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Neanderthals may have used birch tar for wound care

University of Cologne—In a new study* conducted by the University of Cologne, the University of Oxford, the University of Liège and Cape Breton University in Canada, researchers used methods that Neanderthals also used to produce birch tar and to analyze its antibacterial properties. The results indicate that Neanderthals may have used birch tar not only as an adhesive to assemble tools, but also to treat wounds. The study ‘Antibacterial properties of experimentally produced birch tar and its medicinal affordances in the Pleistocene’ was published in the journal PLOS One.

Birch tar is a viscous substance extracted from birch bark and is commonly found on Neanderthal archaeological sites in Europe. As birch tar residues are often found attached directly to stone artefacts, archaeologists long assumed that it was mainly used as an adhesive for hafting. Hafting is a method used to join several pieces together, for example in toolmaking. “However, new studies suggest that birch tar may also have been used for other purposes,” says Tjaark Siemssen of the University of Cologne and Oxford University, who is leading the current study. Ethnographic findings from a wide variety of global contexts show that it is also used for medicinal purposes, amongst other things. “Alongside these findings, there is also growing evidence of medicinal practices and the use of plants among Neanderthals, which is why we were interested in the use of birch tar in this context,” says Siemssen.

The researchers extracted tar experimentally from birch species that already existed during the Neanderthal era. They specifically employed extraction methods reconstructed from Neanderthal contexts. In one process, for example, birch bark was burned underground in a sealed pit. The absence of oxygen results in a dry distillation, extracting the birch tar from the bark. Another method involved burning birch bark next to a hard surface, such as a stone, so that the tar condenses on the surface of the stone.

The researchers tested the birch tar samples they had collected to investigate their antimicrobial properties. All of the tar samples were found to be effective at hindering the growth of Staphylococcus aureus bacteria. S. aureus is a bacterium that plays a major role in wound infections and is now classified as a multi-drug-resistant hospital-acquired pathogen. The antimicrobial properties of birch tar are evident across all extraction methods. “The findings suggest that antimicrobial properties played a role as far back as the time of the early Neanderthals and could have been used in a targeted manner,” explains Siemssen.

In addition to the archaeological findings, which contribute to a better understanding of Neanderthal culture, the results are also relevant in light of the global rise in bacterial resistance to common antibiotics. “Our findings show that it might be worthwhile to examine targeted antibiotics from ethnographic contexts – or, as in this case, from prehistoric contexts – in greater depth,” concludes Siemssen.

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Researchers used methods that Neanderthals also used to produce birch tar and to analyse its antibacterial properties. Credit: Tjaark Siemssen

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Article Source: University of Cologne news release.

Archaeology vs Paleontology: What Students Should Know Before Choosing a Path

Students often confuse archaeology and paleontology. It makes sense. Both involve digging. Both involve the past. Both feel like something out of a documentary or a museum.

But once you look closer, the difference becomes clear. These fields study completely different things, use different methods, and lead to different careers. Choosing between them is not just about interest. It is about how you want to think, research, and work.

Understanding archeology vs paleontology early helps students avoid confusion later. It also makes academic decisions easier when choosing majors, courses, or even internships.

And many students exploring research-heavy fields eventually face large writing assignments as well. When deadlines overlap, some look for structured help and pay for research paper support to organize complex material and stay on track. Managing research and clarity at the same time is part of the learning process.

The key is understanding what each field actually involves.

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What Archeology Focuses On in Real Student Terms

Archeology is about human history. It studies how people lived, what they built, and how societies changed over time.

Students in this field work with artifacts. Tools. Pottery. Buildings. Even entire settlements. The goal is to understand human behavior through physical evidence.

This is why the difference between paleontology and archaeology matters. One focuses on humans. The other does not.

Archeology often overlaps with history and cultural studies. It asks questions like:

  • How did people live in this location?
  • What tools did they use?
  • How did societies evolve over time?

It is about interpreting human stories through objects.

What Paleontology Actually Studies

Paleontology focuses on life before humans. Fossils. Dinosaurs. Ancient plants. Entire ecosystems that existed millions of years ago.

Students in this field study biological evolution. They analyze fossil structures and geological layers to understand how life developed.

This is where paleontology vs archeology becomes obvious. Paleontology is about biology and Earth history. Archeology is about human culture.

The work is often more scientific in nature. It includes lab analysis, field excavation, and data interpretation.

Side-by-Side Comparison for Students Choosing a Path

Aspect

Archeology

Paleontology

Focus

Human history

Ancient life forms

Main Evidence

Artifacts, structures

Fossils

Academic Links

History, anthropology

Biology, geology

Career Direction

Heritage, research, museums

Science, research, labs

Understanding the difference between archaeology and paleontology is not just academic. It shapes career direction.

Where Anthropology Fits Into This Conversation

Many students also encounter anthropology when exploring these fields. Anthropology studies humans broadly, including culture, biology, and social systems.

That is why paleontology vs anthropology discussions often appear in academic circles.

Anthropology connects closely with archeology because both focus on humans. Paleontology stands apart because it studies life long before human existence.

This distinction helps students decide which direction aligns with their interests.

How Skills Differ Between These Fields

Source: https://unsplash.com/photos/tools-are-laying-out-on-a-piece-of-wood-ELr8gYeLdPo

The skills required in each field are not identical. They overlap in research and analysis but differ in focus.

Archeology students develop:

  • Cultural interpretation skills
  • Historical analysis
  • Field documentation techniques

Paleontology students focus more on:

  • Scientific observation
  • Fossil analysis
  • Geological context understanding

This is where paleontology and archaeology diverge in practical terms.

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Archeologist vs Paleontologist: Career Reality

Students often imagine both roles as similar. Digging in remote locations. Discovering something valuable.

In reality, the careers differ more than expected.

An archeologist vs paleontologist comparison shows that archeologists often work with cultural heritage projects, museums, or historical research. Paleontologists are more likely to work in scientific research, universities, or natural history institutions.

This leads to another important distinction. One may spend more time analysing human artifacts. The other studies fossilised biological remains.

Why Students Confuse These Fields

The confusion comes from visuals. Both involve excavation. Both involve fieldwork. Both appear in documentaries and films in similar ways.

But once students understand the purpose behind the work, the difference becomes clear.

Another common comparison is paleontologist vs archeologist, which often highlights the contrast between scientific research and cultural analysis. The tools may look similar. But the goals are not.

Academic Pressure and Research Expectations

Both fields require strong research skills. Students must write detailed reports, analyze findings, and present conclusions clearly.

In discussions about academic workload, the topic of an essay writing service sometimes appears among students balancing research projects and fieldwork. Education expert Ryan Acton explains that structured academic support can help students organize complex ideas and improve clarity without replacing their own thinking.

Strong writing skills are essential in both fields.

Choosing the Right Path as a Student

Students deciding between these fields should focus on what excites them more.

If human history, culture, and social development are interesting, archeology is likely the better fit.

If biology, fossils, and ancient ecosystems are more appealing, paleontology is the stronger option.

A simple way to decide:

  • Choose archeology if you want to study people
  • Choose paleontology if you want to study life before people

This distinction is at the core of archeologist vs paleontologist decisions.

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Future Opportunities in Both Fields

Both careers offer meaningful opportunities, though they are competitive.

Archeology roles often connect to cultural preservation, tourism, and academic research. Paleontology roles are more research-driven and tied to scientific institutions.

Recent data suggests that around 35% of archaeology graduates work in heritage or public sector roles, while paleontology graduates often pursue advanced degrees before entering research careers.

The path is not always straightforward. But the skills developed are valuable in many areas.

Final Thoughts: Understanding the Difference Matters

Choosing between these fields is not about which one sounds more exciting. It is about how you want to think and what you want to study.

Understanding archeology vs paleontology helps students make better decisions early. It prevents confusion and sets a clearer academic path.

Both fields offer depth, challenge, and discovery. But they tell very different stories.

One is about human history. The other is about life, long before it.

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Best Career Paths Archaeology Students Can Build Today

Studying archaeology often starts with curiosity. Ancient civilizations. Lost cities. Artifacts buried for centuries. It feels like a subject rooted in the past. But the reality is very different.

Archaeology today is a modern, evolving field. It blends history with science, technology, and even data analysis. Students do not just learn about the past. They learn how to investigate, interpret, and explain complex information.

That is exactly why archaeology graduates are more flexible than they might expect.

Balancing fieldwork, research papers, and academic deadlines can be intense. Many students look for ways to manage their workload efficiently, especially during peak semesters. Some explore structured support options like do my essay services to stay on track while handling multiple assignments. Having that extra structure can free up time for deeper learning and field experience.

What matters most, though, is how these students apply what they learn.

Why Archaeology Builds Highly Transferable Skills

At first glance, archaeology might seem niche. Dig sites. Museums. Research labs. But the skills developed during an archaeology degree go far beyond that.

Students learn how to:

  • Analyze incomplete data
  • Build evidence-based arguments
  • Work with long-term research projects
  • Communicate findings clearly

These are not just academic skills. They are professional tools.

Employers across industries look for people who can interpret information, solve problems, and explain complex ideas. Archaeology students do all of this regularly.

Top Career Paths for Archaeology Students Today

The traditional path still exists, but it is no longer the only option. Many students build careers in areas they may not have considered at the start of their degree.

Here are some of the most relevant paths today:

Career Path

What It Involves

Why It Fits Archaeology Students

Field Archaeologist

Excavations, site analysis, reporting

Direct application of training

Museum Curator

Managing collections and exhibitions

Combines research and storytelling

Cultural Resource Manager

Protecting historical sites during development

Strong demand in infrastructure projects

Heritage Consultant

Advising on preservation and policy

Requires analytical thinking

Academic Researcher

Publishing studies and teaching

Ideal for deep specialization

These roles remain important. But they are only part of the picture.

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New Career Directions Beyond Traditional Roles

Modern archaeology intersects with technology more than ever before. Students now work with digital mapping, 3D modeling, and remote sensing tools.

This opens doors to careers such as:

  • GIS (Geographic Information Systems) specialist
  • Data analyst in historical or environmental research
  • Digital archivist
  • UX researcher with a focus on human behavior

The shift is clear. Archaeology is no longer limited to excavation sites. It is becoming part of a broader data-driven world.

How Transferable Skills Create Unexpected Opportunities

One of the biggest advantages archaeology students have is adaptability. They are trained to work with uncertainty.

In many cases, they deal with incomplete evidence. They must build conclusions carefully, test assumptions, and revise their thinking when new information appears.

That process mirrors real-world problem-solving.

For example, in business or consulting, professionals often work with partial data. They must make decisions without having every detail. Archaeology students are already comfortable with that kind of thinking.

Their ability to connect patterns and interpret meaning becomes a major asset.

Communication Skills That Go Beyond Academic Writing

Archaeology students spend a lot of time writing. Reports. Essays. Research papers. But writing in this field is not just about length or structure.

It is about clarity.

Students must explain findings in a way that makes sense to different audiences. That might include academic peers, government officials, or the general public.

In discussions about academic support, the topic of an essay writing service sometimes comes up among students managing heavy workloads. Education expert Annie Lambert points out that reviewing well-structured writing can help students understand how to present complex ideas clearly.

Clear communication is not optional. It is essential.

The Role of Field Experience in Career Development

Fieldwork remains one of the most valuable parts of an archaeology degree. It teaches practical skills that cannot be learned in a classroom.

Students gain experience in:

  • Data collection
  • Team coordination
  • Problem-solving in unpredictable conditions

These experiences build confidence. They also make graduates more competitive when applying for jobs.

Employers value hands-on experience because it shows that a student can apply knowledge in real situations.

What the Future Looks Like for Archaeology Careers

The demand for archaeology-related roles is stable, but the nature of those roles is changing.

Urban development projects often require archaeological assessments before construction begins. This creates consistent demand for cultural resource management professionals.

At the same time, technology is expanding the field. Tools like LiDAR scanning and satellite imaging allow researchers to discover sites without traditional excavation.

According to industry estimates, around 40% of new archaeology-related roles now involve some level of digital or technical skill.

Students who combine traditional knowledge with modern tools will have the strongest opportunities.

How Archaeology Skills Apply in Other Industries

Many students do not realize how widely their skills can be applied. Archaeology graduates often move into roles such as:

  • Research analysts
  • Policy advisors
  • Content strategists
  • Education specialists

These careers rely on the same core abilities: analysis, interpretation, and communication.

Archaeology is not limiting. It is flexible.

Building a Career Strategy as a Student

Students who want to expand their opportunities should think strategically about their skills early on.

A few practical steps include:

  • Learning basic data tools like GIS or Excel
  • Gaining an internship or volunteer experience
  • Building a portfolio of research or fieldwork

These steps help bridge the gap between academic study and professional work.

Final Thoughts: More Than a History Degree

Archaeology is often misunderstood as a narrow field focused only on the past. In reality, it is a training ground for critical thinking, analysis, and communication.

Students graduate with skills that apply across industries. They learn how to handle uncertainty, interpret data, and explain complex ideas.

The future for archaeology students is not limited to one path. It is shaped by how they choose to apply what they know.

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Resource Management Protocols: What Undergraduates Must Know About Underwater Archaeology

The ocean floor holds countless historical secrets. Many people picture a glamorous underwater archeologist swimming freely through sunken galleons to grab gold coins. The actual academic discipline requires much more scientific rigor. Excavating underwater artifacts demands strict adherence to complex federal resource management protocols.

Many undergraduates enroll in marine programs expecting to spend their days diving on historic shipwrecks, only to discover that the major heavily revolves around maritime law. The curriculum is surprisingly bureaucratic. You will spend just as much time analyzing federal statutes and conservation chemistry as you will practicing your buoyancy in the pool. When the sheer volume of legal jargon becomes too much to process, it is completely normal for a tired diver to search ‘write me a research paper’ online just to get past a brutal policy assignment. Mastering these management frameworks early reduces that late-night panic and keeps your focus firmly on the fieldwork.

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Harvey Clements, Pexel

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Defining the Scope of Submerged Heritage

The science of underwater archaeology focuses on the systematic recovery of information from submerged locations. These sites contain incredibly valuable data about past human cultures. Media outlets love to highlight shiny ancient things found in the ocean. Academic professionals focus entirely on the broader historical context of the entire environment.

The scope extends past traditional shipwrecks. Modern researchers investigate submerged aviation properties from historical conflicts and ancient indigenous habitation sites swallowed by rising sea levels. A submerged coastal settlement represents a completely non-renewable cultural resource. Once a team haphazardly removes ocean artifacts from their original resting place, the contextual data disappears forever.

Modern protocols dictate that the exact location of an object on the seafloor holds massive historical weight. Researchers document every single spatial relationship before moving a single grain of sand.

Ethical Methodologies and Data Collection

Before disturbing a site, researchers must exhaust all non-intrusive documentation methods. Current resource management protocols dictate that leaving items in the water provides the best possible preservation strategy. Waterlogged materials begin to decay rapidly the moment they touch open air.

If recovery proves absolutely necessary, teams depend on precise spatial mapping and acoustic sonar to record the original layout.

Students must comprehend the complex ethical debates surrounding these recovery efforts. Commercial salvage operations frequently threaten scientific integrity by looting sites for private profit. Navigating these ethical boundaries in academic writing causes major headaches for new students. Tutor Angela, a frequent blog writer for the essay writing service DoMyEssay, notes that undergraduates often struggle to articulate the strict legal difference between scientific recovery and commercial salvage in their term papers. She points out that learning these specific definitions early gives students the ability to build much stronger academic arguments.

Navigating Federal and State Mandates

Working in ocean archaeology means dealing with complex government regulations on a daily basis. State and federal agencies strictly control who can access submerged historical locations. Agencies like the National Oceanic and Atmospheric Administration manage these marine regions to protect the public heritage.

A single mistake in the permitting process can shut down a university field school immediately. Undergraduates must familiarize themselves with these specific management protocols:

  • Strict Permitting Processes: Researchers must submit highly detailed operational plans before touching any submerged site or moving any sediment.
  • Long-Term Conservation Plans: Every proposed excavation needs a fully funded laboratory conservation strategy for the recovered materials to prevent rapid deterioration.
  • Mandatory Public Reporting: Lead investigators must publish their underwater archaeological finds to benefit public historical knowledge and justify the disturbance of the site.

