How Roman Occupation Revolutionized Sanitation in Pompeii’s Public Baths

Sure! Here’s your content rewritten with SEO optimization while retaining the HTML structure.

The Stavian Baths in Pompeii, one of the first bathhouses built by the Samnites

Icas94/De Agostini via Getty Images

Visiting the public baths in Pompeii meant immersing in water that was often contaminated with sweat and urine, until Roman innovations in sanitation improved the experience.

Commonly perceived as a quintessential Roman city due to its proximity—about 240 kilometers southeast of Rome—Pompeii was predominantly inhabited by the Samnites for much of its history. It fell under Roman control after 80 BC, just 160 years before the catastrophic eruption of Mount Vesuvius buried the city in volcanic ash.

Much like the Romans, the Samnites valued bathing and constructed at least two public baths—the Stavian Baths and the Republican Baths—after 130 BC.

Dr. Gul Surmelihindi and a team from the University of Mainz analyzed mineral deposits within these ancient baths to better understand their water quality.

Interestingly, the water quality was subpar. “The water in the heated pool at the Republican Baths shows low stable carbon isotope values, indicating a high level of organic matter,” stated Surmelihindi.

Crucially, when examining deposits in the 40-meter-deep well supplying water to the pool, researchers found minimal organic matter. “This suggests that contamination likely happened within the pool itself, probably from sweat, oily skin secretions, or urine from bathers,” explains Surmelihindi.

Time and convenience were significant factors; drawing water from wells manually was labor-intensive, yielding only 900 to 5,000 liters per hour—sufficient to refill the baths once or twice daily.

The landscape changed dramatically under Roman rule. Within decades, an aqueduct was constructed to transport water from a natural spring about 35 km northeast of Pompeii. “Building an aqueduct symbolizes both prestige and priority; if one city has one, others will follow,” Surmelihindi remarked.

Inside the Water Castle, Pompeii’s aqueduct distribution structure

Seeds Passier

Researchers estimate that Pompeii’s aqueduct was capable of supplying 167,000 liters of water each hour, allowing for much more frequent refills of the public baths and providing residents with a new, reliable source of drinking water.

This shift led to increased hygiene in the public baths, as shown by the significantly lower amounts of organic carbon found in the drain deposits of the Roman Stavian baths, indicating a reduced concentration of sweat and urine due to more frequent refills.

However, improved water infrastructure did not automatically guarantee public health. Prior to the aqueduct’s construction, many residents relied on rainwater collected from rooftops. Subsequently, drinking water was sourced from the aqueduct via a network of lead pipes. Lead can cause serious health issues, including brain damage according to the World Health Organization.

While mineral deposits over time could reduce lead contamination, researchers caution that each time a section of the city’s pipes is repaired, lead contamination could spike again.

“Pompeii’s elite likely enjoyed access to cleaner water due to their residences, which featured large atriums and roofs designed to collect rainwater in cisterns,” explains Duncan Keenan-Jones from the University of Manchester, UK. In contrast, poorer residents, potentially living above shops, depended on lead-contaminated water from public fountains.

Explore Herculaneum – Discover Vesuvius, Pompeii, and Ancient Naples

Delve into the historical richness of Mount Vesuvius, Pompeii, and Herculaneum, where the past and archaeology vividly intertwine.

Topic:

This version includes relevant keywords for SEO purposes while maintaining the integrity of the original HTML structure.

Source: www.newscientist.com

Intestinal Parasites Found in Roman Soldiers Stationed at Hadrian’s Wall

Third-century baths and sanitary facilities at Vindolanda, a Roman stronghold near Hadrian’s Wall in England

Vindolanda Trust

Although the Romans were recognized for their sophisticated sanitation systems, those stationed in major forts in northern England likely endured numerous digestive illnesses caused by parasites.

The Vindolanda Fortress, situated close to Hadrian’s Wall and inhabited by Roman soldiers from the 1st to 4th century AD, was likely not suitable for individuals with sensitive stomachs, as excavations of waste pits at this location indicate.

Piers Mitchell and his team from the University of Cambridge collected and examined nearly 60 sediment samples from the communal toilets believed to have been utilized in the 3rd century.

Utilizing microscopy, they discovered the eggs of two intestinal parasites: roundworms and whipworms. Additionally, they identified a one-celled parasite called duodenal giardia through specific antibodies that bind exclusively to proteins found in this organism.

All three parasites can lead to gastrointestinal issues, which can be particularly severe for children, the elderly, and immunocompromised individuals.

“Even with our efforts to implement Roman conveniences like baths and toilets, we still faced diarrhea and intestinal parasitic diseases,” Mitchell remarked.

Structures such as toilets, baths, aqueducts, and fountains primarily served to enhance air quality and maintain visible cleanliness, he explains. “They lacked microscopes and therefore were unaware of many infections that plagued them.”

Whipworm eggs discovered in a sewer pipe in Vindolanda

Marissa Ledger

Excavations at another nearby fort, occupied in the 1st century AD and believed to have defensive ditches, also revealed roundworms and whipworms.

“The contents of the sewage drains consist of mixed fecal matter from various individuals utilizing the toilets, making it difficult to determine the infection rate among soldiers,” Mitchell states. “However, the presence of parasite eggs along the sewer drains implies that a considerable number of individuals using the facilities were likely infected.”

Roundworms and whipworms are also found throughout the Roman Empire; giardia, however, has only been identified in the Roman contexts in Turkey and Italy, according to Mitchell.

If asked whether he would like a glass of water during the time the fort was operational, he would certainly decline. “They might say, ‘How about a beer instead?'”

Exploring Hadrian’s Wall and Roman Innovations: England

Embark on an immersive walking tour tracing the paths of the Romans along Hadrian’s Wall, one of Britain’s most iconic ancient sites and a UNESCO World Heritage gem.

Topic:

  • Archaeology/
  • Infectious disease

Source: www.newscientist.com

The Health of the Population Suffered Due to the Roman Occupation of Britain.

Reconstruction of the city of Wroxeter in Roman Britain

Ivan Lapper/British Heritage/Heritage Images/Getty Images

During Roman rule, the health standards of Britain’s populace declined, particularly in city environments.

There’s a common conception that the Romans introduced civilization and its various advantages, exemplified by a scene in Monty Python’s Life of Brian, where Reg, portrayed by John Cleese, rhetorically asks, “Aside from hygiene, medicine, education, wine, security, irrigation, roads, freshwater systems, and sanitation, what have the Romans ever done for us?”

However, researchers have recognized health issues for at least a decade. A study titled Declining public health in Iron Age Britain indicates that after the Romans arrived in 43 AD, the population continued to thrive even after their departure.

