive capacities with humans simply because they are not human.

The drunken Ashland raccoon captured global attention not just because the story was funny, but because it felt familiar. People recognized something of themselves in this curious, impulsive, problem-solving animal navigating a very human environment. A willingness to lean away from anthropodenial – while remaining grounded in rigorous science – may open new paths for understanding raccoon intelligence and, ultimately, the wonderfully complex human brain.

Kelly Lambert received funding from the NIH and NSF.

– ref. Raccoons break into liquor stores, scale skyscrapers and pick locks – studying their clever brains can clarify human intelligence, too – https://theconversation.com/raccoons-break-into-liquor-stores-scale-skyscrapers-and-pick-locks-studying-their-clever-brains-can-clarify-human-intelligence-too-272487

Source: The Conversation – USA (2) – By Peter Simons, Lecturer in History, Hamilton College

President Donald Trump appears to have upended an 85-year relationship between American farmers and the United States’ global exercise of power. But that link has been fraying since the end of the Cold War, and Trump’s moves are just another big step.

During World War II, the U.S. government tied agriculture to foreign policy by using taxpayer dollars to buy food from American farmers and send it to hungry allies abroad. This agricultural diplomacy continued into the Cold War through programs such as the Marshall Plan to rebuild European agriculture, Food for Peace to send surplus U.S. food to hungry allies, and the U.S. Agency for International Development, which aimed to make food aid and agricultural development permanent components of U.S. foreign policy.

During that period, the United States also participated in multinational partnerships to set global production goals and trade guidelines to promote the international movement of food – including the U.N.’s Food and Agriculture Organization, the International Wheat Agreement and the General Agreement on Tariffs and Trade.

When U.S. farmers faced labor shortfalls, the federal government created guest-worker programs that provided critical hands in the fields, most often from Mexico and the Caribbean.

At the end of World War II, the U.S. government recognized that farmers could not just rely on domestic agricultural subsidies, including production limits, price supports and crop insurance, for prosperity. American farmers’ well-being instead depended on the rest of the world.

Since returning to office in January 2025, Trump has dismantled the U.S. Agency for International Development. His administration has also aggressively detained and deported suspected noncitizens living and working in the U.S., including farmworkers. And he has imposed tariffs that caused U.S. trading partners to retaliate, slashing international demand for U.S. agricultural products.

Trump’s actions follow diplomatic and agricultural transformations that I research, and which began with the fall of the Soviet Union in 1991.

Feed the world, save the farm

Even before the nation’s founding, farmers in what would become the United States staked their livelihood on international networks of labor, plants and animals, and trade.

Cotton was the most prominent early example of these relationships, and by the 19th century wheat farmers depended on expanding transportation networks to move their goods within the country and overseas.

But fears that international trade could create economic uncertainty limited American farmers’ interest in overseas markets. The Great Depression in the 1930s reinforced skepticism of international markets, which many farmers and policymakers saw as the principal cause of the economic downturn.

World War II forced them to change their view. The Lend-Lease Act, passed in March 1941, aimed to keep the United States out of the war by providing supplies, weapons and equipment to Britain and its allies. Importantly for farmers, the act created a surge in demand for food.

And after Congress declared war in December 1941, the need to feed U.S. and allied troops abroad pushed demand for farm products ever higher. Food took on a significance beyond satisfying a wartime need: The Soviet Union, for example, made special requests for butter. U.S. soldiers wrote about the special bond created by seeing milk and eggs from a hometown dairy, and Europeans who received food under the Lend-Lease Act embraced large cans of condensed milk with sky-blue labels as if they were talismans.

Another war ends

But despite their critical contribution to the war, American farmers worried that the familiar pattern of postwar recession would repeat once Germany and Japan had surrendered.

Congress fulfilled farmers’ fears of an economic collapse by sharply reducing its food purchases as soon as the war ended in the summer of 1945. In 1946, Congress responded weakly to mounting overseas food needs.

More action waited until 1948, when Congress recognized communism’s growing appeal in Europe amid an underfunded postwar reconstruction effort. The Marshall Plan’s more robust promise of food and other resources was intended to counter Soviet influence.

Sending American food overseas through postwar rehabilitation and development programs caused farm revenue to surge. It proved that foreign markets could create prosperity for American farmers, while food and agriculture’s importance to postwar reconstruction in Europe and Asia cemented their importance in U.S. foreign policy.