Non-Intrusive Technological Assessments

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Before any physical recovery begins, an underwater archeology team must map the entire site using advanced technology. Modern resource management prioritizes leaving materials untouched whenever possible. To achieve this, field schools teach students how to use remote sensing equipment. This hardware allows researchers to gather massive amounts of data without ever disturbing the fragile seabed.

Understanding these tools remains critical for any student drafting a field proposal or research thesis.

Professionals rely heavily on these three primary mapping technologies:

  • Side-Scan Sonar: This acoustic equipment creates highly detailed topographical maps of the ocean floor and reveals the exact outline of sunken structures.
  • Marine Magnetometers: Researchers tow these specialized sensors behind boats to detect iron and steel, helping them pinpoint the exact location of buried colonial cannons or modern shipwrecks.
  • Remotely Operated Vehicles: Small robotic submersibles capture high-definition video of deep-water sites that remain completely inaccessible to human divers due to extreme pressure.

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Maël BALLAND, Pexel

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Preparing for a Specialized Degree

Pursuing a formal marine archaeology degree requires a unique blend of physical endurance and mental sharpness. You need to combine deep historical research with serious scientific diving capabilities. General history courses will not fully prepare you for the harsh realities of marine fieldwork.

A standard marine archeology degree track will require you to complete several technical prerequisites before you can join a supervised excavation:

  • Scientific Diving Certification: You need advanced physical training that meets strict Occupational Safety and Health Administration regulations and institutional safe diving practices.
  • Geographic Information Systems: Students must learn how to map underwater topography and plot exact artifact coordinates using advanced software.
  • Material Culture Analysis: Coursework will require you to study how saltwater and marine organisms degrade different historical materials over centuries.

The Future of the Discipline

The entire discipline demands deep respect for fragile historical environments. Proper resource management protocols ensure that future generations can still learn from these submerged locations. The field continues to evolve rapidly as new deep-water robotics and mapping technologies become available to university researchers. Protecting these submerged sites guarantees that human history remains intact for the next generation of scholars.

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Which of the Best Archaeology Books Actually Capture the Reality of Fieldwork?

Pop culture paints a thrilling picture of historical excavation. Blockbuster movies show rogue scholars dodging traps and discovering golden idols in pristine temples. The reality of a dig site looks vastly different from these cinematic adventures. Real fieldwork involves waking up before dawn to scrape compacted dirt with a tiny dental pick.

This work requires meticulous mapping, heavy physical labor, and endless patience in unpredictable weather. Field schools test your physical endurance daily. They force you to kneel in the mud for hours just to uncover a single piece of broken flint.

The physical exhaustion is only half the battle. College students studying this discipline quickly realize the heavy academic burden involved in their major. The coursework demands extensive reading and massive research papers on complex topics like soil stratigraphy. When the reading list gets too long, some exhausted undergraduates might search online to pay for essay help just to survive midterm season.

The sheer volume of technical data easily overwhelms new scholars. You can lighten that academic load by reading the right material early. The best archeology books accurately portray the discipline and provide a realistic view of excavation science before you ever set foot in a trench. Preparing your mind beforehand saves you from a massive shock on day one.

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Lives in Ruins by Marilyn Johnson

If you want to read the best books about archaeology, you should start with Marilyn Johnson. She follows real excavators into the field to document their daily routines. She shows the blistering heat, the terrible funding, and the tedious scraping. She captures the unglamorous reality that movies completely ignore.

Readers learn about the immense physical toll of the job. She explores why professionals endure terrible conditions just to find broken pottery. This text stands out among modern archaeology books because it focuses entirely on the quirky, dedicated people doing the actual digging.

In Small Things Forgotten by James Deetz

This title remains one of the best books on archaeology for understanding daily human life. Deetz focuses on broken plates, discarded clay pipes, and old garbage pits. He proves that small, mundane items tell a much bigger story than golden statues. Historic artifacts show us exactly how regular citizens lived, ate, and worked.

Students often struggle with dense academic journals. Phil Collins shares his student advice through the essay writing service EssayService, where he frequently notes how relentless academic pressure completely drains a young adult. He emphasizes that undergraduates need engaging narratives to stay connected to their major. Deetz provides exactly that engaging narrative by turning boring dirt into fascinating history.

The Bible Unearthed by Israel Finkelstein and Neil Asher Silberman

When searching for the best biblical archaeology books, this specific text always stands out. It explains how researchers use modern science to verify or challenge ancient texts. Rather than relying on historical assumptions, the authors show how actual fieldwork, conducted in the arid, unforgiving climates of the Middle East, provides hard, physical evidence about the ancient world.

The authors use that harsh physical environment to explain their scientific methods clearly. You learn exactly how carbon dating and precise stratigraphy  paint a timeline that often contradicts the scriptures. This entry easily ranks among the best books about archeology because it strictly prioritizes real, measurable fieldwork data over popular mythology.

Motel of the Mysteries by David Macaulay

Fiction sometimes teaches methodology much better than a dry textbook. This short illustrated volume ranks among the best archaeology fiction books available today. It satirizes the entire discipline by showing future explorers misinterpreting a 1980s motel room. The future historians assume a television set is a grand religious altar.

The story highlights the absolute danger of confirmation bias in fieldwork. It forces readers to question how current professionals interpret ancient ruins. Many professors assign this as required reading because it is one of the best archaeology books for teaching critical thinking.

Three Stones Make a Wall by Eric H. Cline

Eric Cline wrote one of the best books on archaeology for absolute beginners. He chronicles famous historical discoveries but focuses heavily on the actual digging process. You learn how researchers secure permits, fund their trips, and manage local laborers. He outlines the intense bureaucratic nightmares that happen long before the first shovel hits the ground.

The author blends his personal excavation stories with broader historical facts. You get a clear picture of how a modern dig camp operates day to day. It represents the perfect starting point for anyone looking for accessible books about archaeology.

Archaeology from the Earth by Mortimer Wheeler

Mortimer Wheeler created the foundational text for modern excavation methods. Many university professors still consider it among the best archeology books ever published. Wheeler invented the strict grid system used at almost every modern dig site around the world. He taught scholars how to dig in perfect squares to preserve the stratigraphy of the trench walls.

He brought military precision to a previously chaotic field. Reading his original manual shows you exactly how the science of digging evolved. It remains a cornerstone for anyone collecting the best books on archeology.

The Bog People by P.V. Glob

The preservation of organic material requires completely different fieldwork techniques. When examining the best books about archaeology, this classic study of Iron Age bodies in Northern Europe is essential. P.V. Glob details how excavators extract fragile human remains from wet, acidic peat bogs. The bogs preserve skin, hair, and clothing perfectly.

The fieldwork described here contrasts sharply with dry desert digs. Researchers must work quickly to prevent rapid decay once the bodies hit the open air. It is one of the most fascinating archaeology books for understanding wetland excavation.

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Preparing for the Trench

Selecting the right reading material prepares you for the physical and mental demands of a real field school. You want to arrive at your first summer dig site knowing exactly what project directors expect from you.

Curating a solid reading list gives you a massive advantage. You learn the strict science of soil analysis and proper tool maintenance from veteran experts. By choosing texts that highlight the authentic grit of the discipline, you build a solid foundation for your future academic career. You finally trade the cinematic illusions for the rewarding truth of hard scientific labor.

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Miracles from Disaster

Editor’s Note: Most archaeological excavations and investigations reveal fragments and clues that, given extensive additional research, can tell us much about our past. But nothing can compare to the rich, extraordinarily well-preserved material evidence left to us of ancient cities buried by great cataclysmic volcanic events. Following is an anthology drawn from articles previously published in Popular Archaeology Magazine, edited and combined for presentation exclusively for the magazine’s Instagram readers and those who have not previously had the opportunity to read the stories.

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Walking in the Shadow of Vesuvius

A Pictorial

 

Naples, ItalyAlthough November is considered the wettest month in this, the third largest city of Italy, my arrival was graced by the sun. My travels would take me to some of the most iconic archaeological sites of southern Italy—Pompeii, Herculaneum, and other ancient towns and cities that fell victim to one of the ancient world’s most terrible calamities—the 79 AD eruption of Mt. Vesuvius. 

My first stop, the “mothership” of all open-air museums……

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Pompeii

Archaeologically speaking, Pompeii is arguably the world’s most spectacular archaeological site and park. Home to about 11,000 to 11,500 people in its day, the city’s urban footprint spreads across 160 to 170 acres, and archaeological excavations have thus far uncovered about two thirds of the city. Although excavations continue, efforts now focus on specific, smaller areas with designs to achieve certain research objectives. Conservation of current exposed remains also continues to be a major priority of governing authorities for the site. 

Thus it was no wonder that, given the site’s massive size and complexity, along with the sensational state of preservation reflecting everyday living in the ancient Roman Empire, I allotted myself a full day to explore its remains — not typical of the ‘day’ tours that usually afford but two or three hours. I walked the ancient city streets, through some of the most prominent and spectacular structures and features of the city, including the remarkably well preserved amphitheater. Archaeologists can detail the stories and research findings behind most every major structure and feature of the city, affording an inside, intimate perspective on everyday life. A highlight is time spent at the recent discoveries in Regio V, where archaeologists uncovered, among other things, a well-preserved thermopolium, a cook-shop or snack bar conceptually much like a fast-food shop one would encounter today in the modern world. I imagined the city residents wandering by during its day, some stepping in to purchase a freshly cooked snack or meal, just as one might enter a modern Chipotle or Panera establishment just off the road today. This shop, in contrast to other similar shops I had already observed as I walked along the streets, featured unusually rich painting illustrations, such as a Nereid on horseback in a marine environment, still life scenes and representations of animals likely slaughtered, the meat of which was prepared and sold to customers in the shop. 

It is not enough to see pictures and read about Pompeii in the popular literature. The massive site demands a personal encounter with sufficient time to properly absorb it. 

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Credit: Alexandra Koch, Pixabay

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Even as Pompeii hosts its many visiting tourists, archaeological conservation and excavation work continues in the ancient city. These workers were oblivious to our presence as we passed them along the ancient street.

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Herculaneum

One cannot speak of Pompeii in the context of the 79 AD Vesuvius eruption without speaking of Herculaneum. Like Pompeii anciently, it bore the brunt of the cataclysm. I arrived at Herculaneum in the morning, embarking on a half-day’s worth of exploring the site. Given the size of the site compared to Pompeii, the stay was proportional, but experiencing the remains here was every bit as spectacular, if not more. An obvious difference between Pompeii and Herculaneum can be seen in the generally well-preserved height of the structures, as well as much of the restored decor within the structures. If one wants to see architecture and art more akin to the way it actually appeared before the eruption, Herculaneum earns first place. The incredibly well-preserved structures and their decorative elements reveal a rich tapestry of the physical appearance and lives of the citizenry. 

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Above and below: Views of Herculaneum.

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Note the carbonized wooden beam exposed in this structure along Herculaneum’s decumanus maximus (central main street).

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This marks the ancient shoreline at Herculaneum during the time of the Vesuvius eruption.

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One example of the skeletal remains discovered at Herculaneum, preserving the final moment of life during the eruption.

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Baia

Be wealthy, and visit any of today’s most luxurious, seaside spa resorts designed for relaxation and fun in the sun, and you would get a modern-day taste of what defined the ancient site of Baia in its 1st Century A.D. heyday, nestled on the shore of the Gulf of Pozzuoli (part of the Gulf of Naples). This was a destination of choice for ancient Rome’s rich and famous. For centuries, Roman emperors and the Roman elite established opulent getaway villas here. While it drew people for the healing powers of its mineral springs and the soothing fragrance of the surrounding myrtle groves, it also became known for the hedonistic lifestyle of its residents, both permanent and transient. Its spas and baths drew everyone who was anyone, and stories of corruption and scandal is said to have marked its character, whether true or false. Only a fraction of its sumptuous massive architecture has been exposed. Its remains cascade down the steep rocky slopes that overlook the gulf. The numerous baths and complexes that functioned in their time were fed by the natural hot springs as well as fresh water transported in by the nearby Augustan aquaduct. Unlike the better known iconic sites of nearby Pompeii and Herculaneum, it is not on everyone’s must-see bucket list. But the fact remains that what any visitor can see here is every bit as impressive and engaging. 

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Above and below: Views of Baia.

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Pozzuoli

Imagine yourself as a member of the Roman Senate vacationing at your summer villa at Baia and you have plans for some exciting entertainment. Gladiatorial combat is a favorite of yours, so you have your horses harnessed to get yourself and your guests off to the games at the nearby Flavian amphitheater in Puteoli (today known as Pozzuoli). 

One of the grandest amphitheaters of ancient Rome, the Flavian amphitheater of Pozzuoli is considered the third largest after the Colosseum in Rome and the Amphitheater of Capua. With a historic capacity of 50,000 spectators, it measures 482 x 384 feet, with the arena floor alone at 237 x 139 feet. One is impressed first by the exterior remains towering above, reddish brickwork providing a contrast with other grey-hued structural elements. Stepping down into its subterranean spaces, one enters a world unto itself, a massive system of arches, chambers, walls and fallen pillars, left as if the ancient inhabitants had just abandoned the spaces only the day before. It was difficult to believe the almost pristine freshness of the stone and brickwork. Hidden, protected from the ravages of human activity and weathering above ground level over the centuries, it seemed, like Pompeii and Herculaneum, frozen in time. One could still easily imagine the sight and sounds of the sets, animals, and other equipment and devices in play within the cool spaces, now mostly empty, as workers made preparations for the pending performance. In my mind’s ear, a somewhat muted ancient roar of the sitting crowds above could be heard. 

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Above and below: Views of the amphitheater at Pozzuoli.

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The Roman Villa of Positano

The Amalfi coast, named after the town of Amalfi on the Sorento Peninsula, is famously known for its majestically scenic beauty. Nick-named the “Divine Coast” and historically a popular destination for Europe’s jet set, it is no wonder that it is among the most visited regions of Italy, particularly during the high tourist season between April and October. Rugged, rocky vertical lines and cliffs, dressed by nature’s artful touch of green pine and other flora, overlook the vast, glistening blue water of the Mediterranean. To negotiate it, one must drive the winding and relatively narrow 25-mile-long Amalfi Drive that hugs the steep coastline from the town of Vietri sul Mare in the east to Positano in the west. For this writer, the drive was a bit like being in a visual heaven, but this was secondary to my objective — the Roman Villa of Positano. 

Otium

“Otium,” is a latin term which in ancient Roman times meant ‘leisure time’, a luxury of the Roman elite, who had their sumptuous seaside villas built along what is presently the Amalfi coast beginning as early as the Julio-Claudian Dynasty (27 BC to  68 AD). This was where the rich and famous played, away from the usual business of Rome and other urban centers. Evidence for one of these otium villas, today called the Roman Villa of Positano, was first discovered by Karl Weber, the initial excavator of Pompeii and Herculaneum, in 1758. But the most extensive excavations were undertaken between 2003 and 2016, when archaeologists uncovered a startlingly well-preserved portion of the villa beneath the medieval hypogeum of the Santa Maria Assunta church at the city center. Although it represented but a fraction of the original structure, the room, determined by the archaeologists to be a triclinium, featured walls covered with masterfully rendered fine fresco paintings in brilliant color and clarity, almost as if they had been painted yesterday. “Yesterday”, in this instance was a time not long after 62 AD, when an earthquake’s destruction presented the opportunity for the villa’s ownership to renovate, including this triclinium now on view to the public. Scholars have suggested that the villa may have been owned by Posides Claudi Caesaris, a wealthy and powerful man who, once a slave or servant, had been favored and freed by Emperor Claudius himself. It is thought that Positano may have taken its name from this individual. What can be seen today of Posides’s grand villa is its appearance just moments before it was buried beneath the same ash, pumice, and pyroclastic flows that destroyed Pompeii and Herculaneum in 79 AD. Archaeologists and scholars suggest that the greater complex featured at least a peristyle with a central garden and fountain, along with the triclinium and bath quarters — features typical of a Roman villa of the times. 

Unlike Pompeii, Herculaneum, and other sites such as Stabiae, the Roman Villa of Positano afforded me the opportunity to see something “off the radar” of most visitors who come to see the most iconic spots in Campania.

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The rugged and beautiful Amalfi coastline.

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Above and below: Views of the wall painting in the Villa of Positano. The two lower photos show painting features displacement caused by the ancient earthquake.