Currently, Rebecca Pitt and her team at the University of Reading in the UK analyzed 646 ancient human bones, with 372 belonging to children under three and a half years at death, and 274 from adult women aged 18 to 45. These remains originated from 24 Iron Age and Romano-British sites in southern and central England, spanning from the 4th century before Roman arrival to the 4th century AD, coinciding with the Roman exit.

Pitt evaluated age based on the pelvic features of adults and the teeth of children. By studying both potential mothers and their infants, she aims to gain insights into the stressors that impacted different generations during Roman dominance.

“A mother’s health significantly affects her child’s well-being, and environmental factors during crucial developmental stages can have enduring effects on health,” remarks Pitt.

Pitt scrutinized the bones and teeth for irregularities such as lesions or fractures indicative of conditions like tuberculosis, osteomyelitis, or dental diseases. She utilized X-rays to investigate the internal bone structure, highlighting changes in development stemming from malnutrition or deficiencies in vitamins C and D.

Her findings suggest that the adverse health outcomes linked to Roman occupation were especially apparent in two major urban centers: the Roman administrative town of Venta Belgarum (now Winchester) and Corinium Duvennorm (Cirencester).

Overall, 81 percent of urban Roman adults exhibited bone abnormalities compared to 62 percent of Iron Age individuals, while no significant differences were noted between Iron Age and rural Roman populations. Furthermore, only 26% of Iron Age children presented such issues, in contrast to 41% from Roman rural areas and 61% in Roman urban settings.

“A notable issue among non-adults in urban settings was rickets, indicating insufficient vitamin D from sunlight,” states Pitt.

She proposes that these health challenges, which persisted across generations, were attributable to new diseases brought by the Romans, along with the class disparities and infrastructure they established, which led to restricted resource access and overcrowded, polluted living conditions for those of lower social standing.

“My father enjoys telling jokes. Life of Brian reveals, however, that the Romans had a significantly negative impact on our health, affecting numerous generations,” observes Pitt.

Martin Millett, a professor at Cambridge University, expressed that this discovery is fascinating, suggesting that the effects may be underestimated if the buried individuals belonged to higher social classes who might have experienced better health, although he does not believe the observations are strictly urban-related.

“These urban settings are not the vast medieval towns known for deep poverty and high population densities,” he notes. “What we may be witnessing is an expanding divide between the wealthy and impoverished, with the Roman Empire’s economic and social systems exacerbating this gap over time.”

Richard Maggwick, a professor at Cardiff University, also remarked that the Roman legacy did not equitably benefit everyone. “While we gained better sanitation, hygiene, and medical knowledge, accessibility remains a crucial question,” he states. “The truth is that not everyone benefited, and it took time for these advantages to reach various social strata.”

Topics:

Source: www.newscientist.com

Pompeii’s Construction Site Unveils the Secrets of Roman Concrete Production

Ceramic roof tiles and tuff blocks uncovered at an ancient construction site in Pompeii

Pompeii Archaeological Park

A recently uncovered ancient building site in Pompeii, preserved since the eruption of Mount Vesuvius, has enabled archaeologists to finally understand the process behind Roman concrete production.

Located near Naples, Pompeii was entombed under layers of volcanic ash in 79 AD. Excavation efforts commenced in the 1880s but were halted until early 2023, when extensive new diggings began.

The latest excavations revealed a nearly intact concrete workshop, featuring inscriptions on the walls detailing work schedules and material quantities. Numerous concrete tools, heaps of quicklime, and salvaged roof tiles were also discovered.

Admija Masic of the MIT research team expressed amazement at the site’s remarkable preservation, stating it provides insights into Roman concrete techniques that “laboratory recreations simply cannot achieve.”

“The material was just as it was at the moment the eruption halted the city,” Masic mentioned. “Studying it felt as if I were transported back to 79 A.D., standing beside the workers mixing and pouring concrete.”

The team’s revelations indicate that established assumptions about Roman concrete production should be reconsidered.

Historical records suggest that Romans utilized slaked lime (calcium hydroxide) for concrete, combining it with water before mixing it with other components like volcanic ash.

Contrarily, chemical analyses of dry, premixed materials found in Pompeian workshops show that ancient builders actually employed a hot mixing technique using quicklime, or calcium oxide. This method involved combining the lime with all other ingredients including volcanic ash and minerals, before adding water, which was heated as a result of the chemical reaction, causing some concrete to set.

“Our findings demonstrate that quicklime was crucial to structural concrete,” Masic states. “In contrast, slaked lime was typically used for finish mortar and plaster, where a smooth surface and workability were paramount.”

The hot-mixing method offers the advantage of lime remnants, known as crusts, remaining in the concrete post-hardening, which can autonomously heal small cracks and defects.

“These lime fragments serve as reservoirs of calcium that can dissolve and recrystallize in crevices and fractures, or interact with volcanic ash to enhance the microstructure of the concrete,” Masić explains.

A modern concrete worker would easily understand the Roman concrete-making technique at Pompeii and could seamlessly transition into the workshop to start working, he states. “The chemistry is ancient, yet the technology is readily recognizable.”

Historic Herculaneum – explore Vesuvius, Pompeii, and ancient Naples

Embark on a captivating expedition through the remnants of Mount Vesuvius, Pompeii, and Herculaneum, where history and archaeology unfold.

topic:

Source: www.newscientist.com

New Map Unveils the Roman Empire’s 300,000 km Road Network

A newly released map and digital dataset called Itiner-e expands the known length of the Roman Empire’s road network by over 110,000 km.

Itiner-e is the most intricate and comprehensive open digital dataset of roads throughout the Roman Empire. Image credit: de Soto et al., doi: 10.1038/s41597-025-06140-z.

During its peak in the second century AD, the Roman Empire boasted a population exceeding 55 million and extended from present-day Britain to Egypt and Syria.

While the extensive road network facilitated development and maintenance, maps remain incomplete, and existing digitized versions are of low resolution.

“The study of Roman roads has a long-standing history,” remarked Tom Brumans, a researcher at Aarhus University, along with his colleagues.

“A plethora of information about roads has been confirmed through archaeological excavations, surveys, milestones placed regularly along Roman routes, and historical texts like the Antoninian Itinerary and the Poitingeriana Table, which offer a detailed regional overview of key connections between settlements and Roman roads.”

“However, the pursuit of identifying and locating this diverse body of research is complicated by a lack of comprehensive integration and digitization across the empire.”

Researchers employed archaeological and historical records, topographic maps, and satellite imagery to compile the Itiner-e dataset.

This dataset includes 299,171 km of roads, covering an area of approximately 4 million km, a marked increase from the prior estimate of 188,555 km.2.

The growth in road coverage is attributed to enhanced documentation in the Iberian Peninsula, Greece, and North Africa, as well as adjustments to existing road routes based on geographical realities.

This includes the provision for roads traversing mountains to follow winding paths, rather than straight lines.

