
Archaeologists uncover fast food ancient Romans frequently snacked on
Commoners in the Roman Empire frequently snacked on inexpensive fried songbirds at roadside shops, archaeologists said after analysing an ancient trash pit in Spain.
Such fast-food joints, known as popinae and tabernae, frequently served fried small thrushes, once considered a luxury dish, according to a new study published in the International Journal of Osteoarchaeology.
Researchers analysed animal bones found at a cesspit in the ancient Spanish city of Pollentia and dated to between the first century BC and the first century AD.
During this time, the ancient city expanded quickly to become an active port with a forum, temples, cemeteries, and several roadside shops called popina serving snacks and wine.
Archaeologists excavated a trash pit at a commercial area linked to a forum and a network of food shops via underground drainage.
The cesspit was found to include remains of mammals, fish, reptiles, and birds, of which thrushes were 'most abundant', researchers said.
They found 165 thrush bones, challenging the previous belief that such songbirds were mainly eaten by wealthier Romans.
'Classical sources frequently describe these small birds as a delicacy served in elite banquets, often prepared with elaborate culinary techniques,' scientists wrote.
Some ancient texts, including ones written by Pliny the Elder, described fattening songbirds with figs before roasting them with different sauces.
The new find provides valuable insights into the preparation and consumption of these small birds.
Researchers found signs that the bird sternum was removed to flatten it before cooking in oil at these fast-food shops.
In comparison, bird remains found near ancient household settings typically included more complete carcasses.
'The removal of the sternum to flatten the birds would have facilitated rapid cooking while maintaining meat moisture, making it especially suitable for busy food vendors serving immediate consumption needs,' scientists wrote.
'Given that Roman culinary practices often involved frying small birds in oil rather than grilling, it is plausible that at Pollentia, thrushes were not grilled but rather pan-fried, as suggested by historical recipes.'
The latest evidence also suggests food shops followed a 'standardised approach' optimised for commercial food service.
'This evidence suggests that thrushes were commonly sold and consumed in Roman urban spaces, challenging the prevailing notion based on written sources that thrushes were exclusively a luxury food item for elite banquets,' researchers wrote.
'Furthermore, their seasonal availability suggests that urban vendors capitalised on migratory cycles to enhance food diversity and economic stability.'
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Daily Mail
an hour ago
- Daily Mail
Ancient 'lost city' found at bottom of the Atlantic Ocean holds clue to origins of life
Deep in the Atlantic Ocean, scientists have discovered a haunting undersea world that may hold the blueprint for how life began on Earth. This vast field of mineral towers, called the Lost City, is the oldest known hydrothermal system in the ocean. Scientists believe its extreme conditions mirror the early Earth, offering clues to how the first life forms might have emerged. The Lost City Hydrothermal Field lie more than 2,300 feet beneath the surface, on the slopes of an underwater mountain in the Mid-Atlantic Ridge. The Mid-Atlantic Ridge is a massive underwater mountain range that runs through the Atlantic Ocean. It marks the boundary between tectonic plates and is a hotspot for geological activity. Researchers estimate the Lost City has existed for over 120,000 years, making it the longest-living hydrothermal vent field ever discovered. In a recent breakthrough, scientists successfully recovered a core sample of mantle rock from the site. This rock is the deep Earth source that fuels the vent system. The core sample could help scientists better understand the chemical reactions happening beneath the seafloor, reactions that produce hydrocarbons in the absence of sunlight or oxygen, serving as food for marine life. These same reactions may have played a role in the origin of life on Earth billions of years ago. The Lost City is made up of towering spires of carbonate rock, some nearly 200 feet tall, formed by a unique geological reaction called serpentinization, where seawater interacts with mantle rock deep below the seafloor. These reactions release methane and hydrogen gas, which fuel microbial life that survives without sunlight or oxygen, something rarely seen on Earth. The site is located approximately nine miles west of the Mid-Atlantic Ridge axis, just south of the Azores islands. Its isolated position means it has remained undisturbed by human activity for thousands of years, preserving an ecosystem that offers a window into Earth's earliest conditions. Each hydrothermal vent, nicknamed IMAX, Poseidon, Seeps, and Nature emits warm, alkaline fluids. These create a stable environment for life in one of the most extreme corners of the planet. Now, with renewed global attention, scientists believe the Lost City may help explain how life first formed from non-living matter, an unsolved mystery in biology. The site is located approximately 15 kilometers (about nine miles) west of the Mid-Atlantic Ridge axis, just south of the Azores. Its remote position places it far from human interference. Unlike most hydrothermal systems powered by volcanic heat, the Lost City is powered by chemical energy from the Earth's mantle, giving it a distinct structure and chemistry. Inside its towering chimneys, fluids reach up to 194 Fahrenheit, not boiling, but hot enough to fuel chemicals reactions. These vents produce hydrocarbons, organic compounds made from carbon and hydrogen, which are considered the building blocks of life. The site is special because its hydrocarbons form through deep Earth chemical reactions, not sunlight or photosynthesis. This makes the Lost City a rare second example of how life could begin. Microbes inside these chimneys live in total darkness, with no oxygen, using methane and hydrogen as their only fuel. On the outer surfaces, rare animals like shrimp, snails, sea urchins, and eels cling to the mineral-rich structures. Larger animals are uncommon here likely because the energy supply is limited. Unlike surface ecosystems, there's no sunlight or abundant