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Digging on the Dark Side

Somma Vesuviana, Italy

By any measure, this appeared to be the most massive ancient villa I had ever seen. Walls towered over me. Peering upward, I stretched my neck to observe their height — at least what was left of their full dimension after their destruction 1600 years ago. Metal scaffolding enveloped them and an enormous metal roof occupied space far above them, shielding them from the sun, wind, rain and other elements of the world outside. I was looking up from deep below ground surface. In contrast to the warmth of the sun’s radiation at ground level above me, the air was cool within this gargantuan, carefully and painstakingly excavated pit and I needed no hat to shield my head and face from the sun’s rays above. 

Located near the small town of Somma Vesuviana at the foot of the northern slope of Vesuvius (opposite and invisible from ancient Pompeii and Herculaneum and referenced by some as the ‘dark side’ of Vesuvius), this site was initially discovered in the 1930’s with limited excavation. But the most extensive investigation began in 2002 through a multidisciplinary project with the University of Tokyo. Those excavations, now ongoing, have revealed the walls preserved to a remarkable height, doorways decorated with Dionysiac motifs, a pilastered arcade, apses and interior room walls decorated with frescoes, cisterns, terraces, colonnades — emblematic of spaces created to impress large public audiences — and a large wine cellar with dolia (large earthenware jars), some of which can be seen still buried to their lips in the ground. Scholars have determined that they still contained fermenting grape juice when the eruption occurred. For a time, this was clearly more than a wealthy person’s villa — it was also a production facility for wine, the principal product of the region. Many artifacts, including a marble statue of Dionysus, the god of wine himself, were also recovered in the process. But what we see today is but a fraction of the entire complex that once existed.

The site, known today as the “Villa of Augustus”, or the Dionysiac Villa, is thought to have been first constructed in the 1st or 2nd century AD. Early on, scholars suggested it was a great villa of Augustus Caesar himself (and thus the name), and some have even suggested that Augustus died here, as it is recorded that he died near Nola, which lies not far from Somma Vesuviana. This is under scholarly debate to this day. It’s easy to assume that, like so many other ancient Roman structures in the Vesuvius area, it was destroyed and submerged in the ash from the famous 79 AD eruption — the one that destroyed yet ironically preserved the sensational remains of Pompeii, Herculaneum, and other nearby sites so popular for tourists today. But archaeological investigations have revealed little evidence and effects of the 79 AD eruption at this site. Archaeologists state that the remains we now see of the villa were likely constructed after the 79 AD eruption, in place of whatever was destroyed by that eruption. Unlike the structures of the doomed and lost cities of Pompeii and Herculaneum, this villa, situated by contrast at the north face of Vesuvius, in fact stood and operated for hundreds of years following the Plinian event. This was a great palatial villa that stood at the time of much later eruptions, most notable that of 472 AD (the eruptive material of which lies directly over the structure) and other events that followed, such as the 512, 536 and 1631 AD eruption events. 

Research has shown that the area surrounding this side of Vesuvius and the villa continued to be robustly productive agriculturally after the 79 AD event, especially in the form of vineyards and the production of wine. The villa reflects this. 

“The main room has many representations of grape bunches, and the stuccoed doorway is decorated with symbols of Dionysus, mystic rituals of his cult, and satyrs and maenads as his companions,” writes The Apolline Project: Illuminating the Dark Side of Vesuvius, a web-based summary report on the recent excavations at the villa. “A marble statue of Dionysus himself – represented as a young boy holding a panther cub in his arms – was originally placed in a niche, where it remained even when the entire building was transformed into a unit for agricultural production. During this transformation, a wine cellar was added to the lower terrace; we can take this as a sign of cultural continuity, despite the significant changes that occurred in religious beliefs and economy in the wider area.”*

Walking among the massive remains, I snapped a photo of a column of great pillars on one side of me. High walls ran perpendicularly at either end of the row of columns. They were adorned with niches that contained and framed at least one statue of Dionysus himself.  I could see just below me on the opposite side, another terrace. Here, large, complete vessels lay mostly buried beneath soil. They were filled now with ancient volcanic material, but at one time they contained fermenting grapes. This was the wine cellar. Above this a towering wall of hardened pyroclastic ash and other volcanic material, cut meticulously and painstakingly by teams of archaeologists and other workers, illustrated an impressive record of layer upon layer of successive phases of multiple eruptions over centuries. Eventually, even this volcanic wall will be dug away, revealing what lies beyond and beneath —   and what new insights on life in the aftermath of the 79 AD eruption will tell us. 

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The Dionysiac Villa (Villa of Augustus): Pictorial

 

Above and two images below: At first blush, looking down from near the surface as one enters the excavated remains from above.

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Note the remarkably well preserved wall fresco painting in the back.

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The wine cellar.

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The layers of volcanic material that covered and encased the site exposed.

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Cisterns

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Pilastered arcade remains, cisterns below to the right.

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Massive pillars supported the internal structure of the audience hall.

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Above and below: Apse, with decorative fresco painting still visible.

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*https://www.apollineproject.org/somma.html

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Museums

Any archaeologically-oriented visit would not be complete without including visits to key museums. This is where one can see, close-at-hand, some of the most important and/or most spectacular or diagnostic individual artifacts unearthed at the sites explored. In my case, there were museums attached to or related to most of the sites encountered during my visit, perhaps the most iconic of which was the famous National Archaeological Museum in Naples. Here, for example, the curators have displayed some of the most magnificent fresco paintings and other works of art and artifacts of Pompeii, among other sites. Here they are kept safe, preserved from the deleterious effects of the exterior environment, and close-at-hand for further study and conservation — and, of course, as a convenient one-stop destination for the public to see some of the most impressive objects representing the archaeology and ancient culture of the region. 

For this author, the museum that left the most positive impression was unequivocally the facility attached to the site of Herculaneum. Small in comparison to the National Archaeological Museum of Naples, it is nonetheless rich with some of the finest artifacts and art pieces archaeologists have unearthed since the inception of investigations at the site. Furniture, tableware, jewelry, fresco paintings — all of the items that tell the story of Roman life in this coastal city for both the rich and the not-quite-so-rich, including a remarkably well-preserved boat recovered from the deposits that defined the ancient Herculaneum coastline when Vesuvius made its disastrous assault — make this museum something not to miss on any itinerary that includes Herculaneum.

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Above and below: Artifacts recovered from the Herculaneum excavations, as exhibited in the associated museum. Shown above is a well-preserved boat.

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The Death Chambers of Herculaneum

No one knows her name.

The hollow cavities that once held her eyes in her last, terrifying, desperate moment of life nearly 2,000 years ago stared back at me in silence. Surrounded by the articulated skeletal remains of family and friends, her bones told a story of a catastrophe that still echoes across time to this day. I was peering into a cave-like construction that once housed fishing equipment — one among 12 of them — neatly arranged as built in a straight-line row along the back perimeter of what is today a flat but stoney surface. It defined the dimensions of what was once an ancient city’s inviting seaside beach……………   

Cataclysm

Autumn, 79 AD. 

That was when Mount Vesuvius, only 8 miles to the northeast and an imposing daily presence as viewed unobstructed by any person from the city’s streets, spewed an explosive assault on the upscale Roman community of Herculaneum. A series of preceding earth tremors and volcanic rumblings must have given many in the city fair warning and time to escape. However, beginning around 1:00 pm, the volcano emitted clouds of volcanic material thousands of meters into the sky, eventually forming a column that flattened near the top between 17 and 21 miles high, forming what Pliny the Younger described in his letter to Tacitus as the overall shape of a familiar Italian Umbrella Pine tree. Atmospheric winds at first blew the cloud material to the southeast, falling mostly in the direction of Pompeii and surrounding communities. Roofs collapsed in Pompeii under falling debris, but Herculaneum’s initial experience was different.

“The cloud was being blown toward the south,” explains John Shepherd, a British archaeologist who has studied and shown groups through Pompeii and throughout the Campanian region for years. “Herculaneum was just on the edge of that cloud, so just a small amount of lapilli accumulated here over approximately 18 hours, giving most people in Herculaneum sufficient time to escape, but also giving people a false sense of security — the reason why so many took shelter in the [boathouse] shelters [along Herculaneum’s ancient shoreline].”

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The Vesuvius Eruption. Painting by Jacob More (1740 – 1793), Public domain

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Map showing the cities and towns affected by the eruption of Mount Vesuvius in 79 AD. The general shape of the ash and cinder fall is shown by the dark area to the southeast of Mt Vesuvius. MapMaster, Attribution-ShareAlike 3.0 Unported (CC BY-SA 3.0), Wikimedia Commons

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But what appeared to be Herculaneum’s light and easy fate was not to last. By 1:00 am the next morning, the volcano’s massive eruptive column, like the twin towers in New York City on 9/11, began collapsing on itself, propelling a pyroclastic surge of ash and hot gases down the mountain and through the (now) mostly evacuated city at approximately 100 mph. The thunderous sound must have been terrifying for those remaining within earshot. One can only imagine the terror. Even in Misenum, across the Bay from Herculaneum and 5 miles farther from the erupting cataclysm, reactions were palpable. “We could hear women shrieking, children crying and men shouting,” writes Pliny the Younger. “Some were calling for their parents, their children, or their wives, and trying to recognize them by their voices [as darkness fell from the ash cloud]. Some people were so frightened of dying that they actually prayed for death. Many begged for the help of the gods, but even more imagined that there were no gods left and that the last eternal night had fallen on the world.”*

Many or most of the individuals and families who remained or lingered in Herculaneum, for whatever reasons, fled to the beach, where they had anticipated their escape by boats stored or docked near the boathouses, and by any additional efforts dispatched from nearby Misenum across the Bay. Possibly at least some of the remaining citizens on the beachfront were also simply the last in a long line or throng of people who early on had been escaping by boat dispatch over the past 18- 20 hours since the eruption began. Clinging desperately to hope, they had no idea they were facing their last moments of life. At least 350 people were left to their demise on the beach in that horrific event.

In the end, a total of six flows and surges eventually buried the city to a depth of approximately 20 meters, or over 65 feet. By the time most of those flows occurred, everyone who remained in or near the city had already perished. As witnessed today by the results of years of painstaking archaeological excavation, there appeared to be little relative destruction in many areas, preserving structures, objects and victims to a remarkable degree. However, other areas suffered significant damage, felling or erasing walls, and destroying columns and other objects.

Huddled Terror

For almost 2,000 years Herculaneum was lost, hidden under 65 feet of hardened volcanic fallout. It was not until the early 18th century when evidence, in the form of statuary dug from work related to wells, began to emerge as a result of excavation. Excavations continued sporadically until the first and most significant, systematic, large-scale excavations were conducted under Italian archaeologist Amedeo Maiuri from 1927 until 1942. That project uncovered approximately four hectares of the ancient city, the results of which show most of what visitors can see today. 

The excavations also revealed a scarcity of victims. That is, until 1980, when archaeologists began to uncover skeletal remains in excavations along what was once the ancient shoreline, particularly within the remains of chambered structures the Romans had constructed to house fishing equipment along the shore. Work conducted in the early 1980’s and then in the 1990’s eventually uncovered hundreds of mostly articulated skeletons. It would show, after pain-staking excavation, a macabre and horrifying scene. Mostly women and children had been found huddled closely together within the boathouse chambers, capturing what appeared to be moments of desperate refuge within dark, confined spaces. But skeletal remains of men were also found laid out on the ancient beach area itself, including the much-publicized remains of a man interpreted by some scholars to have been a high-ranking Roman soldier who was part of Pliny the Elder’s naval rescue mission dispatched to save fleeing citizens of the city. Hs body was found face down, with remnants of armor, a saddlebag, a backpack containing carpenter’s tools, and a leather belt embellished with silver and gold foil, attached to which was also a decorated sword with an ivory handle. Near the body archaeologists found a dagger, a stack of 12 silver and two gold coins, and the remains of a boat (now housed in the Herculaneum museum). Forensic analysis indicated he was a man between 40 and 45 years old, healthy and had led a physically active life. 

His efforts clearly proved futile. If he was attempting to help the hapless refugees huddled within the boathouses, it was too late. The first and deadliest pyroclastic surge made sure of that.

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Above: The ‘boathouses’ along the ancient Herculaneum seashore.

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The ancient Herculaneum beachfront, where current excavations are taking place.

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In the Blink of an Eye  

Walking first through a tunnel, one of the first things I encountered when I approached ancient Herculaneum were the well-preserved remains of the12 boathouse structures, all aligned in a row, flanking both the left and the right as I entered and passed over a low-lying bridge, like crossing a castle drawbridge into the city. Looking closer at these boathouse structures, however, I could clearly see articulated skeletal remains within, scores of them, bunched together within the chambers, places that were normally used to store nets and fishing gear. This is where I met her staring back at me, like a ghost from the past. Now only a caste replica of the bones she left behind, I knew there was a lost, untold history and personality here that will never be known to today’s living generations. 

At least for now, we know how she died, and how quickly………

Through research conducted by a number of researchers, including a team under the leadership of Pierpaolo Petrone* of the University Federico II in Naples, scientists have analyzed the skeletal remains of the victims. This research was built upon and confirmed results of previous bioarchaeological and taphonomic studies. Based on the previous studies and their knowledge of how extreme heat can effect the human body, they formulated a horrific and vividly graphic hypothesis for study: The first pyroclastic surge of superheated ash and gases moved rapidly over the victims at a temperature of approximately 500 degrees Celsius, equivalent to 932 degrees Fahrenheit. This was hot enough to instantly boil and vaporize blood and all soft tissue, causing many skulls to explode and teeth to break, and muscular contraction of hands, feet and essentially whole bodies. Death was instantaneous, occurring before anyone could even react defensively to the impact of the surge. The effect was the same for both victims located outside and inside the boathouse chambers. Ash quickly filled the cavities left by vaporized tissue, explaining why archaeologists uncovered skulls that were filled with hardened ash. The enveloping ash bed laid down by the surge cooled and hardened, encasing the victims in the positions and postures they assumed only a second before instantaneous death. What archaeologists encountered during excavation was the victims’ final second of life before death, frozen in time for nearly 2,000 years before discovery.

Recent studies have now confirmed the temperature of the deadly surge by conducting macroscopic analysis, optical microscopy, histochemistry and electron microscopy on bone samples of the victims from the sites most affected by the Vesuvius eruption. By comparing the data drawn from the ancient bone samples to that of modern bone samples subjected to high heat testing in the laboratory, they concluded that the ancient victims indeed experienced a rapid temperature elevation to about 500 degrees Celsius (932 degrees Fahrenheit at Herculaneum, 600 degrees Celsius (1,112 degrees Fahrenheit) in nearby Oplontis, and 250 – 300 degrees Celsius (482 – 572 degrees Fahrenheit) in Pompeii, each 6, 7, and 10 kilometers (3.7, 4.4, and 6.2 miles) from Vesuvius respectively. They further concluded that victims located within 10 to 20 kilometers from Vesuvius were also killed instantly from surge effects. 

The most recent, 2018 study by Petrone* and colleagues provided additional evidence confirming the effects of the surge on the Herculaneum’s beach refugees and others found present on the beach front during flight and rescue efforts. Applying taphonomic and other laboratory investigation procedures on skeletal samples, his team found clear cut skull cracking similar to that observed with cremated remains, as well as skulls filled with ash which produced hardened ash castes of the cranial interior contours, suggesting that the surge was hot and fluid enough to fill intracranial cavities very soon after soft tissues had disappeared. Moreover, they observed a presence of a red mineral residue encrusting the bones and penetrating the cranial ash fills as well as the ash bed surrounding the skeletal remains. Mass spectrometry analysis revealed the red mineral substance as high in iron, suggesting it originated from body fluids — another sign pointing to rapid vaporization of body fluids and soft tissues due to exposure to extreme heat conditions.  

Thus, though the horrific fear, struggle and desperation of residents in the erupting volcano’s vicinity endured for hours, it can now be conclusively stated that actual death came in a fraction of a second, hardly enough time to know ‘what hit them’, so to speak. Death was ironically merciful. But the emotional suffering of family and friends who must have mourned their loved ones, their bodies missing, unaccounted for beneath the massive, hardened ash layers, would no doubt have persisted long after their demise. No burials, no epitaphs or evidence to mark the physical presence of their remains would bear record of their passing for nearly 2,000 years. But now their remains, as finally revealed through archaeological investigations, will likely serve as a lasting memorial, though their identities remain sadly nameless. 