Itiner-e encompasses 14,769 road segments, with 103,478 km (34.6%) classified as primary roads and 195,693 km (65.4%) as secondary roads.

Only 2.7% of the road locations are known with certainty, while 89.8% remain less precise, and 7.4% are based on hypotheses.

“Itiner-e is the most detailed and comprehensive open-access digitization of Roman roads, and it also highlights existing knowledge gaps in the road system,” the authors stated.

“They emphasize that Itiner-e does not reflect temporal changes in the road network, and further studies are necessary to explore this across the Roman Empire.”

“Itiner-e could serve as a valuable resource for future research on the impact of Roman roads on connectivity, governance, migration, and disease transmission within the empire.”

For maps and datasets, refer to the paper published in Scientific Data.

_____

P. De Soto et al. 2025. Itiner-e: A high-resolution dataset of roads in the Roman Empire. Scientific Data December 1731. doi: 10.1038/s41597-025-06140-z

Source: www.sci.news

Discover the Expansive Road Network of the Roman Empire through Digital Maps

Mapping of the Roman road network by Itiner-e

itinerary-e

A new expansive map of the Roman road system reveals that the empire’s land transport network has effectively grown by nearly 60% and is accessible to all. You can explore it online.

The initiative, named Itiner-e, combines topographical mapping, satellite images, and centuries of historical documentation, and claims to be the first publicly available dataset of this nature.

“It emerged from significant frustration,” states Tom Bluemans of Aarhus University, Denmark. “This is among the most enigmatic areas in Roman archaeology. There’s a saying: ‘All roads lead to Rome.’ So why can’t we access a download of all the roads in Rome? Where are they located?”

Brughmans and his team constructed a representation of the road network around 150 AD, utilizing extensive evidence from research and outlining more accurate paths of previously identified routes. They also assigned confidence ratings to each road segment based on the reliability of the source.

Their findings indicate that the total length of the road network in that period was around 299,171 kilometers, significantly surpassing the government’s previous estimate of 188,555 kilometers from the Barrington Atlas of the Greek and Roman World.

The dataset reveals that even though there is compelling evidence for starting and ending points of many roads, only 2.8% of the entire network can be pinpointed accurately (within 50 meters in mountainous regions and 200 meters in flatter areas).

Roman route through mountains to Delphi in Ancient Greece

itinerary-e

For the Blueman family, this highlights the challenges associated with securing resources to excavate an entire Roman road, resulting in many efforts remaining unfinished. Additionally, major roads have undergone numerous reconstructions throughout history, complicating efforts to uncover the original paths.

While Roman roads are renowned for their straightness, it’s a misconception that they were always constructed that way. Katherine Fletcher from Manchester Metropolitan University in the UK, who did not participate in the study, comments, “Straight paths weren’t always economical or practical, particularly through mountainous regions.” She adds, “In many instances, if a route already existed, the Romans adapted it instead of forging an entirely new one.”

Gaining a deeper understanding of the Roman road network could enhance our grasp of many pivotal events in European history. According to Blumans, developments like early Christianity, widespread migration, and continent-wide pandemics were all influenced by the Roman road system.

Despite their significance, roads are frequently overshadowed because they lack the allure of grand amphitheaters or gladiators, Fletcher notes. “It’s akin to that famous scene in Monty Python where they discuss what the Romans did for us, and they mention, ‘And roads…well, clearly roads! Not to mention roads.’

Explore Historic Herculaneum – Experience Vesuvius, Pompeii, and Ancient Naples

Join a captivating journey through the ruins at Mount Vesuvius, Pompeii, and Herculaneum, where history and archaeology come alive.

Topics:

Source: www.newscientist.com

The Prosperity of the British Economy Following the Fall of the Roman Empire

Excavations near Aldborough in the UK reveal insights into life after Roman occupation

RFellerby & MJ Millet

When the Roman Empire withdrew from Britain, it didn’t lead to chaos or total economic failure. Archaeological evidence reveals that metalworking pollution indicates the metal industry in northern England not only continued but thrived in the ensuing centuries.

“The prevalent theory was that the absence of state transportation systems and military equipment would cause the local economy to collapse,” explains Christopher LaBlack from the University of Nottingham, UK. However, archaeology tells a different story. “We see a significant increase in metal-contaminated products.”

La Brack is part of a research team that excavated Roman artifacts from Aldovallo, North Yorkshire, England. Under Roman rule, this area was known as Isurium Brigantum, where metals such as iron and lead were mined and processed.

The team found that aerosol contamination from metalworking practices was preserved in sediment layers accumulated in ancient riverbeds at archaeological sites. By analyzing these layers, they could chart the changes in pollution levels from 345 to 1779 AD.

“This extensive chronology allows for quite a comprehensive view of fluctuations,” notes Jane Carshaw from Oxford University, who did not participate in the research but has studied early medieval metal mining.

In the late 300s and early 400s, with the Roman Empire’s retreat from Britain, it was believed that all forms of government support would vanish, along with tax collection and new currency, leading to the withdrawal of military forces from the region,” says La Brack. Over the following centuries, few written accounts exist, and certain industries, particularly those producing wheel-thrown pottery, experienced a steep decline. This has often been interpreted as indicative of “the collapse of British society in the fifth century,” according to Loveluck.

However, the riverbed records paint a different picture. Lead pollution was minimal during the Roman era, slightly dipping in the late 300s to early 400s, but then increasing steadily until the mid-500s. Correspondingly, pollution from ironworking also saw a rise in the early 500s.

This points to the sustained large-scale production of essential goods, supporting Loveluck’s claims.

The uptick in metal production may have been spurred by internal conflicts, suggests Kershaw. “This was a time of consolidation among various Anglo-Saxon kingdoms,” she explains. “There was considerable fighting between these different factions,” with many fallen warriors buried with swords and knives.

Production levels of metal then sharply dropped in the mid-500s and remained low for several decades. The research team posits this could be linked to the Justinian Plague, which swept through the Mediterranean region between 541 and 549 AD. Ancient DNA evidence from cemeteries in East England supports the arrival of the plague in England. However, the extent and severity of its spread remain uncertain. “There isn’t a significant mass grave filled with plague victims, as we observe in later plague episodes,” explains Kershaw.

The resilience of metal production in Aldborough amidst the Roman retreat aligns with other findings that suggest economic and political continuity. “For instance, Droitwich in Worcestershire has maintained a continuous sequence of salt production from Roman times through to the present day,” notes La Brack.

The aftermath of Rome’s withdrawal has often been labeled the Dark Ages due to the scarcity of written documentation and assumptions of a decline in intellectual life. However, historians argue that this characterization is overly simplistic.

While certain practices, such as the manufacturing of wheel-turned pottery and stone structures, faded, this era also saw the production of copper metalworks, which were widely utilized. “If this period was truly so dire, why are there exquisite brooches and vibrant beaded necklaces?” inquires Kershaw.