Farmers in the modern world

Farmers’ contribution to the Cold War shored up their cultural and political importance in a rapidly industrializing and urbanizing United States. The Midwestern farm became an aspirational symbol used by the State Department to encourage European refugees to emigrate to the U.S. after World War II.

American farmers volunteered to be amateur diplomats, sharing methods and technologies with their agricultural counterparts around the world.

By the 1950s, delegations of Soviet officials were traveling to the Midwest, including Soviet premier Nikita Khrushchev’s excursion to Iowa in 1959. U.S. farmers reciprocated with tours of the Soviet Union. Young Americans who had grown up on farms moved abroad to live with host families, working their properties and informally sharing U.S. agricultural methods. Certain that their land and techniques were superior to those of their overseas peers, U.S. farmers felt obligated to share their wisdom with the rest of the world.

The collapse of the Soviet Union undermined the central purpose for the United States’ agricultural diplomacy. But a growing global appetite for meat in the 1990s helped make up some of the difference.

U.S. farmers shifted crops from wheat to corn and soybeans to feed growing numbers of livestock around the world. They used newly available genetically engineered seeds that promised unprecedented yields.

Expecting these transformations to financially benefit American farmers and seeing little need to preserve Cold War-era international cooperation, the U.S. government changed its trade policy from collaborating on global trade to making it more of a competition.

The George H.W. Bush and Clinton administrations crafted the North American Free Trade Agreement and the World Trade Organization to replace the general agreement on trade and tariffs. They assumed American farmers’ past preeminence would continue to increase farm revenues even as global economic forces shifted.

But U.S. farmers have faced higher costs for seeds and fertilizer, as well as new international competitors such as Brazil. With a diminished competitive advantage and the loss of the Cold War’s cooperative infrastructure, U.S. farmers now face a more volatile global market that will likely require greater government support through subsidies rather than offering prosperity through commerce.

That includes the Trump administration’s December 2025 announcement of a US$12 billion farmer bailout. As Trump’s trade wars continue, they show that the U.S. government is no longer fostering a global agricultural market in which U.S. farmers enjoy a trade advantage or government protection – even if they retain some cultural and political significance in the 21st century.

Peter Simons does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

– ref. American farmers, who once fed the world, face a volatile global market with diminishing federal backing – https://theconversation.com/american-farmers-who-once-fed-the-world-face-a-volatile-global-market-with-diminishing-federal-backing-271369

Source: The Conversation – USA (2) – By JT Torres, Director of the Harte Center for Teaching and Learning, Washington and Lee University

The average American checks their phone over 140 times a day, clocking an average of 4.5 hours of daily use, with 57% of people admitting they’re “addicted” to their phone. Tech companies, influencers and other content creators compete for all that attention, which has incentivized the rise of misinformation.

Considering this challenging information landscape, strong critical reading skills are as relevant and necessary as they’ve ever been.

Unfortunately, literacy continues to be a serious concern. Reading comprehension scores have continued to decline. The majority of Gen Z parents are not reading aloud to their young children because they view it as a chore. Many college students cannot make it through an entire book.

With their endless scrolling and easy reposting and sharing of content, social media platforms are designed to encourage passive engagement that people use to relieve boredom and escape stress.

As a cognitive scientist and a literacy expert, we research the ways people process information through reading. Based on our work, we believe that deep reading can be an effective way to counter misinformation as well as reduce stress and loneliness. It can be tough to go deeper than a speedy skim, but there are strategies you can use to strengthen important reading skills.

Deep reading versus doomscrolling

People use smartphones and social media for a variety of reasons, such as to relieve boredom, seek attention, make connections and share news. The infinite amount of information available at your fingertips can lead to information overload, interfering with how you pay attention and make decisions. Research from cognitive science helps to explain how scrolling trains your brain to think passively.

To keep people engaged, social media algorithms feed people content similar to what they’ve already engaged with, reinforcing users’ beliefs with similar posts. Repeated exposure to information increases its believability, especially if different sources repeat the information, an effect known as illusory truth.

Deep reading, on the other hand, refers to the intentional process of engaging with information in critical, analytical and empathetic ways. It involves making inferences, drawing connections, engaging with different perspectives and questioning possible interpretations.

Deep reading does require effort. It can trigger negative feelings like irritation or confusion, and it can very often feel unpleasant. The important question, then: Why would anyone choose the hard work of deep reading when they can just scroll and skim?