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The skeletal remains of the victims within the ‘boathouse’ chambers can be clearly seen as one approaches Herculaneum from the ancient beachfront side. Public Domain, Wikimedia Commons

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Bones found within one of the ‘boathouses’. SD. Chatane Creative Commons Attribution-Share Alike 4.0 International license, Wikimedia Commons

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Skeletal remains within one of the ‘boathouses’. Sally V., Creative Commons Attribution-Share Alike 4.0 International license, Wikimedia Commons

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Skeletal remains within one of the ‘boathouses’. Public Domain, Wikimedia Commons

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Closeup of a victim excavated within one of the ‘boathouse’ chambers. Ad Meskens, Creative Commons Attribution-Share Alike 4.0 International license, Wikimedia Commons

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Research and analysis on the remains continue. DNA testing and analysis will have more to say in the future. Just recently, for example, scientists have successfully sequenced the entire genome from an individual who died in Pompeii during the 79 AD eruption. Analysis showed that the individual was a male between 35 and 40 years old, may have suffered from tuberculosis, and had a DNA profile that was most similar to people living in central Italy today. And scholars and scientists alike await further future results from DNA studies of the victims at Herculaneum.   

 

Petrone writes* about the future implication of the findings for today’s world —though the great eruptive events of Vesuvius are a matter of written and geologic history, the volcano and its surrounding geological environment are still very much alive. I sojourned the Vesuvius area only months before I penned this account for publication. As I traveled the region near the Bay of Naples, I could see hypothermal activity and fumaroles at a safe distance. I awoke to an earth tremor one morning. I had to remind myself that Vesuvius is still an active threat to all who walk in its shadow. In 79 AD, there were tens of thousands of people living daily lives in its vicinity. 

Today there are three million. 

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*https://igppweb.ucsd.edu/~gabi/sio15/lectures/volcanoes/pliny.html

*Petrone, Pierpaolo, The Herculaneum victims of the 79 AD eruption: a review, Journal of Anthropological Sciences, Vol. 97 (2019), pp. 68 – 89. 

**Bioarchaeological and palaeogenomic portrait of two Pompeians that died during the eruption of Vesuvius in 79 ADScientific Reports, 26-May-2022. 

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The Masters of Akrotiri

Standing and peering out from here, I could easily see why people the world over flock to this destination. Far below me lay what appeared to be a vast, lustrous blue Mediterranean inlet. In fact, it is a massive, ancient water-filled caldera — the result of multiple past volcanic eruptions. This is what makes Fira, Greece’s sunny, bustling Santorini tourist town, a magnet for Europe’s honeymooners and vacationing couples. Behind me I could hear throngs of them walking the strand that hugs the great caldera’s high ledge. They are here to shop the countless pricey boutiques that line the strand — jewelry, clothing, souvenirs, everything money can buy. Some of them are wearing the clothes they purchased in these shops just yesterday. Many of them, however, are either unaware or uninterested in arguably the most valuable asset this popular resort island has to offer: its past.

Just a short walking distance from where I stood, one of the world’s most prolific collections of ancient Aegean artifacts is displayed. Built in the early 70’s on the site of the earthquake-destroyed Ypapanti Church, the Museum of Prehistoric Thera stands almost unnoticed within a well-appointed gated space. Though almost lost among the commercial bustle that surrounds it, here is housed a time capsule of human habitation and life that flourished as much as over 5,000 years ago.

And even before.

One exhibit near the museum entrance features fossilized flora recorded in the walls of the ancient caldera, echoing a 60,000-year-old ecosystem with a Mediterranean climate not unlike today’s climate on Santorini (known anciently as Thera). Beyond this, the spaces reveal a rich Late Neolithic and Bronze Age history of human occupation, with the most prolific exhibits showcasing the great 17th century BC florescence of the remarkable Minoan civilization that dominated the island at that time. The urban settlement of Akrotiri, the archaeological remains of which Santorini is best known and from which most of the artifacts exhibited in the museum were excavated, represents one of archaeology’s most spectacular discoveries, second only to Italy’s Pompeii and Herculaneum for the wealth and preservation of the material culture ancient people have left behind……

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View of the caldera from modern day Fira on Santorini.

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The Museum of Prehistoric Thera

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A view of the interior of the Museum of Prehistoric Thera

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Fossilized leaves of the olive tree from the walls of the caldera, dated to 60,000 BP.

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The Wonder of Akrotiri

For the people who went about their routine and peaceful daily lives in the island city of Akrotiri between 1609 and 1560 BCE, signs of the nearby volcano’s coming fury must have been noticeable for days. Earth tremors and tell-tale vapor-like plumes at its summit sounded the alarm, giving them time to quickly gather their most precious and necessary belongings and family members and make their way to the boats. As a maritime society where fishing, an aquatic industry and seagoing trade defined their lives, the technology and resources for evacuation were probably at hand. 

Archaeologists can paint such a picture of a society prepared to escape the loss of life characteristic of such a disaster, as excavations of the city’s remains yielded little or no skeletal remains which would evidence a population caught and perished in the great cataclysm that was the eruption of the Thera volcano — one of the largest volcanic events of human history. It is said to have ejected up to four times as much material as the famous eruption of Krakatoa in 1883, destroying all indigenous life on the island. Its effect was experienced across the globe, its plume and volcanic lightning possibly described in the Egyptian Tempest Stele, and the Bamboo Annals of ancient China reporting rare yellow skies and summer frost during the Shang dynasty — clear signs of a volcanic winter

Though largely abandoned by the time Thera released its first explosive bellow, Akrotiri’s pre-eruption structural face was transformed in the fiery onslaught. Yet, like ancient Rome’s Pompeii and Herculaneum below the pyroclastic expulsion of Mount Vesuvius in 79 AD, Thera’s ejecta and ash produced a remarkable result — an ancient city much destroyed yet miraculously well enough preserved to create a stunningly detailed time capsule of life and advanced human achievement more than 3,500 years old. 

Extensive excavations beginning in 1967 by archaeologist Spyridon Marinatos and his team uncovered a remarkably advanced urban settlement, with multi-storied buildings, paved streets, evidence of fine furniture, various religious and domestic vessels, magnificent fresco wall paintings, an elaborate and advanced drainage system, and much more. Like Pompeii and Herculaneum, Akrotiri proved to be one of the most spectacular archaeological sites ever uncovered. Of all the objects and features of the ancient city discovered, however, no other Bronze Age site in the world could compare to Akrotiri in terms of the early advanced works of distinctive fresco painting produced by its master artists — the most prolific collection of such paintings preceding the great fresco works of the masters of ancient Rome and Renaissance Italy much later. 

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Aerial view of the central area of the Akrotiri excavation site (model as exhibited within the Museum of Prehistoric Thera).

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Akrotiri: “Triangle Square”, shows the height at which the structures at Akrotiri were preserved from the volcanic eruption. See below for additional examples of site preservation.

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“Millhouse Square”

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“Pithoi Room”

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“Pithoi Room”

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“Pithoi Room”

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Plaster cast of a carved wooden table.

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Plaster cast of a portion of a chair.

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Basket impression

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Above and below: Amazingly well preserved furnishings.

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The Paintings of Akrotiri

The excavations at Akrotiri have informed a picture of public and religiously significant buildings and other structures adorned with masterfully created fresco paintings that reflected, for this time in ancient history, a unique, avant-garde style. They have marked the Minoans as a standout in this way among ancient populations, particularly during the 17th century BC. Moreover, of all the Minoan settlements that have been excavated, Akrotiri has yielded the best preserved paintings recovered in situ from the walls of its structures……….

Xeste 3

Located south within the excavation area, a large structure (the second largest excavated at Akrotiri) was found to contain the largest assemblage of wall paintings, and is distinct from all other structures in that it housed a lustral basin. In Minoan palaces such as that found at Knossos on Crete, lustral basins were sunken rooms that are thought to have been used either for ritual purification, or as bathrooms. This multi-storey building featured stone benches, a grand staircase, and 15 rooms. The rooms were connected with multiple pier-and-door partitions/doorways that permitted flexibility and adaptability to be interconnected or shut off when necessary. Archaeologists believe, based on the findings, that the building was used for public ceremonies and ritual activity. The rooms as well as the grand staircase were adorned with wall paintings.

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Artist rendering of Xeste 3, as presented at the Museum of Prehistoric Thera

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Above and below: Excavated remains of Xeste 3.

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Above and below: Xeste 3, Room 3, 1st Floor: Females gathering crocus flowers, then offering their stigmas to the Godess of Nature through the intervention of a monkey.

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Above and below: Xeste 3, Room 3, Ground Floor: Painted above the Lustral Basin, three females perform a ritual involving crocus plants on the Theran landscape.

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Above and below: Xeste 3, Room 3 Ground Floor: Male figures performing a rite of passage ceremony.

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Xeste 3: Wall painting with relief ornaments and painted rosettes: From a room on the second story

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The West House

Located in the west central part of the excavation site, the structure designated as the “West House” by archaeologists contained some of the best known, best preserved wall paintings. The house was long and relatively narrow, consisting of a ground floor, first floor, second floor and main staircase that gave access to each storey. The ground floor featured storerooms, workshops, a kitchen and a mill-installation. The first floor had storage rooms, a lavatory, two rooms featuring magnificent mural paintings, and a large chamber dedicated to weaving. The upper floor also contained rooms. The notable wall paintings found in the West House include two frescoes of fishermen, or youth fishers, a fresco of a female holding a vessel, interpreted as a priestess, and a magnificent miniature frieze depicting what is interpreted to be a flotilla, illustrating a major overseas voyage of a fleet visiting several harbors and towns. 

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Artist’s conception of the West House, as exhibited at the Museum of Prehistoric Thera.

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Above and below: Excavated remains of the West House.

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Above and below: Fishers as displayed in West House.

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A partial frieze, a portion of which may be illustrating a naval battle.

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Above and below: Paintings depicting the chambers of a ship.

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Above and below: Frieze illustrating the adventures and explorations of early Aegean seafarers.

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The House of the Ladies

Located in the northwest section of the site, the “House of the Ladies” is a large, multi-storey building thought to be the house of an upper class family. It was named after the wall fresco of the ladies and papyrus plants that decorated the interior of one of the rooms. The structure is thought to have once been a three-storey house with as many as 10 rooms on each floor, but extensive destruction of the north end of the building has created uncertainty.

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Above and below: Excavated remains of the House of the Ladies

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Above and below: The wall paintings from the House of the Ladies.

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Sector Beta

Situated in the south central area of the site, two attached buildings featured three of the most notable frescoes of Akrotiri.  The first floor of the western building was adorned with two wall paintings, the Antelopes and the Boxing Boys. The eastern building featured the large, avant-garde composition called “Fresco of the Monkeys”, showing monkeys climbing over a rocky landscape at the side of a river.

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The wall paintings of the monkeys as they would have related in situ in sector B structure room (As displayed in the Museum of Prehistoric Thera).

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Complex Delta

Occupying a central position in the city is the Complex Delta, which actually comprises four structures or buildings, each crowned above the entrance with double horns of consecration. Mud flow from the eruption inundated the rooms, yet preserved in situ one of Akrotiri’s most famous artworks, the Spring Fresco, in one of the rooms. Also preserved were imprints of wooden vessels and furniture, seen today as plaster casts. Other finds included tablets of the Linear A script and numerous examples of imported pottery, precious stone and bronze objects.

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Above and below: Excavated remains of Complex Delta.

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Above: Spring Fresco detail. Below: Spring Fresco in its entirety as exhibited at the National Archaeology Museum of Athens

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Creating the Art

Much of the style and iconography of the Theran wall paintings were clearly derived from those seen on Crete, where the greater part of Minoan civilization flourished. This included the common tripartite organization of the wall compositions, females represented in white flesh and males in brown, and themes including natural world elements and ritualistic, productive human activity. Although the artists drew from centuries-old Cycladic tradition in art creation, most of the Theran artists trended toward the avant-garde in their representations, a characteristic that set them apart from other artistic traditions and achievements of the time. 

As to the process of creating the paintings, the artists applied a mixed technique of buon fresco, applying pigments to wet plaster, and fresco secco, applying pigments to dried plaster. 

The paintings were created in four successive phases:

  1. Wall surfaces were first smoothed with a layer of mixed mortar and straw. Over this, they applied a layer of lime plaster (stucco) about  1 to 2.5 cm thick, then a layer or two of fine stucco.
  2. While the stucco was still wet, a taught, fine string was stretched/pressed into the stucco to create three horizontal physical divides in the wall composition. Wall paintings on Thera were typically divided into three zones in this way.
  3. The artist would render a sketching of the subject(s) by incising or light washing the lies into the stucco. This guided the actual painting onto the still-wet stucco/plaster, where the colors were absorbed into the plaster itself. Smaller details were then added often after the stucco had dried. 
  4. The palette of colors used were largely the same as that used by the Minoans on Crete: the background white of the stucco, earth pigments for black, red and yellow from hematite and yellow ochre, and Egyptian blue, imported from Egypt, and/or glaucophane. The painting was then enriched with different tones, including colors such as rose, pale pink, reddish brown, and dark brown. To achieve these variations, the artist combined pigments or mixed them in lime water. 

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Pithos containing lime-plaster. Above and below artifacts excavated at Akrotiri.

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Semiglobular cup containing red pigment

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Pigments and lime

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Paintings and painting techniques were not exclusive to walls. Here, for example, is a Minoan offering table excavated at Akrotiri, showing use of painting to illustrate ceramic ware with scenes and subjects from their natural surroundings. Ceramic ware pieces below indicate the same trend or style of painting throughout the culture at Akrotiri.

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A Theran Diaspora?

Though the distinctive Minoan style of wall painting can be said to be a regional phenomenon (e.g., Thera and Crete), in recent years archaeologists have found evidence of its presence in other parts of the Mediterranean. Were the art masters of Thera known and in employment demand among the palace, temple, and wealthy elites throughout the Bronze Age Old World trade network? Or did the artist refugees of the great Thera eruption find their way to other parts of the known world to ply their trade and perhaps even to settle?

The Canaanite site of Tel Kabri in present-day northwest Israel, for example, could hold clues to answers. The author spoke with the George Washington University’s Dr. Eric H. Cline in Washington, D.C. in May of 2011. Cline had already been co-director of the excavations at Kabri for years at that point.*

“Kabri, which is a Canaanite palace,” said Cline, “has Minoan wall and floor paintings in it…… We already knew about this site because Kabri had been excavated before by [Aharon] Kempinski and [Wolf-Dietrich] Niemeier from 1986 to 1993, and they found a painted floor and about 2,000 fragments of painted plaster.”

There are several things that strongly suggest the paintings were Minoan or Cycladic in style, according to Cline.

“One is this whole technique of painting on the plaster wall while it is still wet,” continues Cline. “That is an Aegean technique. In the Near East, they more often painted after the plaster was dry. Second, there is a technique of using strings to help in the painting process. For example, the Minoans took a string and just tightened it so that it contacted the wet plaster and created a perfectly straight line. We have plaster at Kabri that shows that. The other thing they did was take string and dip it in, for example, red paint, and tighten it quickly against the plaster. The red paint thus makes a perfectly straight line. That is how the floor at Kabri was created. That is a Minoan technique.”

Moreover, the painted subject matter appears to match the subject elements typically depicted in wall paintings such as those found at Akrotiri on Thera and Knossos on Crete, says Cline, such as certain plant and flower types, the ships, and architecture. 

Were they works produced by Theran artisans who were displaced by the great Theran eruption? Possibly, says Cline, But he emphasizes that this is purely speculative. 

Were they evidence of new, permanent Minoan settlers at Kabri? Possibly, says Cline. But likely not for long. Cline summarizes his view on this question:

“There is no evidence so far that Minoans, or any other Aegean people, such as those in the Cyclades or mainland Greece, migrated to and settled at Kabri as a group. We don’t have enough Minoan pottery to support that. I suspect that, yes, the eruption at Santorini may have caused a migration of people from the island, including artisans who may have painted at Akrotiri or Knossos and were in need of employment, staying at Kabri temporarily. Certainly the paintings at Kabri look an awful lot like the ones on Santorini [ancient Thera].  So it may have been a refugee situation, but that would be mere speculation. The one thing we can support right now is that, if there was a group of Aegean people at Kabri, they were only living there temporarily.”