Topic:

Source: www.newscientist.com

AI Aids in Restoring Damaged Latin Inscriptions from the Roman Empire

Roman Temple in Ankara, Turkey

PE Forsberg / Alamy Stock Photos

Latin inscriptions from ancient times provide insights into the proclamations of the Roman emperor the voices of the enslaved for those who understand them. Today, advancements in artificial intelligence assist historians in piecing together often incomplete texts, even allowing for predictions about the origins and contexts of specific inscriptions within the Roman Empire.

“Analyzing history through inscriptions resembles solving an enormous puzzle. There are tens of thousands of them,” stated Thea Sommerschield during a media briefing at the University of Nottingham, UK. “This is everything that has endured through the centuries.”

The AI tools developed by Sommerschield and her team can identify missing characters in Latin inscriptions and indicate that they relate to the same individual or location as similarly styled inscriptions. They named the tool Aeneas, after the legendary hero reputed to have fled the fall of Troy, eventually becoming an ancestor to the Romans.

“Aeneas can help restore unknown lengths of text that are missing,” remarked Giannis Assael, co-leader of Aeneas’s development at Google DeepMind. “This versatility is beneficial for historians, particularly with heavily damaged materials.”

The team trained Aeneas using the most extensive dataset of ancient Latin texts, comprising over 176,000 inscriptions and nearly 9,000 accompanying images. This training enables Aeneas to propose missing phrases. Furthermore, when tested against a set of known inscriptions, researchers found that Aeneas could estimate inscription dates within a 13-year range and achieved a 72% accuracy rate in discerning the origins of different regions in Rome.

“Inscriptions are crucial for understanding the lives and experiences of those in the Roman Empire,” noted Charlotte Tapman, a researcher at the University of Exeter, UK, who was not directly involved in this study. “They encompass a variety of topics including law, trade, military affairs, political life, religion, death, and personal matters.”

Such AI technologies “are poised to be implemented for studying inscriptions from other eras and adapted for various languages,” according to Tupman.

In tests involving intentionally damaged inscriptions, Aeneas achieved a 73% accuracy in filling gaps of up to 10 Latin characters. However, when the total length of missing text was unknown, accuracy dropped to 58%. Nonetheless, the AI’s logic for its suggestions enables researchers to evaluate the legitimacy of its findings.

When nearly 20 historians evaluated AI-assisted restorations on intentionally damaged inscriptions, those using AI outperformed both the individual historians and the AI itself. Furthermore, historians reported that the comparative inscriptions highlighted by Aeneas served as valuable starting points for 90% of their research.

“Utilizing this technology accelerates work related to inscriptions, especially when seeking to build broader analyses of local or empire-wide patterns and epigraphic traditions,” stated Elizabeth Meyer from the University of Virginia. “However, it remains essential for human scholars to examine the results and ensure their plausibility within the given historical context.”

“Employing a generic AI model to assist in ancient historical tasks often yields unsatisfactory results,” commented Chiara Senati from the University of Vienna, Austria. “Thus, the creation of tools specifically catered to Latin epigraphy research is greatly valued.”

The ultimate vision is for historians to be able to “redirect their energies towards museums and archaeological sites,” Sommerschield shared during a press event.

Topics:

Source: www.newscientist.com

Ancient DNA Uncovers the Dietary Preferences of the Roman Empire

Modern rendition of garum, a fermented fish sauce dating back to Roman times

Alexander Mychko / Alamy

Garum, a type of fermented fish sauce, was a favored condiment throughout the Roman Empire. Recent analyses of ancient DNA extracted from the production vats have uncovered the specific fish species used in this staple seasoning.

This Roman fish sauce was widely appreciated for its intense salty and umami flavors. However, philosopher Seneca famously remarked that one variant had a price “as audacious as that of rotten fish.” There were various types, including a liquid known as Garum or Liquamen, and a thicker paste called Allec. The preparation involved fermenting fish and plant materials, complicating the identification of the fish species used.

According to Paula Campos from the University of Porto, Portugal, “The small, fractured bones and the acidic conditions contribute significantly to the degradation of DNA.”

Campos and her team conducted DNA sequencing on bone samples dating back to the 3rd century AD, sourced from a Roman fish sauce production facility in northwestern Spain. They compared numerous overlapping DNA sequences against the complete fish genome, allowing them to confidently identify the species involved.

This analysis revealed that the remaining fish was predominantly European sardines, aligning with previous visual identifications at other Roman fish processing sites. Additional fish species such as herring, whiting, mackerel, and anchovy have also been identified in various garum production locales.

This finding indicates that “even degraded fish remains” can yield identifiable DNA, suggesting that “it could enhance our understanding of regional variations in the main ingredients of historical fish sauces and pastes,” noted Analisa Marzano, a colleague from the University of Bologna, Italy, who was not involved in the study.

The research shows a comparison of ancient and modern sardines, indicating less genetic mixing among sardine populations across different marine regions in ancient times. This knowledge “may help us gauge the impact of human-environment interactions over the centuries,” Marzano explained.

For future studies, Campos and her colleagues intend to analyze additional fish species from other Roman garum production sites. “We’re broadening our sampling to verify if the results are consistent throughout the Roman Empire,” she added.

Topic:

Source: www.newscientist.com

Eerie Roman Skeleton Offers First Clue That Gladiators Faced Lions—and Were Defeated

Archaeologists have unveiled the first tangible evidence that Roman gladiators confronted lions, following the identification of bite marks on skeletons unearthed in York, England, attributed to a large feline.

The remains discovered on Driffield Terrace, one of the best-preserved gladiator burial sites in Rome, date back around 1,800 years and belong to a man who likely faced a gruesome death at the jaws of a lion.

A recent analysis of the skeleton, excavated over two decades ago, indicates that he probably succumbed to a lion’s attack. The research team compared three-dimensional scans of bite marks on the warrior’s hip bones with lion bite samples from a zoo, confirming a match.

The puncture on the gladiator’s bones provides the first direct evidence of Roman battles involving lions. -Thompson et al

“This is a very exciting discovery,” said Marine Horst, a lecturer in osteophytes at York University and managing director of York Bone Artisans.

“We can now start to paint a clearer picture of what these gladiators experienced in life. We also observe that in urban arenas like York, the existence of big cats and possibly other exotic animals posed a threat they had to defend against.”

The skeletons belonged to men aged between 26 and 35, buried alongside two others and covered with horse bones, indicating a burial practice.

In life, he likely faced malnutrition as a child and exhibited signs of spinal injury, inflammation, and physical stress.

Unhealed lion bites are believed to be the cause of death, after which he seems to have been beheaded—a practice noted in Roman burials, although its significance remains unclear.