Motivating mental effort

Mindless scrolling may come with unintended consequences. Smartphone and social media use is associated with increased boredom and loneliness. And doomscrolling is related to higher levels of existential anxiety and misanthropy.

In contrast, attention and effort, despite being exhausting, can deepen your sense of purpose and strengthen social connection. People also feel motivated to complete tasks that help them pursue personal goals, especially when these tasks are recognized by others. For these reasons, sharing books may be one tool to promote deep reading.

One example is a teacher who guides students through longer texts, like novels, paired with active discussions about the books to reinforce comprehension and interpretation. While the debate over the ongoing practice of assigning excerpts over full books in schools continues, evidence does suggest that sustained reading in social settings can promote lifelong enjoyment in reading.

With social connection in mind, social media can actually be used as a positive tool. BookTok is a popular online community of people who use TikTok to discuss and recommend books. Fans post in-depth analyses of “K-Pop Demon Hunters” and other movies or shows, demonstrating that close analysis still has a place in the endless scroll of social media.

Slowing yourself down to read deeply

There are steps you can take to meaningfully engage with the constant stream of information you encounter. Of course, this process can be taxing, and people only have so much effort and attention to expend. It’s important to both recognize your limited cognitive resources and be intentional about how you direct those resources.

Simply being aware of how digital reading practices shape your brain can encourage new attitudes and habits toward how you consume information. Just pausing can reduce susceptibility to misinformation. Taking a few extra seconds to consciously judge information can counteract illusory truth, indicating that intentionally slowing down even just a bit can be beneficial.

Reading deeply means being able to intentionally choose when to read at different speeds, slowing down as needed to wrestle with difficult passages, savor striking prose, critically evaluate information, and reflect on the meaning of a text. It involves entering into a dialogue with the text rather than gleaning information.

Awareness does not mean that you never doomscroll at the end of a long day. But it does mean becoming conscious of the need to also stick with a single text more frequently and to engage with different perspectives.

You can start small, perhaps with poems, short stories or essays, before moving up to longer texts. Partner with a friend or family member and set a goal to read a full-length novel or nonfiction book. Accomplish that goal in small chunks, such as reading one chapter a day and discussing what you read with your reading buddy. Practicing deep reading, such as reading novels, can open you up to new perspectives and ideas that you can explore in conversation with others, in person or even on TikTok.

The authors do not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

– ref. Deep reading can boost your critical thinking and help you resist misinformation – here’s how to build the skill – https://theconversation.com/deep-reading-can-boost-your-critical-thinking-and-help-you-resist-misinformation-heres-how-to-build-the-skill-268082

Source: The Conversation – USA (2) – By Jordan Kraft Lambert, Director of Ag Innovation and Partnerships, College of Business, Colorado State University

Cowboys guided a herd of longhorn cattle through downtown Denver to celebrate the opening of the annual National Western Stock Show on Jan. 8, 2026. As ranchers bring their best cattle to compete for blue ribbons over the course of this month, it’s a good time to consider whether beef production can be part of a circular economy.

Circularity is an economic model where raw materials are responsibly sourced, waste products are put to best use and the system maximizes ecosystem functioning and human well-being.

As with most human activities, beef production provides a valuable contribution to human health while also impacting the natural environment, sometimes in negative ways.

We are innovators and researchers who live in Colorado and study the beef supply chain. Our work broadly focuses on investigating ways to make beef production more circular and sustainable.

Kim Stackhouse-Lawson and Sara Place are experts in cow burps and technologies to mitigate the methane associated with them. Jennifer Martin is an expert in meat processing and supply chains for byproducts like organ meats. Jordan Kraft Lambert is an expert in commercializing technologies that help farmers and ranchers steward the environment while feeding the world.

Beef is a source of complete protein. It has the full complement of amino acids humans need to build muscle and is a rich source of vitamin B12, which is necessary to ensure nervous system function and red blood cell formation. Beef produced in the U.S. each year meets the total protein needs of 40 million people and provides enough B12 to meet the needs of 137 million people, according to research.

In 2019, U.S. beef cattle production comprised about 3.7% of the country’s greenhouse gas emissions. Beef cattle production is also responsible for approximately 5% of U.S. water withdrawn from surface or groundwater, and 0.7% of the nation’s fossil fuel energy use.

New tech to reduce environmental impact

Cows are able to digest tough, fibrous plant material that humans, pigs and chickens can’t. This makes them an important part of a circular economy because they can digest what would otherwise be considered waste from other industries, like the grain left over from making beer and almond hulls from almond milk. By using these ingredients to feed cattle instead of letting it rot in landfills, U.S. feedlots decreased the amount of human-edible feeds required to produce more beef protein.