At least three other places or excavation sites in the eastern Mediterranean have evidenced painting like that found at Akrotiri. One is Tel Dab’a in Egypt, another in Turkey at Alalakh, and  finally at Qatna in Syria, currently being excavated by a German/Italian/Syrian team. 

Married to the Sea

As I found myself hiking along the edge of Santorini’s great caldera and gazing out and down at ocean water where, anciently in some places dry land existed, I could not help but think about the ancient landscape, and the people who once thrived here over 3600 years ago. 

Though the written records of Akrotiri — as they were created on clay tablets in Linear A, a yet undeciphered script — have offered few clues to this ancient society, the artifacts, structures, and paintings revealed by the excavations have provided a rare window on the lives of this ancient people: We know they were advanced in the sense that they lived in multistoried buildings with sophisticated drainage and water distribution systems, indoor bathrooms, lustral basins for ritual practice, and apartments and rooms designed for flexible and adaptable use. Though they practiced agriculture, they were most of all a maritime people, whose economy flourished on extensive trade with other civilizations in and around the Mediterranean, such as Minoan Crete, Mainland Greece, Egypt, Cyprus, and the Levant. Pottery imports and other artifacts, as well as their wall paintings depicting ships, testify to this. This therefore was a people who were enriched through trade. Its position on an island that occupied a strategic position between Cyprus and the Levant to the east, Crete and Egypt to its south, and mainland Greece to its north, made sure of that. Its people wore fine clothing. Artifacts and structures evidenced a well-developed textile industry. The beautifully-clad women appeared to have been revered and, indeed, occupied an important and even elevated position in its culture and religious practices, even in the form of deities. Their culture and way of life was deeply defined by their religion. In addition, they loved and esteemed their natural environment, as clearly demonstrated by their art. Above all, the masterful paintings have given the world an almost intimate and stylistic window on the minds of the Akrotirian inhabitants. 

Walking among the remains of Akrotiri, I marveled at how the 3,600-year-old shroud of its volcanic ash and debris was painstakingly removed many years ago by teams of archaeologists and their volunteers. Today the city stands silent and empty, at least the small portion that has been thus far revealed — a shadow of a once bustling community. Only the mind’s eye can now fill these streets with life. But subtle clues in its remains tell us they were a people likely much like us. 

Perhaps more than we might imagine. 

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How humans took over the planet

Arizona State University—Humans really do rule the world. We took over fast and far, more than any other wild vertebrates. We inhabit nearly every corner of the world, and can thrive in deserts, tropical rainforests and even extremely cold climates.

But how?

Scientists say we did it through not only biological evolution, but another system, cultural evolution. And that is what makes us so special.

New research from Arizona State University evolutionary anthropologist Charles Perreault measures just how important culture was relative to biology. He used empirical data to show human global dominance was predominately achieved through cultural evolution.

“As humans moved into new environments, they didn’t have to wait for genetic mutations to adapt to Arctic cold, tropical forests, deserts or high altitudes,” said Perreault, a research scientist at the Institute of Human Origins and an associate professor at ASU’s School of Human Evolution and Social Change.

“Instead, humans adapted through culturally transmitted technologies, ecological knowledge and cooperative social norms. Innovations in clothing, shelter, hunting strategies, food processing and social organization could spread rapidly through social learning.”

The result, his research shows, is that humans encompass about 51 million square miles of land while the typical wild mammal species occupies about 64 square miles.

Perreault’s work demonstrates that if humans were an average mammal that relied only on genetic evolution, achieving today’s geographic range would have required tens of millions of years, thousands of separate species and enormous differences in body size.

“This research helps put human uniqueness into a measurable evolutionary perspective,” Perreault said. “We often say that culture makes us different, but here we can estimate by how much. The results suggest that cultural evolution compressed what would normally require roughly 88 million years of biological diversification into about 300,000 years within a single species.”

“It reframes recent human history as a kind of adaptive radiation — but one powered by cultural diversification rather than speciation — and shows that adding a cultural inheritance system changes how quickly and extensively a lineage can expand.”

To quantify this, Perreault compiled geographic range maps for nearly 6,000 species of terrestrial mammals and aggregated them into genera, families and orders. Then he compared the size and ecological diversity of those ranges to the global human range.

Next, he modeled how range size relates to three indicators of evolutionary change: lineage age, number of species and body-mass variation. Those relationships allow us to estimate how much biological diversification a mammalian clade would typically need to achieve a range as large as ours.

Finally, he compared mammal species’ ranges to cultural group territories to test whether cultural evolution allows humans to specialize at finer spatial scales, showing that culture enables humans to be globally generalist as a species while locally specialized as cultural groups.

“This study is part of a broader effort to build a quantitative science of human macroevolution,” he said. “By combining large comparative datasets with evolutionary theory, we can begin to measure the distinctive role of culture in shaping our species’ trajectory in a way that would have been almost impossible before.”

The article, “Cultural evolution accelerated human range expansion by more than two orders of magnitude,” was published in the journal the Proceedings of the National Academy of Sciences.

GAZA, the future has an ancient heart

Fondazione Merz, Museo Egizio di Torino and MAH – Musée dArt et dHistoire de la Ville de Genève present GAZA, the future has an ancient heart. Materials and memories of the Mediterranean, a major international exhibition that, through a dialogue between archaeology and contemporary art, illustrates the historical and cultural depth of Gaza, a millennial crossroads of trade, cultures and beliefs. In so doing, the exhibition removes the territory from an exclusively topical interpretation and invites reflection on the universal value of heritage as a place of memory, identity and future.

The project brings together a selection of over eighty archaeological finds from the MAH and the Egyptian Museum – dating from the Bronze Age to the Ottoman period – and works by contemporary Palestinian and international artists Samaa Abu Allaban, Mirna Bamieh, Khalil Rabah, Vivien Sansour, Wael Shawky, Dima Srouji and Akram Zaatari.

The exhibition also features a selection of photographs of Gaza drawn from the UNRWA archive – the United Nations Relief and Works Agency for Palestine Refugees in the Near East.

The artefacts on display from Gaza are a selection from the collection of around 500 pieces temporarily held at the MAH in Geneva on behalf of the PNA, initially intended for the creation of an archaeological museum in Palestine, a project that has remained unfinished due to the conflicts that have affected the area.

The exhibition forms part of the ongoing debate on the destruction of cultural heritage, which comprises not only archaeological sites, historic monuments and other tangible representations of the past that have been lost or severely damaged, but also the people who experienced, celebrated and identified them as part of their cultural inheritance and who have since died or been forced to flee as a result of war. In this sense, Gaza represents merely the latest in a sequence of destructive events, including wars and other conflicts, that continue to cause damage across the world.

One of the objectives of the GAZA, the future has an ancient heart exhibition is to preserve the memory of a millennia-old civilisation and the communities that embodied it, while raising public awareness of the need to safeguard and transmit cultural heritage threatened by war and oblivion through a dialogue between archaeological finds and contemporary works of art.Since the Bronze Age, Gaza has served as a strategic hub in relations between Africa, Asia and the Mediterranean, a place of exchange and encounter among diverse civilisations. A crossing point for commercial, religious and cultural routes, the city has undergone extraordinary historical stratification over the centuries. It is precisely these dimensions that the selection of artefacts from Gaza seeks to illuminate.

The dialogue with the collection of the Museo Egizio di Torino – the Egyptian Museum of Turin– helps to emphasize this dense network of connections, situating Gaza within a broader geography of reciprocal relations and influences, and contributing to an understanding of the complexity of a territory that has played a central role in the history of the Mediterranean.

The protection of cultural heritage is a matter more urgent than ever and concerns humanity as a whole. Presenting the effects of war on Gaza, as elsewhere in the world, on material memory serves to heighten public awareness of the shared responsibility for its conservation. To this end, the exhibition underscores the fragility of cultural heritage in contexts of conflict, entrusting to the sensitivity of contemporary artists the essential dialogue between memory and the present, together with the possibility of new narratives. The depth of Palestinian history is therefore as priceless a treasure as its future; the exhibition addresses this complexity in a measured yet uncompromising manner.

The project offers a comprehensive calendar of events, from meetings and workshops to performances and presentations, held in historic spaces and distinguished institutions in Turin, affirming a profound and supportive bond expressed through an attentive and engaged cultural, international and civic network.

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Group of 30 Byzantine oil lamps. 501–600; civilization: Byzantine Empire.  Place of discovery: Gaza, Jabaliya
Terracotta
Property of the Palestinian Authority, on temporary deposit at the MAH – Musée d’Art et d’Histoire de la Ville de Genève. Photo: Bettina Jacot-Descombes

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Oil lamp. Roman period, 1st century BC – 1st century AD; civilization: Ancient Rome
Place of discovery: Gaza, Blakhiyah
Terracotta
Property of the Palestinian Authority, on temporary deposit at the MAH – Musée d’Art et d’Histoire de la Ville de Genève.  Photo: Bettina Jacot-Descombes

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Decorative plaque: palm tree; Byzantine period, 6th century; civilization: Byzantine Empire
Former chronological attribution: Mamluk period
Place of discovery: Gaza City, Daraj district, 1997
Limestone
Property of the Palestinian Authority, on temporary deposit at the MAH – Musée d’Art et d’Histoire de la Ville de Genève.   Photo: Flora Bevilacqua

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Under the patronage of the City of Turin

Under the auspices of the State of Palestine

With the support of CIPEG – International Committee for Egyptology (ICOM)

 

Information for the public

Venue Fondazione Merz — Via Limone 24, Turin, Italy

Dates 21 April 2026 – 27 September 2026

Website www.fondazionemerz.org

Contacts: info@fondazionemerz.org — Tel. 011 19719437

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Article Source: Fondazione Merz, Museo Egizio di Torino and MAH – Musée dArt et dHistoire de la Ville de Genève news release.

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Hunted by neanderthals: Giant elephants traveled hundreds of kilometers across Ice Age Europe

Goethe University Frankfurt—FRANKFURT/MAINZ/LEIDEN/MODENA.— Neumark-Nord in northeastern Germany was a lake landscape in the last interglacial period. It is rich in archeological finds discovered during lignite mining. The area in Saxony-Anhalt is one of the most important European paleontological sites for the European straight-tusked elephant Palaeoloxodon antiquus. Fossil remains of more than 70 elephants have been found there – animals that were once hunted in this region by Neanderthals. Because of this unusually large number of finds, the site provides a unique insight into the relationship between these massive animals and the humans of the Pleistocene.

An international research team from Germany, the Netherlands, and the United States has now examined the teeth of four of these elephants in greater detail. Using an innovative approach that combines the analysis of isotopes (Carbon, Oxygen, and Strontium) and proteins (palaeoproteomics), the researchers reconstructed migration behavior, diet, and even the sex of several individuals. Strontium isotope analyses along the direction of growth of the molars showed that the elephants had spent several years in different regions of Europe. The data were collected in Frankfurt by Elena Armaroli and Federico Lugli under the supervision of Prof. Wolfgang Müller, one of the directors of the Frankfurt Isotope and Element Research Center (FIERCE) at Goethe University. The Carbon and Oxygen isotope analyses were conducted at the Max Planck Institute for Chemistry in Mainz.

Elena Armaroli, now a postdoctoral researcher at the University of Modena and Reggio Emilia (UNIMORE) in Italy and the study’s first author, explains: “Thanks to isotope analyses, we can trace the movements of elephants almost as if we had a travel diary that has been preserved in their teeth for more than one hundred thousand years.”

“Some of the elephants we studied were animals that did not stay in just one area,” says Federico Lugli, associate professor at UNIMORE and, like Armaroli, a corresponding author of the study. “Their teeth show that they traveled very long distances – up to 300 kilometers – before reaching what is now Neumark-Nord. This allows us to reconstruct their home ranges and understand how these animals used the landscape.”

The research team also identified the sex of the four elephants: three males and – most likely – one female. Two of the males show isotope signatures that differ significantly from those expected for local bed rocks in the area of Neumark-Nord. This suggests that the males, much like modern elephants, ranged over larger territories than the females.

Elena Armaroli concludes: “The concentration of remains and the isotope profile of the animals suggest that Neanderthals did not kill the elephants merely when a favorable opportunity arose. Everything points to organized hunting in which even such enormous prey animals could be deliberately targeted. For this, Neanderthals must have known the landscape well, cooperated, and planned.”

“This study* also marks an important methodological advance,” emphasizes Federico Lugli. “For the first time, paleoproteomics has been applied to European straight-tusked elephants, allowing us to determine the sex of individual animals from proteins preserved in tooth enamel.”

The study is the latest in a series of ongoing scientific analyses of material from the former Neumark-Nord lignite mine. The research projects are conducted by a joint team from MONREPOS Archaeological Research Centre and Museum for Human Behavioural Evolution in Neuwied – a department of Leibniz-Zentrum für Archäologie (LEIZA) –, Johannes Gutenberg University Mainz (JGU), and Leiden University. They have been made possible through the continuous support of the State Office for Heritage Management and Archaeology of Saxony-Anhalt.

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Range of the straight-tusked elephant. Myrhonon, CC BY-SA 3.0, Wikimedia Commons

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Prehistoric elephant fossils in situ. PePeEfe, CC BY-SA 3.0, Wikimedia Commons

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Palaeoloxodon antiquus – replica. PePeEfe, CC BY-SA 3.0, Wikimedia Commons

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The aim of these research projects is to better determine the different dimensions of the Neanderthals’ ecological footprint. The results show that Neanderthals were active gatherers and hunters operating within a rich lakeshore ecosystem. The site provides evidence that people systematically butchered animal carcasses at different locations and extracted fat from large mammals on a large scale. They also consumed plant foods such as hazelnuts and acorns. Neanderthals appear to have repeatedly used the resources of this ecosystem and may even have modified the landscape through the use of fire. They were likely organized in larger social groups than previously assumed.

“What we see at Neumark-Nord is not a picture of mere survival, but of a population that understood its environment and interacted with it actively and in complex ways over a period of at least 2,500 years,” says study author Sabine Gaudzinski-Windheuser, professor of prehistoric and protohistoric archeology at JGU and head of institute at MONREPOS.

“At least some of the male elephants uncovered at Neumark spent some of their adolescence and young adulthood away from the Neumark lake land. If Neumark was a point of attraction for elephants from different regions aggregating here or the Neumark area was the homeland of an elephant population, with individuals leaving the area for a certain time span, we can’t extract from isotopes alone”, says co-author Professor Thomas Tütken from the Applied and Analytical Paleontology Group at JGU. “To understand the population dynamics of the Neumark elephants and with that Neanderthal hunting at Neumark, we have started a genetic study of the Neumark elephants”, adds Lutz Kindler, member of the Neumark-Nord team and researcher at MONREPOS and JGU.

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Participating Institutions:
University of Modena and Reggio Emilia, Italy
Goethe University Frankfurt, Germany
California Institute of Technology, Davis, USA
Johannes Gutenberg-Universität Mainz, Germany
MONREPOS Archaeological Research Center and Museum for Human Behavioral Evolution, Leibniz Zentrum für Archäologie (LEIZA), Neuwied, Germany
Leiden University, The Netherlands
University of California, Davis, USA
Max Planck Institute for Chemistry, Mainz, Germany
Columbia University, New York, USA

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Article Source: Goethe University Frankfurt news release

Exploring the Past: How Modern Archaeology Is Revealing the Hidden Story of Human Civilization

Archaeology is often imagined as the romantic search for lost cities, ancient treasures, and forgotten civilizations. In reality, it is a sophisticated scientific discipline that combines history, anthropology, geology, and technology to understand how humans lived thousands of years ago. Today, platforms like Popular Archaeology magazine help bring these discoveries from academic journals and excavation sites to the general public in accessible and engaging ways.

As one of the world’s most widely read digital archaeology publications, the site focuses on sharing major discoveries, research breakthroughs, and field reports that illuminate humanity’s past—from prehistoric hunter-gatherers to ancient empires.

But archaeology isn’t only about ancient ruins and artifacts. Increasingly, it’s also about understanding technology, infrastructure, trade networks, and the tools that shaped civilizations—some of which still echo in modern industries today.

Archaeology: A Window Into Human Origins

At its core, archaeology seeks to reconstruct human history through physical evidence. Rather than relying solely on written records, archaeologists examine material remains such as pottery, buildings, bones, tools, and environmental data.