Driffield Terrace has long drawn interest, with excavations that began in 2004 revealing over 80 young, robust male skeletons.

While depictions of gladiators battling lions are common, concrete evidence of such encounters is rare. – Councillor of the British Museum

Dental enamel analysis confirmed that these individuals originated from the Roman Empire, and many experienced atypical funerals.

The latest findings bolster the theory that these men were gladiators, referred to as Bestiarius: a class of fighters who faced wild animals often stemming from enslaved backgrounds.

“For years, our comprehension of Roman gladiator combat and animal spectacles relied heavily on historical texts and artistic illustrations,” remarked Professor Tim Thompson from Maynooth University, Ireland.

“This discovery offers the first direct physical evidence proving such events took place during that era, reshaping our understanding of the entertainment culture in the region during Roman times.”

Though no amphitheater has yet been found in York, historical documentation suggests the city hosted arena events from the fourth century onward.

During this period, York served as a pivotal center of the empire, home to prominent Roman generals, including Constantine the Great, who was declared emperor in 306 AD.

David Jennings, CEO of York Archaeology commented on the gladiators: “You may never know that this man fought in an arena for the entertainment of others, but it’s noteworthy that the first osteological evidence of this type of gladiator combat has emerged far from the Colosseum in Rome.”

The study documenting these findings is published in the journal PLOS 1.

read more:

Source: www.sciencefocus.com

Roman Helmets and Weaponry Unearthed in Denmark

Archaeologists with Vejle Museum unearthed a 1,600-year-old weapon offering, including over 100 spearheads, lances, swords, chainmails, and two fragments of Roman helmets, at the site of Løsning Søndermark, Hedentified, Denmark.

Dr. Elias Witt Thomasen reveals the provision of a massive weapon at the Løsning Søndermark site in Hedensted, Denmark. Image credit: Vejle Museums.

“Two unusual iron plates were excavated during the investigation of one of the largest weapons deposits provided in the home’s mailholes.

“In the beginning, their origins were unknown. However, with the help of x-ray imaging, parents and archaeologists were able to see under the thick layer of rust surrounding the object.”

“The results revealed a very rare find: the ruins of a Roman helmet.”

According to the team, the discovery is the only known Roman helmet discovered in Denmark and the earliest iron helmet in the country.

“The two plates consist of a neck plate of a so-called coat of arms of helmets and decorated cheek plates, a type used in the Roman Empire of the 4th century AD,” the researchers said.

“In southern Scandinavia, Roman helmets from the Iron Age are extremely rare and have no direct similarities to this discovery.”

“There are several similar findings from Thorsbjerg Moor in Schleswig and from South Sweden and Gotland-None in Denmark.”

X-ray image of neck and cheek guards from a Roman helmet. Image credits: Vejle Museums

The finding raises an important question: why were the neck plate and one cheek plate only discovered?

“The answer lies in the nature of postwar rituals in the Iron Age, where weapons and military equipment rarely accumulate intact,” explained Dr. Thomasen.

“The spearhead was separated from the shaft, the blade of the sword was divided into the handle, the equipment was destroyed and divided between the parties involved in the conflict.”

“The missing cheek plates and helmet bowls could be distributed elsewhere.”

“Helmets may have belonged to Germanic warlords who served in Roman auxiliary institutions.

“Or maybe it was plundered from Roman legions in a battle near the Imperial Germanic frontier and later brought to Jatland.”

“In itself, in relation to the broader deposition of weapons and military equipment at the site, the helmet offers valuable insight into the connection between the Iron Age military elite and the powerful southern neighbor, the Roman Empire. .”

Source: www.sci.news

Roman scrolls buried under volcanic ash finally deciphered in 2000

Pherc.172 scroll revealed by X-ray imaging

Vesuvius Challenge

Ancient Roman scrolls were read for the first time since they were burned by a volcanic eruption on Mount Vesuvius two thousand years ago, thanks to artificial intelligence and powerful X-ray facilities.

The Papyrus scroll is one of the 1800s rescued from a single room in the ornate villas of the Roman town of Herculaneum in the 1750s, and is now the Italian town of El Corano. They were all carbonated by the heat of the volcanic debris that buried them.

Initially, locals unconsciously burned the scroll as fire, but were preserved when it was discovered to contain text. About 200 were then painstakingly opened and read by laborious mechanical devices. Based on the clock, you will get scrolls in millimeters slowly engraved.

Three of these scrolls were kept at the Bodrian Library at Oxford University, and was talented in 1804 by the future King George IV. At the time, the Wales Rince exchanged kangaroo troops for the Napurites of Ferdinand IV in exchange for scrolls. (The King of Naples had built an elaborate garden and animal collection for his lover.)

One of these three scrolls known as PEREC.172 has been imaged and analyzed using machine learning algorithms. Scanned with a diamond light source in Oxfordshire, there is a very powerful X-ray device known as the Synchrotron, and the resulting data is now available. Vesuvius Challenge – Competition with the $700,000 Grand Prize for interpreting text from scrolls.

https://www.youtube.com/watch?v=e5xmdspramo

This method says it is much better than trying to mechanically open the scroll, Peter TossCurator of the Bodrian Library. “The only problem, or risk, is that imaging is so special that it can't be done here. That means the scroll has to leave the facility, and we're very nervous about it. I did,” he says.

Researchers have so far revealed several columns of approximately 26 lines of text in each column. Scholars now want to read the entire scroll, but we can already see the ancient Greek word Διατροπή, meaning “aversion.” Toth suspects it somehow relates to a philosopher EpiclassAs many other scrolls found on the same site have.

Felk. The 172 was the only one of the three scrolls from the Bodleian Library that seemed stable enough to move, only in a specially 3D printed case within another padded box. “The hope is that technology can improve dramatically. [in the future] Items don't have to travel anywhere, but technology can come to us,” says Toth.

topic:

Source: www.newscientist.com

Ancient 1,900-Year-Old Papirus Uncovers Criminal Case in the Roman Empire.

This Papirus, written in Greek, visited the area in 129/130 AD, and in front of Jewish or Roman officials in Arabia in the reign of the Roman Emperor Hadrian, before the revolution of 129/130 AD. This is a memorandum of hearing. The rebellion of Bar Coffba in 132. Papyrus includes the unofficial record of the hearing. This is related to many individual prosecutions, including specific Gadarias and Sauros. Avoid the empire Finances (Ministry of Finance dominated by the emperor).

1, 900 years ago Papil Scotton. Image credit: Shai Halevi.

Papyrus in question was found in the 1950s in one of the Nahal Haber caves in the Jewish desert.

Initially, this document, which had been misaligned as a Nabatea, remained unnoticed until Hanna Cotton Pargi of Hebrew University was rediscovered in 2014.

Currently, Papirus, which is called Papir Scotton, is the longest Greek document in the Jewish desert because it exceeds the 133 lines.