food chain, only chemical nutrients trickling out of the vents. Microbiologist William Brazelton told Smithsonian Magazine: 'This is an example of a type of ecosystem that could be active on Enceladus or Europa right this second.' These are moons of Saturn and Jupiter, which have oceans beneath icy crusts, raising the hope that similar life could exist beyond Earth. Some spires have grown to 60 meters tall over tens of thousands of years. Scientists say they act like natural laboratories, showing how life might arise in environments without sun, plants, or animals. In 2017, the International Seabed Authority (ISA) gave the Polish government a 15-year exploration license for an area of the Mid-Atlantic Ridge, which includes territory surrounding the Lost City. Though Lost City itself lacks valuable minerals, nearby vent fields may contain polymetallic sulfides, a target for future deep-sea mining. That's where the threat comes in. Mining operations near hydrothermal vents can stir up sediment plumes, releasing toxic chemicals or particles that drift through the water column and harm nearby ecosystems, even if the site itself isn't directly touched. The Convention on Biological Diversity has already designated Lost City as an Ecologically or Biologically Significant Marine Area (EBSA), based on its uniqueness, biodiversity, and scientific value. Being listed as an EBSA gives scientists leverage to argue for protective measures, though it carries no binding legal protection. Meanwhile, UNESCO is reviewing the site for World Heritage status, which could offer stronger international backing against mining and disturbance. Scientists argue this is urgently needed. Once disturbed, such systems may never recover, and we could lose a living example of how life began.


Daily Mail
4 hours ago
- Daily Mail
The horrifying truth about why you should NEVER use your phone on the toilet
Taking your phone to the toilet may keep you entertained while you do your business. But this common habit can turn your device into a haven for dangerous microorganisms, a scientist warns. Dr Primrose Freestone, professor of clinical microbiology at the University of Leicester, says fecal bacteria can easily reach your phone in the bathroom. This includes E. coli, which can result in nasty diarrhea and stomach cramps, and Pseudomonas, which causes infections in the blood and lungs. Even after you've washed your hands with soap, these bugs can travel back to your hands once you touch your phone again. As a result, phones should be kept out of the toilet altogether, and regularly sanitized with alcohol wipes. 'The phone will at some point get contaminated, so periodically disinfecting your phone is a good idea,' she told MailOnline. 'My Nokia gets a disinfectant wipe over twice a week.' When we flush a toilet, a plume of tiny liquid droplets containing bacteria and fecal matter, invisible to the naked eye, is violently ejected. According to prior research at the University of Colorado Boulder, this so-called 'toilet plume' can travel 5 feet (1.5 metres) in eight seconds. Therefore, anything that is within five feet of the toilet bowl can become contaminated, whether it's the floor, the wall or a nearby book. Research also suggests that this dreaded plume still escapes when we've got the toilet lid closed. As a result, Professor Freestone urges people to keep their phone well away from the toilet, or even better, out of the bathroom entirely. 'Toilet areas adjacent to toilets, because of the toilet spray trajectory, are pretty contaminated,' she told MailOnline. 'It does not matter where you go, there will be faecal bacteria on lots of [bathroom] surfaces. 'So soaps and taps, toilet and wash basin surfaces, door handles, bath mats – the list is long.' If you're holding your phone while you empty you bowels, putting it on the floor before flushing is one of the worst things you can do. That's because fecal matter whizzes out of the toilet upon flushing and eventually settles onto the floor. 'The floor around the toilet will – if not disinfected regularly – have traces of faeces with lots gut bacteria, which will stay alive for hours and days,' said Professor Freestone. 'So I would not put your phone on the floor next to the toilet as it is likely to pick up the faeces and the bacteria associated with the waste product.' Even if you put your phone on another nearby surface, such as the cistern or the nearby windowsill, it could risk contamination too. Professor Freestone acknowledges it can be hard to be separated from your phone, even for the relatively short time it takes to use the toilet. In extreme instances – such as not wanting to miss a very important phone call, for example – she suggests keeping it in your pocket for the whole time. Even though we may not appreciate it, phones are high-touch items particularly at risk of bacterial contamination just like doorknobs, light switches and taps. Therefore, we should be washing our hands much more often before or after touching them, while also keeping them sanitized, she added. Using a 70 per cent alcohol wipe or a mild soap and water mixture are good options, but don't submerge it if it's not waterproof, or use harsh chemicals like bleach. The specialist in home hygiene and food safety has also weighed in on the best way to position your toilet paper. In the 'over' position, the next square of toilet paper is facing the user, while in the 'under' position, the next square of toilet paper is facing the wall. Aerosol droplets containing urine, faeces and vomit stay in the air for up to 20 seconds Tiny droplets carrying traces of urine, faeces, vomit and viruses float into the air at mouth-level after a toilet is flushed, a 2021 study warned. It showed that tens of thousands of particles are spewed into the air by a flush and can rise several feet above the ground. Droplets were spotted floating around five feet (1.5m) in the air for more than 20 seconds, with researchers pointing out this poses a risk of inhalation. Small droplets and aerosols are so light they can float around in the air on tiny draughts, before settling on a surface. Researchers say that they can also act as vectors for diseases. SARS-CoV-2, the virus which causes Covid, for example, has been found alive in human faeces. Therefore, scientists warn that flush-propelled particles from an infected person's faeces could float into the air, be sucked in by a passer-by, and infect them.