These clues reveal patterns about how people lived, including:

  • What they ate
  • How they built homes and cities
  • Their social structures
  • Their trade networks
  • Their technological capabilities

Archaeology therefore fills critical gaps in our understanding of human development—especially for prehistoric societies that left no written records.

Publications like Popular Archaeology regularly highlight discoveries that reshape our understanding of the past. For example, recent studies have examined ancient farming transitions in Europe, the scent compounds preserved in Egyptian mummies, and the role of seabird guano in the rise of pre-Inca civilizations in South America.

Each of these findings helps researchers piece together how cultures evolved, adapted to climate change, and developed increasingly complex societies.

Technology Is Transforming Archaeology

Modern archaeology is undergoing a technological revolution. While early excavations relied primarily on manual digging and observation, today’s archaeologists use advanced scientific techniques to uncover the past without even breaking ground.

Some of the most important tools include:

LiDAR Scanning

Airborne LiDAR (Light Detection and Ranging) technology uses laser pulses to map landscapes beneath dense vegetation. It has helped archaeologists discover entire lost cities in jungles that were previously invisible from the ground.

Ground-Penetrating Radar

This method allows researchers to identify buried structures before excavation begins, reducing damage to sites and improving excavation planning.

DNA Analysis

Ancient DNA studies can now reveal migration patterns, diseases, and even family relationships among ancient populations.

CT Scanning and Imaging

Non-invasive scans allow scientists to examine mummies and fossils without disturbing fragile remains.

These technologies allow archaeologists to explore historical landscapes at a scale that was unimaginable just a few decades ago.

Ancient Trade and the Birth of Global Supply Chains

One of the most fascinating areas of archaeological research involves ancient trade networks. Even thousands of years ago, civilizations maintained complex exchange systems that moved goods across vast distances.

Artifacts recovered from archaeological sites reveal trade in materials such as:

  • Copper and bronze
  • Obsidian tools
  • Precious stones
  • Grain and textiles
  • Ceramics and luxury goods

For example, Mediterranean trade routes connected Egypt, Greece, Anatolia, and the Levant, enabling cultural exchange and economic growth throughout the ancient world.

Archaeologists often track these networks by analyzing the chemical composition of materials. If pottery found in Italy matches clay deposits in Greece, researchers can confirm that trade took place between those regions.

These early systems were effectively the predecessors of modern global supply chains.

Infrastructure and Industrial Development in Ancient Civilizations

Another important focus of archaeology is understanding the infrastructure that supported large civilizations. Cities such as Rome, Alexandria, and Babylon required sophisticated engineering to function.

Excavations frequently uncover:

  • Water systems and aqueducts
  • Roads and transport networks
  • Mining and quarrying operations
  • Industrial workshops
  • Warehouses and trade depots

These discoveries show that ancient societies operated large-scale production systems that resemble modern industry more than many people realize.

Even the recovery of practical materials—metal tools, construction equipment, and mechanical components—can shed light on how ancient economies functioned.

In many ways, the remains of these early industries resemble the modern world’s surplus industrial parts, remnants of complex systems that once powered thriving societies but now serve as evidence for researchers reconstructing historical technology.

Climate Change and Human Adaptation

Archaeology is also increasingly important for understanding how societies respond to environmental change.

Recent studies highlighted in archaeology publications show how ancient populations adapted to drought, shifting ecosystems, and changing temperatures.

For example, evidence from North America suggests that some prehistoric hunter communities abandoned long-used hunting sites due to severe climate shifts. Instead of collapsing, they reorganized their strategies and moved to new locations better suited to changing environmental conditions.

These insights are valuable today because they show how human societies have historically responded to ecological pressures.

Why Public Archaeology Matters

For decades, archaeology was largely confined to academic journals and university research programs. But digital publications have helped make discoveries accessible to a broader audience.

Popular Archaeology and similar platforms aim to bridge the gap between academic research and public interest by presenting complex discoveries in clear, engaging language.

This approach matters for several reasons:

  1. Public support for heritage preservation increases when people understand archaeological significance.
  2. Education improves, helping readers appreciate human history beyond textbooks.
  3. Interdisciplinary insights emerge, connecting archaeology with science, engineering, and even economics.

By bringing discoveries directly to readers, these platforms help ensure that humanity’s shared past remains widely understood and valued.

The Future of Archaeology

The next decade promises to be one of the most exciting periods in archaeological research.

Several emerging developments will likely shape the field:

  • Artificial intelligence analyzing satellite imagery to locate undiscovered sites
  • Advances in ancient DNA sequencing
  • Improved digital reconstruction of lost cities
  • 3D modeling of artifacts and architecture
  • Climate archaeology studying how ancient societies responded to environmental stress

With each new discovery, archaeologists gain a clearer understanding of how civilizations rose, evolved, and sometimes disappeared.

And as publications like Popular Archaeology continue to share these findings with the public, the stories of our past become accessible to anyone curious about where humanity came from—and where it may be heading next.

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First evidence that North Sea ‘Lost World’ had habitable forests during the last Ice Age

University of Warwick—Forests were growing on the now-submerged landmass of Doggerland thousands of years earlier than previously believed, according to a major new sedimentary ancient DNA (sedaDNA) study led by the University of Warwick.

The findings suggest that Doggerland may have provided a surprisingly hospitable refuge for plants, animals, and potentially humans, thousands of years before forests became widespread across Britain and northern Europe.

Published* in Proceedings of the National Academy of Sciences (PNAS), the research reveals that temperate trees such as oak, elm, and hazel were present more than 16,000 years ago — and even detected DNA from a tree genus thought to have vanished from the region 400,000 years ago. The findings also show that parts of Doggerland survived major flooding events, including the Storegga tsunami around 8,150 years ago, and parts of the landscape remained above water as late as 7,000 years ago. Professor Robin Allaby at University of Warwick and lead author of this study says: “By analyzing sedaDNA from Southern Doggerland at a scale not seen before, we have reconstructed the environment of this lost land from the end of the last Ice Age until the North Sea arrived. We unexpectedly found trees thousands of years earlier than anyone expected — and evidence that the North Sea fully formed later than previously thought.

“From a human perspective, this is the best evidence that Doggerland’s wooded environment could have supported early Mesolithic communities prior to flooding and may help explain why relatively little early Mesolithic evidence survives on mainland Britain today.”

The lost trees of Doggerland

Doggerland once connected Britain to mainland Europe before rising seas submerged it, creating today’s North Sea. Although the landscape was forested before flooding, scientists have long debated when trees first became established and how suitable the region was for prehistoric communities.

Using sedimentary ancient DNA from 252 samples taken from 41 marine cores along the prehistoric Southern River (chosen for its well-preserved sediments and potential to reveal past habitats) researchers reconstructed Doggerland’s ecological history from around 16,000 years ago until its final submergence.

Temperate woodland species, including oak, elm, and hazel, were found to be present thousands of years earlier than indicated by British pollen records. Lime (Tilia), a warmth-loving tree, also appears around 2,000 years earlier than previously recorded in mainland Britain, suggesting localities in Doggerland may have acted as a northern refuge during the last Ice Age.

In a further surprise, the team found DNA from Pterocarya — a walnut relative thought to have disappeared from north-western Europe 400,000 years ago — showing this tree survived in the region far longer than anyone expected.

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Doggerland landscape 18,000, 10,000 and 8,000 years ago. Credit: University of Bradford Submerged Landscape Research Centre & Nigel Dodds 

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Rethinking Ice Age Europe

The study supports growing evidence that small-scale “microrefugia” allowed temperate plant species to survive northern Europe’s Ice Age conditions, helping explain Reid’s Paradox — how trees recolonized the region so rapidly after the last Ice Age retreated.

The presence of woodland habitats in southern Doggerland 16,000 years ago suggests the area may have offered rich ecological resources for humans, including forest animals such as boars, long before the emergence of early peoples such as the well-documented Maglemosian culture around 10,300 years ago. Co-author, Professor Vincent Gaffney at University of Bradford says,“For many years, Doggerland was often described as a land bridge – only significant as a route for prehistoric settlement of the British Isles. Today, we understand that Doggerland was not only a heartland of early human settlement, but also that the presence of the land mass may have provided a refuge for plants and animals and acted as a fulcrum for how prehistoric communities settled and resettled northern Europe over millennia.”

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About this research

*The paper ‘Early colonization before inundation consistent with northern glacial refugia in Southern Doggerland revealed by sedimentary ancient DNA’ is published in PNAS. DOI: https://doi.org/10.1073/pnas.2508402123

This research was funded by the European Research Council (ERC), funding through the European Union’s Horizon 2020 research and innovation program (project number 670518 LOST FRONTIERS). Lost Frontiers studied the inundated landscapes of the southern North Sea using archaeo-geophysics, molecular biology and computer simulation to develop novel approaches for the study of past environments, ecological change and the transition between hunter gathering societies and farming within the inundated landscapes of Doggerland and northwest Europe more widely (https://lostfrontiers.teamapp.com/).

About the University of Warwick

Founded in 1965, the University of Warwick is a world-leading institution known for its commitment to era-defining innovation across research and education. A connected ecosystem of staff, students and alumni, the University fosters transformative learning, interdisciplinary collaboration, and bold industry partnerships across state-of-the-art facilities in the UK and global satellite hubs. Here, spirited thinkers push boundaries, experiment, and challenge convention to create a better world.

First absolute dating of Palaeolithic paintings in the Dordogne

A research team led by a CNRS1 researcher has for the first time accurately determined the age of the cave paintings at Font-de-Gaume (Les Eyzies) in Dordogne (southwestern France), according to work to be published* on 9 March 2026 in PNAS. It had previously been impossible to precisely date the Palaeolithic cave art in the region, including that in Lascaux, using radiocarbon dating, as the paintings were believed to contain only iron and manganese oxides. However, no study had ever confirmed the absence of carbon.

To carry out this verification, the scientists examined the chemical composition of two black drawings, depicting a bison and a mask, using Raman micro-spectrometry and hyperspectral imaging2. These non-invasive methods revealed traces of charcoal in the black pigments. The uniform presence of charcoal throughout the black lines in the figures ruled out the possibility of contamination from graffiti or tourist activity in the cave. Collecting micro-samples was authorized on an exceptional basis for carbon-14 dating. Although this dating is challenging given the tiny amount of material, analyses confirmed a date in the Upper Palaeolithic, slightly more recent than previously estimated: the bison was painted between 13,461 and 13,162 calBP3, while different parts of the mask were painted between 8,993 and 8,590 calBP, 15,981 and 15,121 calBP, and between 15,297 and 14,246 calBP.

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Hyperspectral image obtained by reflectance imaging spectroscopy (RIS) of the Carrefour panel showing a visual contrast between the representations made with carbon black (in red, Cervidé HB14 and Bison HB15) and those made with black manganese oxides (in green, Bison HB14). © TU Delft, Matthias Alfeld.

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Thanks to this new analytical methodology, the scientists hope to obtain accurate dating for other Palaeolithic figures, paving the way for a better understanding of cave art and the populations who created it.

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Notes

  1. From the Laboratoire de développement instrumental et de méthodologies innovantes pour les biens culturels (Chimie ParisTech-PSL/CNRS/Ministère de la Culture). Scientists from Laboratoire de mesure du carbone 14 (CEA/CNRS/IRD/ASNR/Ministère de la Culture), national platform affiliated with Laboratoire des sciences du climat et de l’environnement (CEA/CNRS/ Université de Versailles Saint-Quentin-en-Yvelines), from the Histoire naturelle des Humanités préhistoriques laboratory (CNRS/MNHN/Université de Perpignan Via Domitia), from the Centre des monuments nationaux and the Centre de recherche et de restauration des musées de France also contributed to this work.
  2. Scientific imaging that measures the colour at each point and deduces the chemical composition of the coloured compounds present. This technique is widely used in the field of cultural heritage sciences, as well as in biomedical, agricultural, environmental and astrophysical research.
  3. Calibrated Before Present, conventionally set at 1950. This takes into account various factors such as variations in the atmospheric concentration of carbon 14, solar activity and the Earth’s magnetic field.

*Radiocarbon dating and chemical imaging of carbon black-based Paleolithic cave art in the Dordogne region (France). Ina Reiche, Lucile Beck, Ingrid Caffy, Yvan Coquinot, Matthias Alfeld, Anne Maigret, José Tapia, Marc Martinez, Anthony Lescale, Patrick Paillet. Proceedings of the National Academy of Sciences (PNAS), 9 March 2026.

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How to Enjoy an Archaeology Trip to the Isle of Wight (Holiday Edition)

If your perfect holiday includes fresh sea air, ancient bones, Roman ruins, and the occasional “wait… is that a dinosaur footprint?”, the Isle of Wight is your place. It’s one of the best spots in the UK for hands-on archaeology vibes—whether you’re a museum lover, a cliff-walker, or a fossil-hunting menace (the wholesome kind).

And the best part? Getting there is easy—most people hop over on Wightlink and start the adventure from the moment the island comes into view.

1) Get Over There Smoothly (and Make It Part of the Fun)

The Isle of Wight feels like a proper “escape” without the stress of long-haul travel. Book your crossing with Wightlink (car ferry or foot passenger options depending on your plan), and treat the journey like the opening scene of your holiday: coffee in hand, camera ready, “archaeology mode” activated.

Pro tip: If you’re taking a car, it’s worth it for flexibility—many archaeology-heavy locations are spread across the island.

2) Plan Your Archaeology “Trifecta”: Fossils, Romans, and Local History

The Isle of Wight is basically an archaeology buffet. Build your itinerary around three themes:

  • Prehistoric / Dinosaur & fossil tim
  • Roman Britain
  • Island heritage (coastal communities, maritime stories, and old settlements)

Even if you’re only staying a few days, you can hit all three without rushing—just group nearby sites together.

3) Do the Dinosaur Stuff Properly (Yes, It Counts)

The Isle of Wight is famous for dinosaurs for a reason. It’s not just kids’ entertainment—it’s real science, real discoveries, and real fossils washing out of cliffs.

How to enjoy it more:

  • Join a guided fossil walk if you can (you’ll learn what you’re looking at and where it’s safe)
  • Bring a small finds bag, gloves, and a brush (nothing dramatic—leave the sledgehammer at home).
  • Treat it like a treasure hunt, but be respectful of the environment and local rules. Even if you find nothing, the geology and scenery alone are worth it.

4) Work in a Museum Day (It Makes the Outdoors Better)

Museums make your outdoor exploring feel smarter because you start recognising things: rock layers, artefact styles, time periods, the “ohhh THAT’s what that was” moments.

Best way to do it:

  • Museum first (or early in the trip
  • Then cliffs/sites late
  • Then back to the museum shop for a shameless souvenir fossil (no judgement)

5) Use the Coastline Like a Timeline

On the Isle of Wight, the coast is basically a history book you can walk through. The cliffs and bays reveal different layers of time, and some of the best “archaeology energy” comes from simply following the shoreline and imagining how people lived, travelled, traded, and survived there.

Tip: Check tide times before long coastal walks and don’t stray under unstable cliffs.

6) Add One “Deep Dive” Day

Instead of trying to cram everything in, pick one day to go full archaeology nerd and commit to it:

  • A longer fossil walk + museum
  • A Roman-themed day + heritage sites
  • A “lost landscapes” day: viewpoints, old routes, coastal settlement history
     

Pack snacks, water, and give yourself time to sit and soak it in—archaeology holidays are best when they’re not frantic.

7) Do a Guided Tour (Even Just Once)

A good guide turns a nice view into a story:

  • “This used to be a river system…”
  • “This bay exposed new fossils after a storm…”
  • “This ridge used to be a strategic route…”
     

Even one guided activity early in your trip will upgrade everything you do afterwards.

8) Bring the Right Gear (So You’re Not Miserable)

This isn’t an Indiana Jones trip, but it is the UK coast—plan accordingly.

Bring:

  • Walking shoes with grip
  • Light waterproof jacket (always)
  • Backpack with water/snacks 
  • Small notebook (you will want to remember things)
  • Binoculars (great for spotting features from cliffs and viewpoints)
     

Optional but fun:

  • Magnifying lens for rock/fossil peeping 
  • A field guide (or an app) Capture It Like a Proper Holiday (Not Just “Proof You Were There”)If you like sharing your trips:
  • Photograph textures: rocks, layers, tool marks, museum details
  • Do one “story post” per day: What did I learn today?
  • Snap the ferry moment too—Wightlink crossing shots are classic “here we go” content It makes the trip feel like an experience, not a checklist.