Professor Cotton Parciel, Austrian Science Academy, Vienna University, and Hebrew's colleagues say that this document says the prosecutor in front of the Roman officials (132-136 CE) of the Roman officials (132-136 CE) the night before the bar. I judged that it was represented. A transcript that was rapidly drafted by the judicial hearing itself.

The language is full of lively and direct, and one prosecutor has advised another prosecutor on the strength of various evidence and predicts the objection.

“This papyrus is extraordinary to provide direct insights in preparing for trials in the Roman Empire,” said Dr. Anna Dorgano, Austrian Science Academy.

“This is the best documented Roman court lawsuit from Jews apart from Jesus' trial,” said Dr. Avenner Ecker at Hebrew University.

Papyrus detailed the incidents, which are almost compatible with modern Israel and Jordan, including forgery, tax evasion, fraudulent sales and slave abuse in Juda and Arabia.

The main defendants, Gadarius and Sauros, are accused of corrupt transactions.

Gadaria, the son of a notary public and probably Roman citizen, had a crime, including violence, terrifying tor, counterfeiting, and rebellion.

His collaborator, Sauros, adjusted the fictitious sales and slaves principles without paying the necessary Rome taxes.

In order to hide their activities, the defendant counterfeited documents.

“Falculation and tax fraud have suffered severe penalties under the Roman law, such as intense labor and death penalty,” said Dolgonov.

The criminal case was deployed between the two major Jews uprising to Rome's rule: Jewish Diaspola rebellion (115-117 CE) and Barcova rebellion (132-136 CE).

In particular, this text involved Gadarias and Sauros in rebellious activities during the visit by Emperor Hadrian (129/130 AD), and when Bar Coffba Revolt began, Tanius, the governor of Juda, Tanius.・ It is named Rufus.

With his previous anxiety, the Roman authorities probably have seen the defendant with doubt and linked their crimes to a wider conspiracy against the empire.

“Whether they were actually involved in the rebellion remain unresolved, but the flirting is talking to the charged atmosphere at the time,” said Dolgano.

“The nature of the crime makes a question because it doesn't seem to be a profitable business model,” said Dr. Ecker.

“The origin of the slaves is unknown, but this case may include the Bible's duty of the Jews of illegal trafficking or reimbursing the slaves. “

Papyrus provides new insights on the Roman method of the East Empire speaking in the Greek, referring to the governor of the Jewish Assazazi Tour and the Forced JU Service.

“This document indicates that the Core Roma institution, a documented in Egypt, is being implemented throughout the empire,” Mitthof said.

“Papyrus also introduces the ability to regulate private transactions in Roman in remote areas.”

“In the Kokhba Revolt, the caution was a mystery, which is likely to have been born from a hideaway cave in the Jewish desert, and the results of the trial may have been interrupted by rebellion.”

Team paper Published in the journal Thai

______

Anna Dolgano et al。 2025. Falculation and fiscal fraud in the night before the bar: A memorandum of Roman officials (P.Cotton) and the minutes of trial. Thai 38; DOI: 10.25365/tyche-2023-38-5

Source: www.sci.news

New Genetic Findings Show Women’s Empowerment in Ancient Britain Before Roman Rule

Late Iron Age Durotrigan burial at Winterbourne Kingston, Dorset, England

bournemouth university

Genetic analysis of people buried in a 2,000-year-old cemetery in southern England supports the idea that Britain’s Celtic communities were dominated by women, finding that while men immigrated from other communities, women indicates that they stayed in their ancestral home. It lasted for centuries.

The study supports growing archaeological evidence that women held high positions in Celtic societies across Europe, including Britain, and that Mediterranean audiences often found it difficult to describe Celtic women as having power. This gives credence to the Roman accounts, which were often thought to be exaggerated.

Since 2009, Durotrygean skeletons have been unearthed during excavations of an Iron Age burial site in Winterbourne-Kingston, Dorset, England. The Durothrigeans occupied the coast of south-central England from about 100 BC to 100 AD, and probably spoke a Celtic language.

Human bones from Iron Age Britain are rare because they were destroyed by common funerary practices such as cremation and burial of bodies in bogs. However, the Durotrige buried their dead in formal cemeteries in the chalk landscape, which helped preserve them. Archaeologists have found that Durotrigan women were often buried with valuables, suggesting a high status and perhaps a female-centered society.

Lara Cassidy Doctors from Trinity College, Dublin, have now analyzed the genomes of 55 Winterbourne-Kingston Durotrigans to determine how they are related to each other and to other Iron Age peoples in Britain and Europe. I found out how they are related.

Cassidy says there were two big “aha” moments. Both were associated with mitochondrial DNA. Mitochondrial DNA is a small loop of DNA that is inherited only through the maternal line because it is passed through the egg cell and is not integrated with other DNA.

Once each individual’s mitochondrial DNA results were obtained, the researchers noticed that the same genetic sequences appeared over and over again. More than two-thirds of the individuals were found to be descended from a single maternal line, descended from a common female ancestor several centuries ago.

“At that moment, my jaw dropped,” Cassidy says. “This was a clear sign of matrilocality, a husband moving to live with his wife’s family, a pattern never before seen in prehistoric Europe.” Father locality moving into the community is the norm.

To find out whether the maternal localization pattern was a phenomenon peculiar to the Durothrigues, or whether it might have been more widespread across Britain, Cassidy uses an earlier large-scale study of Iron Age Britain and Europe. I started looking into genetic research data. Her jaw dropped again. She found that in cemeteries across Britain, most people were maternal descendants of a small number of female ancestors.

Cassidy said there is growing evidence that Iron Age women were relatively powerful. “Nativeness typically co-occurs with cultural practices that benefit women and integrate them into family support networks,” she explains.

In modern societies, matrilocality is associated with increased female involvement in food production, increased paternity uncertainty, and longer periods of male absence. In such societies, it is men who migrate to new communities as relative strangers and become dependent on their partners’ families for their livelihood.

“Although men typically still occupy formal positions of authority, women can wield significant influence through their strong matrilineal kinship networks and central role in local economies,” says Cassidy.

Cassidy’s team also compared the British DNA dataset with data from other European sites, revealing repeated waves of migration from the continent, consistent with archaeological evidence. This is because southern Britain was a hotspot of cultural and genetic exchange during the Bronze Age between 2500 BC and 1200 BC and during the Late Iron Age influx of the previously unknown Durothrigid period. showed that it was.

Previous research had suggested that Celtic languages probably arrived in Britain between 1000 BC and 875 BC, but this new discovery expands that possibility. “Celtic languages may have been introduced multiple times,” Cassidy said.