Daily Mail
6 hours ago
- Daily Mail
Why earwax can predict if you're at risk of developing Parkinson's disease
Published: | Updated: Scientists have revealed that the wax in your ears could actually say a lot about your health. Researchers in China have identified key differences in the makeup of earwax in people with Parkinson's disease compared to people without the condition, suggesting the sticky stuff holds secrets that could flag a person's risk of eventually developing the condition. Scientists at Zhejiang University took earwax samples from 100 people with Parkinson's and 79 without. They chose earwax because much of it is made up of sebum, an oily substance that undergoes chemical changes in cases of Parkinson's, and releases distinct volatile organic compounds (VOCs). Parkinson's triggers neurodegeneration, inflammation, and oxidative stress, altering sebum's composition and creating a distinct odor. It also progressively damages the brain, causing tremors, stiffness, and slow movement. Over time, symptoms worsen to include sudden freezing, speech loss, swallowing problems -often leading to pneumonia - and falls, both common causes of death among people with Parkinson's. Four specific types of VOCs stood out among people with the condition, suggesting that earwax could potentially be an accessible indicator of Parkinson's, which would allow patients to avoid invasive diagnostic tests and spinal taps. Around 1million Americans and 10million people globally currently have the disease, with nearly 90,000 new cases diagnosed each year. As that number is projected to climb, early diagnosis is more important than ever. While there is no cure, medication regimens can be started early to treat symptoms and slow down the progression of the disease. Researchers fed the VOC data from the samples of earwax into an algorithm that categorized subjects' Parkinson's status accurately 94 per cent of the time, demonstrating the potential for a fast, reliable diagnostic tool. The VOCs that stood out to researchers were all significant in differentiating between people with the condition and those without it, even after accounting for age and lifestyle factors. Two of the VOCS, Ethylbenzene & 4-Ethyltoluene, are compounds commonly found in plastics and petroleum products. Their presence suggests inflammation in the brain, which is a key driver of the breakdown of dopamine in the brain. Dopamine, while often thought of as a 'feel good' neurotransmitter, is a key chemical messenger that regulates movement control. As dopamine levels plummet while Parkinson's progresses, people become steadily more immobile. Another significant VOC was Pentanal, which is produced when fats break down. Elevated levels suggest cell damage, a hallmark of Parkinson's. The compound has been linked to an accumulation of protein clumps in patients' brains. And the VOC 2-Pentadecyl-1,3-dioxolane likely reflects issues with the metabolism of fats, which could have originated from microbiome changes in the skin of patients. It's unclear whether this VOC has any direct links to PD, but there is an expanding body of research pointing to a connection between PD and an imbalance in the gut microbiome. Soaring: Parkinson's death rates rose from 42 to 65 deaths per 100,000 from 1999–2017 Research suggests that VOCs are produced by the balance of good bacteria in the gut, which have also been associated with brain health. An imbalance allows harmful bacteria to flourish, leading to a proliferation of toxins that can cause inflammation in the brain. VOCs come from a wide array of toxic sources in the environment, from pesticides used to grow food, industrial chemicals in gasoline, and solvents in everyday items like dry cleaning chemicals and adhesives, to cleaning products, car emissions, and contaminated groundwater. Parkinson's is believed to be caused by a confluence of genetic and environmental factors. It is the world's fastest-growing brain disorder, and, according to NIH research, 'exposure to environmental toxicants is the principal reason.' In the US, deaths from Parkinson's disease have more than doubled in the past 20 years, with about 35,000 deaths in 2019 compared to 14,500 in 1999. While considering the clues that earwax can provide about Parkinson's development is new, investigating the role that VOCs play is not. A sweeping 2023 meta-analysis identified distinct VOCs present in the breath and skin oil in people with the disease compared to those without it. These compounds are specifically linked with oxidative stress, or a barrage of damage that cells endure before dying.