When cattle are being fed waste products like almond hulls and spent grain, it’s easy for producers to include feed additives, like herbs and custom-made molecules. These additions may reduce the cows’ methane production by changing how the microbes in their stomachs process carbohydrates.

For the same reason that cows can digest what would otherwise be considered waste, cows are able to eat grass. Grazing is important in dry regions like the mountains and high plains of Colorado. If the grass isn’t removed via grazing, it dries and becomes tinder for wildfire. In addition, many of these mountainous areas are too cold, rocky and steep to grow crops. Grazing can turn land that would otherwise be difficult to farm into food-producing land.

Until now, grazing required physical fences, which are costly to maintain and limit wildlife movement. But new technologies like virtual fencing allow Western Slope ranchers to use their smartphones to set digital boundaries. A collar on the cow beeps and buzzes to tell the cows where to go. Virtual boundaries are easy to change and visible only to the cow; thus, they support more environmentally-friendly grazing practices, protect streams and wildlife habitat and reduce wildfire fuel in dry seasons. While our recent research shows that this technology needs more development, it could be an important tool for beef’s role in a circular economy.

Beyond steak: Organ meats, pet treats and leather

In our experience, many U.S. consumers rarely eat cuts beyond steaks and ground beef — often due to a bad first experience with organ meats, like liver, or unfamiliarity with how to cook lesser-known cuts, like heart.

When customers won’t buy these cuts, Colorado’s beef producers who sell online or at farmers markets have to send them to the landfill. That costs the producer money and wastes the water, land and feed used to make these cuts.

Studies show that these cuts are among the most nutrient-dense parts of the animal, providing high levels of iron, B vitamins, choline and and other micronutrients. Making use of these lesser-known cuts can reduce emissions by using more of the animal and keep edible meat out of landfills, where it would otherwise rot, releasing greenhouse gases.

This does not mean anyone has to suffer through a meal of rubbery liver to save the planet. Many cultures globally value organ dishes, and U.S. tastes are expanding to include foods like lengua tacos made from beef tongue. Meanwhile, cooking tools such as sous vide can improve tenderness and juiciness by holding meat at precise temperatures for longer times.

Pets also benefit from eating organ meats, so these cuts are a key ingredient in pet foods and treats.

Consumer fashion choices matter too. About 270 million bovine hides are produced globally each year, and about 70% are turned into leather. Due to insufficient demand, remaining hides are burned or sent to the landfill, both of which release greenhouse gases.

Rather than letting these hides rot, they can be turned into leather, a durable, breathable and biodegradable high-performance material. When consumers choose to buy genuine leather boots, belts and car seats, they’re engaging in the circular economy.

For these reasons, Colorado State University is hosting Future Cowboy on Jan. 25, 2026, at the National Western Stock Show. It’s an event that lets Colorado foodies, fashionistas and cattle producers come together to explore circularity firsthand. The event will feature a leather fashion show, a ranch technology showcase and an opportunity try chef-prepared bison tongue and beef heart.

Jordan Kraft Lambert receives funding from the Small Business Association, Conscience Bay, Colorado Beef, Halter, and American Farm Credit.

Jennifer Martin has received research funding from the USDA, USDA-AMS, JBS, National Cattlemen’s Beef Association, Fats and Protein Research Foundation, Colorado Beef Council, and the National Pork Board She is currently serves as a board member for the Colorado Pork Producers Council and on various livestock boards.

Kim Stackhouse-Lawson has received funding from the Conscience Bay Research Foundation, USDA-NRCS, Cargill, DairyMax., CO-WY NSF Ascend Engine, Gerstner Philanthropies, Elanco Animal Health, Zoetis, Merck Animal Heath and Colorado Department of Agriculture.

Sara Place has received funding from the Grantham Foundation, USDA-NRCS, Cargill, Dairy Management Inc., CO-WY NSF Ascend Engine, Gerstner Philanthropies, Elanco Animal Health, Zoetis, Colorado Department of Agriculture, California Department of Food and Agriculture, and the American Hereford Association.

– ref. Colorado ranchers and consumers can team up to make beef supply chains more sustainable – https://theconversation.com/colorado-ranchers-and-consumers-can-team-up-to-make-beef-supply-chains-more-sustainable-272582