“This is very exciting new research and will revolutionize the way we understand prehistoric societies,” he says. Rachel Pope from the University of Liverpool, UK, previously found evidence of female-dominated kinship relationships in Iron Age Europe. “What we’re learning is that the nature of pre-Roman European society was actually very different.”

topic:

Source: www.newscientist.com

Study finds that atmospheric lead pollution in Roman Europe led to widespread cognitive decline

Researchers examined records from three ice cores to determine levels of lead pollution in the Arctic from 500 BC to 600 AD. The presence of lead isotopes allowed the authors to identify mining and smelting operations across Europe as possible sources of contamination during this period. Advanced computer modeling of atmospheric movement was then used to map atmospheric lead pollution levels across Europe. Combined with studies linking lead exposure to cognitive decline, scientists also saw a 2.5 to 3 point drop in intelligence quotient across the Roman Empire.

A 4th century AD bronze and silver coin found in Lod, central Israel. Image credit: Israel Antiquities Authority.

“This is the first study to take pollution records from ice cores and calculate them backwards to get pollution concentrations in the air and assess the impact on humans,” said Desert Research Institute researcher Dr. Joe McConnell. said.

“The idea that we could do this 2,000 years ago is very novel and exciting.”

Dr Andrew Wilson, a historian at the University of Oxford, said: 'Our research uncovers precise links between records of lead pollution and historical events such as population declines associated with periodic epidemics and pandemics. , which changed our understanding of the Roman period.”

Ancient lead pollution was primarily caused by silver mining, where the lead-rich mineral galena was melted down to extract the silver.

This process produced thousands of ounces of lead for every ounce of silver, much of which was released into the atmosphere.

In adults, high levels of lead exposure have been linked to infertility, anemia, memory loss, cardiovascular disease, cancer, and decreased immune responses, among others.

In children, even low levels of exposure are associated with lower IQ, poorer concentration, and poorer academic performance.

Meanwhile, the US CDC I will consider There is no risk-free lead exposure level, as a blood lead level of 3.5 μg/dl is the point for medical intervention in children.

Dr Nathan Chellman, a researcher at the Desert Research Institute I decided to focus on that.”

“A two to three point drop in IQ doesn't seem like a big deal, but when you apply this to basically the entire European population, it becomes quite significant.”

The researchers found that atmospheric lead pollution began in the Iron Age and peaked during the height of the Roman Republic in the late 2nd century BC.

It then declined sharply in the 1st century BC during the crisis of the Roman Republic, but increased around 15 BC with the rise of the Roman Empire.

Lead contamination remained at high levels from 165 AD until the Antonine Plague of the 180s, which seriously affected the Roman Empire.

It was not until the High Middle Ages, at the beginning of the second millennium AD, that lead pollution in the Arctic exceeded the persistently high levels of the Roman Empire.

Research shows that during the height of the Roman Empire, which spanned nearly 200 years, more than 500,000 tons of lead were released into the atmosphere.

“Ice core records show that lead pollution in the Arctic was up to 40 times higher at its historic peak in the early 1970s, but the insights gained from this study show that lead pollution in the Arctic was up to 40 times higher at its historic peak in the early 1970s, but It shows how it has impacted health,” Dr. McConnell said.

of study Published in Proceedings of the National Academy of Sciences.

_____

Joseph R. McConnell others. 2025. Roman mining and smelting led to atmospheric lead pollution across Europe, increased blood lead levels, and decreased cognitive function. PNAS 122 (3): e2419630121;doi: 10.1073/pnas.2419630121

Source: www.sci.news

Archaeologists Uncover Ancient Roman Forum in Spain

Archaeologists from the University of Granada have announced the discovery of the remains of an ancient Roman forum in Ubrique, Spain’s Andalusia region.

Ruins of Ubrique, Andalusia, Spain. Image credit: University of Granada.

“The main purpose of the excavations was to confirm the hypothesis proposed by local scholar Juan Vegaso at the end of the 18th century that the central terrace of the hill, known as Cerro de la Mora, was the site of a Roman forum. City”, University of Granada. Professor Macarena Bustamante Alvarez her colleagues said in a statement.

At the site, archaeologists unearthed what appears to be a wall surrounding the central plaza, about 1 meter (3.3 feet) high and 16 meters (52.5 feet) long.

They also discovered a series of architectural elements indicating large, clearly public buildings dating back to Roman times.

“We confirmed the presence of a monumental altar with decorative architectural remains,” the archaeologists said.

“These include the bases and axes of columns, as well as other evidence of statue plinths and column remains scattered throughout the city.”

“We were also able to re-examine some of the buildings at the site and outline an area that shows Roman religious practices, especially those related to water.”

Ruins of an ancient Roman forum in Ubrique, Andalusia, Spain. Image credit: University of Granada.

According to researchers, the ruins continued to be inhabited until the end of the 4th century AD.

“This is confirmed by coins found in the area, one of which bears a christogram, the first example of Christian iconography found at the site,” they said. Ta.

“Additionally, North African pottery allowed us to extend the period of occupation of this site, which was previously thought to last until the third century AD.

“It also helped us understand the trade routes that are closely connected to the Campo de Gibraltar region.”

In addition, scientists have unearthed the possible basis of a medieval defensive structure.

“This building would have provided a visual link between this site and other surrounding fortifications that would have been used to monitor this mountainous area of Cadiz,” they said. Ta.

“This excavation provides an overview of a space important for understanding the arrival and settlement of the Romans in the southern Iberian Peninsula and their intermixture with communities already settled in the area.”

Source: www.sci.news

Discovery of 2,070-year-old Roman wall constructed to confine gladiator Spartacus and his army in Italy

Archaeologists have discovered a 2.7-kilometer (1.7-mile) long Roman defensive wall and moat in the southern Italian region of Calabria that was originally built by Roman general Marcus Licinius Crassus to contain Spartacus, a Thracian gladiator and leader of a slave revolt, and his forces.

A 2,070-year-old Roman wall in the Dossone della Meria Forest in south-central Calabria, Italy. Image courtesy of the University of Kentucky.

Spartacus He was a Thracian gladiator who became one of the most famous leaders of a major slave revolt against the Roman Republic known as the Third Servile War (73-71 BC).

Born around 103 BC in what is now Bulgaria, he initially served in the Roman army before being captured and sold into slavery.

In 73 BC, Spartacus and about 70 fellow gladiators Run away They escaped from the gladiator training school in Capua and took refuge on Mount Vesuvius, where they were soon joined by other fugitive slaves.

Spartacus proved to be a skilled leader and tactician, defeating the Roman armies multiple times. Military expansion to an estimated 70,000 slaves and others.

He was not the only leader of the rebellion: two other fugitive gladiators, Crixus and Oenomaus, formed the remaining two factions of the Slave Triumvirate.

This rebellion posed a great threat to Rome, and the Senate sent several legions to put it down.

Despite initial success, Spartacus and his forces were eventually cornered by the Roman general Marcus Licinius Crassus.