 

9) Respect the Sites (So They’re Still Amazing Next Year)

Archaeology is fragile. The best visitors are the ones who leave it exactly as they found it.

Quick etiquette:

  • Don’t dig into cliffs 
  • Don’t remove artefacts from protected places
  • Stick to guidance on fossil collecting
  • If you find something genuinely unusual, report it (you could help real research)
     

Being responsible is part of the fun—it’s like being on the team.

 

A Simple 3-Day Isle of Wight Archaeology Itinerary

Day 1: Arrive via Wightlink → settle in → museum visit → sunset coastal walk
 Day 2: Guided fossil walk → beach time → relaxed dinner
 Day 3: Roman/history sites + viewpoints → souvenir stop → head home

 

Final Thought

The Isle of Wight is one of those rare holiday spots where you can genuinely feel history under your feet—sometimes literally. Go slow, mix museums with coastline, do at least one guided experience, and make the journey part of the story (especially if you’re arriving on Wightlink).

If you want, tell me how long you’re going for (2 days / 3 days / a week) and whether you’ll have a car—and I’ll turn this into a tighter, day-by-day plan.

Analysis of charred food in pot reveals that prehistoric Europeans had surprisingly complex cuisines

PLOS—Thousands of years ago, European communities used a variety of plant and animal products to create elaborate meals, according to a study published March 4, 2026 in the open-access journal PLOS One by Lara González Carretero of the University of York, U.K. and colleagues.

A common technique for interpreting the diets of ancient cultures involves analyzing fatty residues in ancient pottery. This method is limited, however, as it mostly provides insights only into animal remains. In this study, the authors combined multiple techniques, including microscopic examination and chemical analysis, to identify the remains of plants that were eaten by ancient European hunter-gatherers.

Researchers examined organic remains found in 58 pieces of pottery uncovered at 13 archaeological sites across Northern and Eastern Europe dating between the 6th and 3rd millennium BC. This method recovered tissue samples of a wide variety of plants, including grasses, berries, leaves, and seeds. In many cases, plant remains were found alongside those of animals, most often fish and other seafood. The exact mixtures and ingredients varied from region to region, most likely reflecting which resources were locally available as well as local cultural practices.

These findings emphasize the important role of plants and aquatic foods in the diets of early Europeans. These results also support the idea that these communities regularly used pottery technology for food preparation and that each culture had their own complex culinary traditions. This study also demonstrates that combining multiple analytical techniques can yield detailed insights that are overlooked by traditional methods, particularly when it comes to the plants that ancient peoples were eating.

The authors add: “While conventional chemical analysis tends to highlight the animal-based components of ancient meals, our combined microscopic approach has brought these prehistoric recipes back into focus. We found that hunter-gatherer-fishers were not living on fish alone; they were actively processing and consuming a wide variety of plants. This research underscores that to truly understand ancient diets, we need to take a closer look at these food crusts, quite literally!”

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Example of Mesolithic pottery vessel analysed in this study.  Credit: Lara González Carretero (CC-BY 4.0, https://creativecommons.org/licenses/by/4.0/)

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Experimental cooking with modern replica pottery vessels to recreate prehistoric recipes.  Credit: Lara González Carretero (CC-BY 4.0, https://creativecommons.org/licenses/by/4.0/)

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Article Source: PLOS news release.

*González Carretero L, Lucquin A, Robson HK, McLaughlin TR, Dolbunova E, Lundy J, et al. (2026) Selective culinary uses of plant foods by Northern and Eastern European hunter-gatherer-fishers. PLoS One 21(3): e0342740. https://doi.org/10.1371/journal.pone.0342740

Funding: This project has received funding from the European Research Council (ERC) under the European Union’s Horizon 2020 research and innovation programme (grant agreement number 695539, The Innovation, Dispersal and Use of Ceramics in NW Eurasia) to C.H. This project has received additional funding from the ERC under the European Union’s Horizon 2020 research and innovation programme under grant agreement no. 856488. This project is also supported by the European Union HORIZON Coordination and Support Actions under grant agreement no. 101079396 and from Innovate UK grant number 10063975. Research at the site of Dąbki was conducted under the National Science Centre, Poland (grant agreement number 2017/27/B/HS3/00478). DG, HR, and BP received funding from Agustinusfonden (grant no. 22-1518). MB-A is funded by the European Union NextGenerationEU/PRTR, Grant/Award Number: RYC2021-032364-I. The funders had no role in study design, data collection and analysis, decision to publish or preparation of the manuscript.

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Top 10 Archaeological Instagram Accounts to Follow (2026)

Whether you’re after breathtaking site photos, behind-the-scenes digs, or engaging educational posts, these accounts deliver fascinating glimpses into archaeology.

1. @stephthearchaeologist – Steph Black

A historian and archaeologist with ~193K followers, Steph blends field stories, artefacts, history facts, and academic insight in a friendly, accessible way. Great for deep archaeological context paired with vivid visuals.

2. @ginocaspari – Dr. Gino Caspari

This account features fieldwork, expedition shots, and archaeological news explained by an active researcher. Posts often include personal anecdotes from digs and museum insights — ideal for those who want both visuals and substance.

3. @inside.archaeology – Rachel

A professional archaeologist sharing her work, excavation experiences, and heritage education. Posts can be both educational and reflective, giving followers a real sense of what archaeological life is like.

4. @the_archaeologist_official – The Archaeologist

This feed curates archaeological discoveries and historical insights from around the world. Expect a rich mix of artefacts, heritage sites, and archaeology-themed facts — perfect for daily inspiration.

5. @archaeostoryteller.en – Ted Papakostas

An archaeologist and author sharing storytelling-driven posts about ancient civilizations and archaeological themes, ideal for followers who love narrative framing alongside visuals.

6. @dishaahluwalia – Disha Ahluwalia

This account delivers a mix of archaeological field insights, heritage advocacy, and academic commentary, reflecting a passion for sharing cultural heritage with a broad audience.

7. @onestarchaeology – One Star Archaeology

A humour-meets-archaeology account that shares one-star reviews of archaeological sites around the world. It’s a playful way to see how visitors interact (or struggle to interact!) with historic places.

8. @montpelier_arch / Community Reposts

Accounts like this (featured in community discussions) focus on regional archaeology, heritage sites, and local research projects — perfect if you want niche content.

9. @archaeologia_de_cajon & @arqueo.feminismo – Community Curators

From memes about archaeology to feminist archaeological theory and infographics, these community-driven accounts share culture-rich, educational posts with great design and narrative.

10. @worldhistoryart & Other Micro Accounts

Smaller but engaging accounts like @worldhistoryart or regional archaeology pages share curated archaeological visuals, art history posts, and cultural highlights that add diversity to your feed.

🧭 Why Follow Archaeology Accounts on Instagram?

Instagram’s visual platform is uniquely suited to archaeology: it helps make complex archaeological topics accessible through striking images and short explanations, and many archaeologists themselves now use it for public archaeology and science communication. Visual storytelling can help spark curiosity and deepen understanding of past civilizations, excavation techniques, and heritage issues according to Blastup.com.

📌 Tip for Followers

To dive deeper than just scrolling posts:

  • Follow relevant hashtags like #archaeology#ancienthistory#fieldwork, and #heritage.
  • Engage with creators — many answer comments or share stories about their research. 
  • Use Instagram’s “Save” feature to build your own archaeology reference collection on the app

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10 Ways to Get Children Interested in Archaeology

Archaeology isn’t just about ancient ruins and dusty artifacts — it’s about discovery, storytelling, science, and imagination. For children, it can be one of the most exciting gateways into history, geography, science, and even technology.

The key is making it hands-on, visual, and fun.

Here are 10 practical and creative ways to spark a child’s interest in archaeology — including how social media can play a positive role.

1. Create a Mini “Dig Site” at Home

Children love treasure hunts. Turn your garden or a sandbox into an excavation site by burying small objects like:

  • Plastic fossils
  • Old coins
  • Pottery shards (safe replicas)
  • Dinosaur bones (toy versions)

Give them brushes and small tools to carefully uncover items. Teach them to document what they find. This builds patience, observation skills, and excitement.

Archaeology immediately becomes an adventure.

2. Visit a Museum and Make It Interactive

Museums bring ancient worlds into focus. Institutions like the British Museum offer family trails, activity packs, and interactive exhibits.

To make it engaging:

  • Give children a “mission” (find 3 ancient tools, 2 statues, 1 coin)
  • Let them sketch their favourite artifact
  • Ask what they think the object was used for

When children participate instead of just observe, curiosity grows.

3. Tell Stories, Not Just Facts

Archaeology is detective work. Instead of listing dates and names, frame discoveries as mysteries.

For example:

  • Who used this bowl?
  • Why was this building abandoned?
  • What happened to this ancient city?

Turning artifacts into stories helps children emotionally connect to the past. It becomes human, not distant.

4. Use Social Media (The Right Way)

Platforms like YouTube and TikTok have made archaeology visual and accessible.

Short, age-appropriate videos can show:

  • Real excavation sites
  • Artifact restoration
  • Ancient building techniques
  • 3D reconstructions of cities

Social media works well because it’s:

  • Visual
  • Short
  • Engaging
  • Easy to understand

Parents can curate educational accounts so children consume high-quality content. Used wisely, social media turns archaeology into something current and exciting — not just something in a textbook and every published reel will get a set number of views.

5. Introduce Archaeology-Themed Books

Books bring the past to life through imagination. Look for:

  • Child-friendly archaeology guides
  • Historical fiction
  • “Choose your adventure” stories set in ancient times

Pair reading with discussions about what archaeologists actually do versus what movies show.

This builds both literacy and critical thinking.

6. Watch Documentaries Together

Age-appropriate documentaries introduce real-world archaeology in a dynamic way.

For example, documentaries about ancient Egypt, Rome, or the Maya can spark fascination. Even streaming platforms now have child-friendly history content.

Pause occasionally and ask:

  • What do you think they’ll find next?
  • Why is that discovery important?

Turning passive watching into discussion deepens interest.

7. Explore Local History

Archaeology isn’t only about pyramids and lost cities. Every town has history.

Take children to:

  • Old castles
  • Roman roads
  • Historic churches
  • Local heritage centres

Seeing that history exists near their own home makes archaeology feel relevant and personal.

8. Encourage Creative Play

Children often learn best through imagination.

Encourage them to:

  • Build ancient cities with LEGO
  • Create clay “artifacts”
  • Draw maps of imagined lost civilizations
  • Write their own discovery journals

Creative play strengthens both knowledge and enthusiasm.

9. Use Technology and 3D Models

Modern archaeology uses advanced technology like 3D scanning and digital reconstruction.

Many museums and educational websites now offer:

  • Virtual tours
  • Interactive 3D artifact models
  • Ancient city reconstructions

Children who enjoy technology may find this especially exciting. It shows archaeology isn’t just about digging — it also involves science, computers, and innovation.

10. Meet a Real Archaeologist (If Possible)

Nothing inspires like meeting someone who works in the field.

Some universities, museums, and heritage organisations offer:

  • School visits
  • Public talks
  • Family excavation days

Hearing firsthand stories about discoveries, challenges, and adventures can leave a lasting impression.

When children see archaeology as a real career — not just a movie trope — it becomes something they can imagine themselves doing.

Why It Matters

Getting children interested in archaeology does more than teach them about the past. It develops:

  • Curiosity
  • Critical thinking
  • Patience
  • Scientific reasoning
  • Cultural awareness

It also helps them understand that history is not fixed — it is discovered, interpreted, and continually evolving.

The goal isn’t to turn every child into a professional archaeologist. It’s to nurture a sense of wonder about the world and the people who came before us.

With hands-on activities, storytelling, technology, and even carefully curated social media, archaeology can move from being a school subject to becoming a lifelong fascination.

And once a child experiences the thrill of uncovering something hidden — even if it’s just a toy fossil in the garden — the spark is often lit for good.

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How Social Media Brings Archaeology Alive

Archaeology used to live in dusty textbooks, late-night documentaries, and museum display cases. Today, it lives in your pocket.

Thanks to platforms like Instagram, TikTok, YouTube, and X, archaeology is no longer locked behind academic journals or university lecture halls. It’s immediate, visual, interactive—and surprisingly addictive.

Here’s how social media is transforming archaeology from a niche academic field into a global, real-time experience.

1. Real-Time Discoveries From the Field

In the past, you might wait years to hear about a discovery. Now, archaeologists share updates as they happen.

Excavation teams post:

  • Daily trench progress
  • Artifact reveals
  • Drone footage of sites
  • Live Q&A sessions from the field

When a mosaic floor is uncovered or a Roman coin emerges from the soil, followers see it almost instantly. The sense of discovery becomes shared. Instead of reading about history after it’s been processed and packaged, audiences witness it unfolding in real time.

That immediacy creates excitement—and excitement creates engagement.

2. Visual Storytelling Makes the Past Tangible

Archaeology is inherently visual. Social media amplifies that strength.

High-resolution photos, 3D scans, before-and-after restorations, and time-lapse videos allow viewers to see transformation. A crumbling wall becomes a reconstructed temple. A fragment of pottery becomes part of a larger story about trade, migration, or belief systems.

Short-form video platforms are especially powerful. A 30-second clip explaining how ancient tools were made can reach millions—far more than a traditional academic paper ever could and allows you plenty of non drop followers.

Social media doesn’t simplify archaeology. It translates it.

3. Museums Are No Longer Static Spaces

Major institutions such as the British Museum and the Louvre Museum have embraced social media to extend their reach far beyond their physical walls.

Museums now:

  • Post curator walkthroughs
  • Share “object of the week” stories
  • Run interactive polls about artifacts
  • Livestream exhibition openings

For people who may never travel to London or Paris, social media provides digital access to cultural heritage.

This shift democratizes archaeology. Geography is no longer a barrier to learning.

4. Archaeologists Become Storytellers

Traditionally, archaeologists communicated primarily through academic channels. Social media has encouraged a new skillset: storytelling.

Today’s archaeologists explain:

  • What they’re digging
  • Why it matters
  • How methods work
  • What misconceptions exist

This transparency builds trust. It also humanizes the profession. Followers see the long hours, the muddy boots, the careful brushing of soil. Archaeology becomes less about mystery and more about method.

When experts share context—rather than just conclusions—audiences understand that archaeology is not treasure hunting. It’s scientific investigation.

5. Younger Generations Are Engaging With History

Platforms like TikTok have introduced archaeology to audiences who might never watch a two-hour documentary.

Short educational clips:

  • Debunk myths
  • Explain ancient technologies
  • Compare ancient and modern lifestyles
  • Recreate historical scenarios

This format makes history feel relevant rather than distant. A well-edited video about Roman engineering or Viking shipbuilding can feel more like entertainment than a lesson—yet it still delivers real knowledge.

Engagement through comments also allows young viewers to ask questions directly. Curiosity becomes a conversation, not a lecture.

6. Citizen Archaeology and Community Participation

Social media doesn’t just broadcast information. It invites participation.

Communities now:

  • Share local finds
  • Report potential sites
  • Help identify artifacts
  • Contribute historical photographs

Crowdsourced knowledge has helped identify inscriptions, translate texts, and match artifacts to historical records.

Of course, responsible reporting and legal compliance are crucial. Archaeologists frequently use their platforms to educate audiences about ethical practices—such as avoiding illegal excavation or artifact trading.

This balance between enthusiasm and responsibility strengthens heritage protection.

7. Combatting Misinformation

Archaeology is often misrepresented in movies and pseudo-historical content. Social media provides experts with a direct channel to correct myths.

Professionals can quickly address:

  • Fake artifact claims
  • Misinterpreted findings
  • Conspiracy theories
  • Sensational headlines

Because platforms operate in real time, misinformation can be challenged almost immediately. Instead of waiting for a formal rebuttal in an academic journal, experts can respond in hours.

The result? A more informed public.

8. Digital Preservation and 3D Technology

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Beyond storytelling, social media highlights technological innovation in archaeology.

3D scanning, photogrammetry, and virtual reconstructions allow ancient sites to be preserved digitally—even if they are damaged or inaccessible.