In 71 BC, Spartacus' forces were defeated in a final battle in Lucania and he was killed, although his body was never found.

Although the Spartacus rebellion was not intended to be a social revolution, it has served as an inspiration to many throughout history as a symbol of resistance against oppression.

“We believe that Spartacus attacked the newly discovered wall to escape a trap set by Crassus,” said archaeologist Paolo Visona of the University of Kentucky.

The Dossone della Meria forest in south-central Calabria, Italy, is home to 2.7 km of ancient stone walls and earthworks.

Archaeologists also unearthed numerous broken iron weapons, including sword hilts, large curved blades, spear tips, spearheads and other metal fragments.

“The discovery was made possible thanks to a tip-off from local environmental groups who knew the wall existed but had no idea what it was,” Prof Visonagh said.

“We surveyed the walls and trenches using ground-penetrating radar, LIDAR, magnetic measurements and soil core sampling.”

Source: www.sci.news

Under Roman rule, Britain enjoyed centuries of economic prosperity.

A pile of Roman gold coins discovered beneath the floor of a Roman house in Corbridge, England

World History Archives/Alamy

After the Romans conquered Britain in AD 43, they brought with them technologies and laws that led to centuries of economic growth once thought to be limited to modern industrial societies, according to an analysis of thousands of archaeological finds from the period.

“In about 350 years, about two and a half years [fold] “Improved productivity per person.” Rob Weisman At Cambridge University.

Wiseman says the ancient world long believed that economic growth depended on increases in population and resources — for example, increasing food production required more land and more agricultural workers — a type of growth known as extensive growth.

In contrast, economic growth today is driven primarily by increases in productivity, or intensive growth: for example, mechanization and improved plant and animal breeding enable us to produce more food from the same amount of land with fewer workers.

Several recent studies have challenged the idea that rapid growth only occurred after the Industrial Revolution began, which led Wiseman and his colleagues to look at growth in Roman Britain from 43 to 400 AD.

Wiseman says the team’s research was made possible by British laws that require archaeological investigations when sites are developed. “As a result, tens of thousands of archaeological excavations have been carried out in this country, and the data is available to the public.”

By looking at how the number of buildings changed over time, the researchers were able to get a sense of how the population of Roman Britain grew — and there’s a strong relationship between the number of buildings and population size, Wiseman says.

To get a sense of economic growth, the team looked at three metrics: First, the size of buildings rather than the number of buildings: As people get wealthier, they build bigger homes, Wiseman said.

Another measure is the number of lost coins found at the excavation site: “That fell through the floorboards, that got lost in the bathroom, that sort of thing,” he says.

The idea is that the more coins there are in circulation, the more likely they are to be lost. The team didn’t count hidden hoards of coins because they reflect instability, not growth.

The third criterion is the ratio of cruder pottery, such as cooking and storing pots, to more ornate pottery, such as decorative plates. Economic growth requires people to interact more and socialize more, which means “showing off” when guests are present, Wiseman says.

Based on these indicators, the team found that economic growth exceeded what would be expected from population growth alone. They estimate that per capita growth was about 0.5% between 150 and 250 AD, slowing to about 0.3% between 250 and 400 AD.

“What we’ve been able to show is that there was indeed rapid growth after the Romans arrived,” Wiseman says. The rate of growth, rather than the type of growth, is likely what distinguishes the modern world from the ancient world, he says.

Researchers believe this growth was driven by factors such as roads and ports built by the Romans, laws they introduced that made trade safer, and technology such as more advanced flour mills and animal breeds suited to farming.

The period of rapid growth between AD 150 and 250 could have been the result of Britain catching up with the rest of the Roman world, Wiseman says: “It went from being a small, poorly-connected tribal society to a global economy.”

What’s not clear is whether this economic growth made people happier or healthier. “The fact that productivity rose doesn’t mean that invaded, colonized Britons were better off under the Roman Empire,” Wiseman says. “That’s an open question.”

To investigate this, researchers now plan to examine human remains to determine things like how long people lived.

“I believe they are right, and there was certainly intensive growth in Roman Britain.” Alain Bresson At the University of Chicago, Illinois.

“Many archaeologists have noted the compelling evidence of economic growth in Roman Britain, but this paper adds a welcome formal theoretical dimension to the debate.” Ian Morris At Stanford University, California.

But Morris suspects that the lower average growth rate from A.D. 250 to 400 actually reflected a period of higher growth that declined sharply as the Roman Empire began to collapse. Further research could help find the answer, he says.

topic:

Source: www.newscientist.com

Oldest Wine in the World Found in Roman Tomb Dating Back 2,000 Years

2,000-year-old wine discovered in Roman tomb in Carmona, Spain

Juan Manuel Roman/University of Cordoba

Chemical analysis has revealed that a reddish liquid discovered in a 2,000-year-old Roman mausoleum in Spain is the oldest known liquid wine.

“I was shocked and couldn’t believe my eyes,” he said. Jose Rafael Luis Arebola “It was inconceivable that the liquid could remain in this state for 2,000 years,” said a researcher from the University of Cordoba in Spain.

Until now, a sealed vessel found near Speyer, Germany, believed to be around 1,700 years old, was thought to have contained the oldest known wine, but it had never been opened.

Discovered by chance in 2019 in Carmona, near Seville, the Spanish tomb dates to the 1st century AD and belonged to a wealthy family. Eight burial niches were carved into the walls and contained six urns made of limestone, sandstone, and glass. Half contained the remains of a woman, the other half of a man. Two of the urns were inscribed with the names of the deceased: “Hispanae” and “Señicio.”

One of the glass jars, encased in a lead shell, contained the skeletal remains of a 45-year-old man, a gold ring engraved with an image of the two-faced Roman god Janus, and approximately five liters of liquid.

Luis Arrebola and his team studied the composition of the reddish liquid using various methods, including liquid chromatography-mass spectrometry, and found that it had a pH value of 7.5, which is much more alkaline than normal for wine and indicates severe spoilage.

Its mineral profile was similar to that of modern sherry and fino wines from Spain, and it contained seven types of polyphenols, natural antioxidant compounds found only in wine.

Entrance to the Mausoleum of Carmona, where wine was discovered

Juan Manuel Roman/University of Cordoba

The absence of syringic acid, a compound produced by the breakdown of the main pigment in red wine, confirmed that the wine was white, presumably intended for the dead to drink on their journey to the afterlife.

“The discovery of a 2,000-year-old liquid believed to be wine in a Roman jar is unusual and an important event, providing unique insights into Roman burial practices.” David Tanasi “This shows the continuity between ancient and modern wine production,” say researchers from the University of South Florida.

Luis Arrebola plans to carry out further tests to identify any residues of microorganisms such as bacteria or yeast that may be present in the wine.

topic:

Source: www.newscientist.com