Sharing these models online:

  • Preserves fragile artifacts
  • Allows global research collaboration
  • Enables virtual exploration
  • Expands educational access

In conflict zones or environmentally threatened areas, digital documentation becomes a powerful safeguard for cultural heritage.

9. Global Collaboration Across Borders

Archaeology has always been international, but social media accelerates collaboration.

Researchers can:

  • Share findings instantly
  • Connect with specialists worldwide
  • Compare parallel discoveries
  • Build interdisciplinary teams

A pottery fragment found in one country can be matched with a similar piece thousands of miles away thanks to shared images and open discussion online.

The field becomes more connected—and more efficient.

10. Making the Past Personal

Perhaps the most powerful change is emotional.

When people see an ancient footprint, a child’s toy from 2,000 years ago, or a handwritten tablet, history stops being abstract. It becomes human.

Social media allows these small, intimate discoveries to shine. Instead of focusing only on monumental architecture or royal artifacts, archaeologists can highlight everyday lives.

And that’s where archaeology truly comes alive—not in grand narratives alone, but in relatable human stories.

The Future of Archaeology in the Digital Age

Social media has transformed archaeology from a distant academic discipline into an accessible, participatory experience. It:

  • Shares discoveries in real time
  • Makes visual storytelling central
  • Opens museum doors globally
  • Encourages public participation
  • Corrects misinformation
  • Showcases cutting-edge technology

In doing so, it bridges the gap between past and present.

Archaeology is no longer just about uncovering history—it’s about sharing it instantly with the world. And as digital platforms continue to evolve, the connection between ancient civilizations and modern audiences will only grow stronger.

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3.67 million year old fossil, Little Foot, gets a virtual facelift

University of the Witwatersrand—A new digital reconstruction of the face of the 3.67‑million‑year‑old Australopithecus fossil, Little Foot, provides new insight into the evolution of the human face. 

The new findings, published in Comptes Rendus Palevol, offer fresh insight into the diversity of the fossil hominin (i.e., extant human and their ancestors and relatives) face across Africa 4-3 million years ago.

Little Foot was discovered at the Wits Sterkfontein Caves, located about 40km North West of Johannesburg, South Africa, in the Cradle of Humankind World Heritage Site. It is the most complete early hominin skeleton ever found. While much of the skeleton has been, and continues to be, studied, the face has been distorted by millions of years of geological processes that were impossible to correct using physical reconstruction methods. Using high‑resolution synchrotron scanning at the Diamond Light Source synchrotron in the UK and advanced virtual reconstruction techniques, an international research team led by Dr. Amelie Beaudet and Professor Dominic Stratford has now digitally reassembled the facial bones, producing one of the most complete Australopithecus faces known.

The team analysed nine linear facial measurements and applied three‑dimensional geometric morphometrics to compare Little Foot to those of several other extant great apes as well as with three other Australopithecus fossils. These included a younger specimen from South Africa and two Ethiopian specimens. The results show that the overall size of the face, the shape and dimensions of the eye sockets, and the general facial architecture of Little Foot more closely resemble the East African fossils than the younger South African comparative specimen, although the study is limited to a couple of fossil specimens due to the scarcity of complete faces.

“This pattern is unexpected, given the geographic origin of Little Foot and suggests a more dynamic evolutionary history than previously assumed,” says Beaudet, a previous post-doctoral fellow and current honorary researcher of Wits University. Little Foot, for instance, may represent a lineage closely related to East African populations, while later South African hominins developed more distinct facial features through local evolutionary processes.

The study also identified evidence of selective pressures acting on the orbital region (the eyes), which may relate to changes in visual capacity and ecological behaviour. 

“Besides the fact that our study, limited to one anatomical region and a couple of comparative fossil specimens, provides additional data on the affinities between Australopithecus populations across Africa, we demonstrate that the orbital part of the face has possibly been under evolutionary pressure at that time,” says Beaudet.

“While we know that the hominin face evolved through time to become less projected and more gracile, we still ignore when such changes occur, and the nature of the evolutionary mechanisms involved.” 

“Rather than viewing early hominin evolution as occurring in isolated regions, the study supports the idea of Africa as a connected evolutionary landscape, with populations adapting to ecological pressures while remaining linked through shared ancestry,” says Stratford, who is also Director of Research at the Wits Sterkfontein Caves. 

Through digestive, visual, respiratory, olfactory, and non-verbal communication systems, the face plays a central role in the interactions primates have with their physical and social environments. In this context, the face is a key anatomical region for understanding how the hominins adapted to, and engaged with, their surroundings.

“Only a handful of Australopithecus fossils preserve an almost complete face, making Little Foot a rare and valuable reference point. Little Foot’s face preserves key anatomical regions involved in vision, breathing and feeding, and its skull will offer further key elements for understanding our evolutionary history,” says Beaudet. 

As further virtual reconstructions are completed, the researchers hope to refine our understanding of how early hominins moved, interacted and diversified across Africa.

“The face is only part of the story. Other parts of the skull, especially the braincase, remain distorted by plastic deformation and will require similar digital reconstruction to better understand brain size and organisation in this early hominin,” says Beaudet.

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The digital reconstruction of the iconic fossil, Little Foot, reveals unexpected similarities with Ethiopian specimens, contributing to debates on early hominin relationships. Credit:  Amelie Beaudet/Wits University

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Article Source: University of the Witwatersrand news release.
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AStation Makes European Debut at TourismA 2026

FLORENCE, February 27, 2026AStation (booth V6) unveils its groundbreaking Enterverse technology at tourismA 2026, transforming how museums and archaeological sites can tell humanity’s greatest stories.

When History Becomes Present

Walk among ancient ruins and watch an entire layer of reality unfold in real time. Crumbling walls rise to their original glory. Empty halls fill with life. Visitors witness bygone eras as they happen around them.

AStation’s technology enables personalized guide avatars that explain civilizations in any language. Rooms and halls open as portals into different eras along chosen paths. At active archaeological dig sites, guests see reconstructed buildings in their prime.

Ancient Rome materializes in museum courtyards. Lost civilizations rebuild stone by stone. And, yes, historical events replay at their original locations.

This is the Enterverse®.

Game-Changing Technology for Cultural Institutions

“Museums hold humanity’s greatest stories, but static displays have inherent limitations,” said Chris Chen, CEO of AStation. “The Enterverse lets visitors step into the past itself. It becomes present.”

AStation’s proprietary platform seamlessly overlays reconstructions onto physical spaces without altering artifacts or architecture.

Museums can now offer different periods in identical physical spaces. Updates happen instantly as new archaeological discoveries emerge. Visual narratives transcend language barriers. Mobility-limited visitors access previously unreachable sites.

“We chose tourismA because European institutions lead the world in cultural preservation,” said Chen. “We’re not replacing traditional curation – we’re amplifying it. Your scholarship remains the foundation. We give you the power to let visitors walk through time, experiencing the past as a living reality rather than static display. We’re offering a revolutionary new canvas for the incredible stories you’re already telling.”

The technology solves the defining challenge of modern museums: competing for attention in the age of digital distraction while making ancient worlds compelling to generations raised on interactive media.

Proven. Scalable. Ready for Europe.

AStation operates seven extremely popular locations in Asia. Cultural tourism officials and municipal governments are competing for partnerships.

Following the tourismA debut, AStation will be seeking museum partners. Licensing includes the complete Enterverse platform, custom content development based on each institution’s collections, and full operational support.

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Credit: Astation

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Credit: Astation

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About AStation

AStation is a cutting-edge entertainment company that invites guests to enter new worlds. It has redefined immersive experiences by creating Mixed Reality adventures. Its unrivaled technology, Enterverse, allows it to be the only company to do this in massive, outdoor locations. It is comprised of leaders in Extended Reality, Tourism, Destination-Based Entertainment, and programming fields.

About tourismA

TourismA is the international archaeological exhibition held February 27-March 1, 2026 at Palazzo dei Congressi in Florence. Organized by Archeologia Viva magazine, tourismA attracts cultural tourism operators, museum professionals, archaeological researchers, and heritage preservation experts from across Europe and beyond.

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Penn Museum Showcases 100-Year-Old Watercolor Paintings Depicting the Art Inside Ancient Egyptian Funerary Chapels

PHILADELPHIA—Spotlighting century-old watercolor paintingsby Egyptian artist Ahmed YousefAncient Egypt in Watercolors: Paintings and Artifacts from Dra Abu el-Naga will go on view at the Penn Museum starting Saturday, February 28, 2026.

Last exhibited in Cairo during the 1920s, the watercolor paintings have been carefully preserved in the Penn Museum’s Archives for more than 100 years. They have never been on display in the United States.

Ancient Egypt in Watercolors reveals the often under-appreciated, but critical function of art in archaeology. The 1,500 sq. ft. exhibition highlights elaborately decorated tomb chapels during the New Kingdom (approximately 1550 BCE-1070 BCE), a “golden age” that marked the height of Egypt’s power and wealth. Many affluent officials built their tombs at Dra Abu el-Naga—a key part of the larger Theban Necropolis. Their tomb paintings show scenes from everyday life and imagery depicting the journey to the netherworld—illuminating how much the ancient Egyptians valued family bonds, honoring their ancestors, and continuing one’s identity into the next life.

“The watercolors are copies of important tomb paintings of high officials and their families interred at Thebes and provide a rich record of the vitality of Egyptian funerary art of the New Kingdom,” says Penn Museum Egyptologist Dr. Josef Wegner, Lead Curator of Ancient Egypt in Watercolors. “Together with select artifacts on display for the first time, the exhibition reveals a society at the zenith of its power and creativity.”

Between 1921-1923, Penn Museum archaeologist Clarence Fisher excavated at Dra Abu el-Naga—taking photographs and commissioning these watercolor paintings. Yousef, a gifted young artist, was among the 200 local workmen who helped with the excavation.

“Archaeology requires more than digging. There is a value of collaboration in archaeological research, and the role an artist can play alongside the archaeologist in documenting and preserving ancient sites. Art, both ancient and modern, has an important role in maintaining memory and interpreting the past,” Dr. Wegner adds. “We are still learning more about the people of the New Kingdom by studying these watercolor paintings, the Penn Museum’s extensive collections, and field notes that archaeologists left behind.”

Many of the tombs recorded in the watercolor paintings are still standing today. Other tombs, however, were more vulnerable. Some original works in the tombs themselves have been lost to time—destroyed by the elements. One of the deteriorated tombs in Dra Abu el Naga’s Lower Cemetery (Tomb 306) belonged to the Doorkeeper of Amun (Temple), Irdjanen, and his wife, the Chantress of Amun, Mutemipet. Dating to the 19th Dynasty (ca. 1295-1186 BCE), the tomb’s interior artworks have been preserved through Yousef’s watercolors and Fisher’s archival photographs—the only documentation that still exists.

“Ahmed Yousef’s paintings are artworks in their own right,” Dr. Wegner adds.

Ancient Egypt in Watercolors draws attention to one of the most important archaeological sites in Egypt excavated by the Penn Museum during the first half of the 20th century, as well as the prominence of the Museum’s Egyptian Collections of more than 50,000 artifacts—with nearly 3,000 objects from Dra Abu el-Naga. Of those, a selection of nearly 60 rarely-seen artifacts complement the paintings, including 3,500-year-old bread loaves, statuary of high officials and New Kingdom royalty, funerary stelae, shabti figurines (which ensured comfort for deceased individuals in the Afterlife), amulets, ostraca (informal notes), canopic jars, among others.

The eight-month exhibition will feature multimedia elements and two rotations of watercolor paintings: The first group will be on display through June while the second will be on view beginning July 1.

Ancient Egypt in Watercolors will close in November—just ahead of the grand opening for the Penn Museum’s Egypt Galleries: Life and Afterlife on December 12, 2026. Following extensive conservation across nearly three decades, its centerpiece will be the 4,300-year-old Tomb Chapel of Kaipure—a high-ranking treasury official of Egypt’s Old Kingdom (ca. 2350 BCE). This architectural marvel, excavated more than a century ago at Saqqara, features a massive 5-ton “false door” with nearly 100 carved and painted limestone blocks. Visitors will be able to enter and move through the space to experience what it feels like to be inside an ancient tomb chapel.

Life and Afterlife represents the first phase of the Penn Museum’s bi-level, 14,000 sq. ft. Ancient Egypt and Nubia Galleries. The second phase is the Egypt and Nubia Galleries: Royalty and Religion—showcasing the monumental 3,000-year-old palace of Pharaoh Merenptah, whose towering 30-ft. columns will be displayed at their full height for the first time since their excavation more than 100 years ago. These galleries are scheduled for completion in 2029. 

Here is a timelapse video documenting the installation of the 5-ton tomb chapel. For more information on the Ancient Egypt and Nubia Gallerieswatch the video here

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The Theban Mountain by Ahmed Yousef, a watercolor documenting original ancient Egyptian art painted on tomb chapel walls at Dra Abu el-Naga near Thebes, uncovered during excavations in the early 1920s. Image: Penn Museum

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Doorkeeper of Amun (Temple), Irdjanen, and his wife, Mutemipet, are shown being taken care of in the Afterlife. Ahmed Yosef’s watercolor paintings documented the art inside the tombs at Dra Abu el-Naga.  Image: Penn Museum

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Husband and wife are together through eternity, as depicted in paintings inside Tomb 306 at Dra Abu el-Naga and recorded in Ahmed Yousef’s watercolors. Image: Penn Museum

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Tomb 306 in the Lower Cemetery. Coxe Expedition Dra Abu el-Naga (Thebes), Egypt 1922-1923.  Image: Penn Museum Archives

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Upper Cemetery. Upper Terrace: courtyards of tombs 35 & 160 looking down from pyramid. Looking south. Coxe Expedition Dra Abu el-Naga (Thebes), Egypt 1922-1923.  Image: Penn Museum Archives

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Frequently Asked Questions

What is Dra Abu el-Naga?

Dra Abu el-Naga was one of the most important archaeological sites in Egypt excavated by the Penn Museum during the first half of the 20th century. It is located on the west bank of the Nile River at Thebes—near the modern city of Luxor—opposite the temple of Amun at Karnak. Many of the tombs at Dra Abu el-Naga belonged to rich, powerful officials connected with the Amun temple. Close to the Valley of the Kings, it was as a key part of the larger Theban Necropolis. 

When was the New Kingdom in Ancient Egypt?

The New Kingdom (approximately 1550 BCE-1070 BCE) marked the height of Egypt’s wealth.

What was depicted on the walls of ancient Egyptian tombs during the New Kingdom?

During the New Kingdom (approximately 1550 BCE-1070 BCE), paintings that decorated the tombs at Dra Abu el-Naga showed scenes from everyday life and the journey to the netherworld—illuminating how much the ancient Egyptians valued family bonds, honoring their ancestors, and continuing one’s identity into the next life. 

Who is the artist Ahmed Yousef?

Egyptian painter Ahmed Yousef worked as a draftsman and an artist for Penn Museum archaeologist Clarence Fisher in 1922. Yousef painted watercolors depicting elaborately decorated tomb chapels. He went on to have a long career with major art institutions—making him a key figure in the development of modern Egyptian applied arts and design education. 

Where were Ahmed Yousef’s watercolor paintings for the last 100 years?

For the last 100 years, Ahmed Yousef’s watercolor paintings have been safely stewarded and carefully preserved by the Penn Museum Archives in its temperature-controlled storage facilities.

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ABOUT THE PENN MUSEUM

The Penn Museum’s mission is to be a center for inquiry and the ongoing exploration of humanity for our University of Pennsylvania, regional, national, and global communities, following ethical standards and practices.

Through conducting research, stewarding collections, creating learning opportunities, sharing stories, and creating experiences that expand access to archaeology and anthropology, the Museum builds empathy and connections across diverse cultures.

The Penn Museum is open Tuesday–Sunday, 10:00 am–5:00 pm. The Café is open Tuesday–Thursday, 9:00 am–3:00 pm and Friday and Saturday, 10:00 am–2:00 pm. On Sundays, the Café is open 10:30 am–2:30 pm. For information, visit www.penn.museum, call 215.898.4000, or follow @PennMuseum on social media. 

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Article Source: Penn Museum news release.

Cover Image, Top Left: A century-old watercolor painting from Egyptian artist Ahmed Yousef (#28) depicts artwork inside the tomb of Irdjanen, the Doorkeeper of Amun, and his wife, Mutemipet, being taken care of in the Afterlife. Image: Penn Museum

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