NORTH AMERICA, U.S.A, WORLD

Historic First Baptist Church Original Permanent Structure Discovered During Archaeological Dig

Historic First Baptist Church Original Permanent Structure Discovered During Archaeological Dig

Inside the small barrier fence that encircled the S. Nassau Street dig site, there was a buzz of excitement. Because they couldn’t be certain of their latest discovery, the archaeologist team working there resisted the enthusiasm. An older 16-by-20-foot foundation extended along the eastern wall, almost to the asphalt street, sandwiched between the walls of an 1856 building.

Historic First Baptist Church Original Permanent Structure Discovered During Archaeological Dig
Colonial Williamsburg Foundation has announced the discovery of what archaeologists believe to be the permanent structure of the original Historic First Baptist Church (Courtesy of Colonial Williamsburg Foundation)

For Colonial Williamsburg’s Director of Archaeology Jack Gary, it was a good sign that the team had uncovered First Baptist Church’s first permanent church structure dating back to the early 1800s — after a year of excavating at the site of one of the nation’s oldest Black churches.

But Gary and his team had to be sure it was the original structure.

Jack Gary, Director of Archaeology at Colonial Williamsburg, stands near the First Baptist Church’s first permanent church structure brick building foundation Thursday morning October 7, 2021.

The team got to work digging up a portion of the foundation near the front steps of where the original building would have sat. There, the team uncovered an 1817 coin, hairpins, buttons and furniture tacks. For Gary, the discoveries solidified the team’s assumptions. The Colonial Williamsburg Foundation’s Archaeology team had discovered the original early 1800s church building that First Baptist Church’s original congregation worshipped in.

Katie Wagner, the project archaeologist, works in the area of the First Baptist Church’s location Thursday morning October 7, 2021.

For Connie Harshaw, the president of the Let Freedom Ring Foundation, an organization aimed at the preservation and conservation of Williamsburg’s historic Black churches, the discovery is one the descendants of the church never anticipated.

Harshaw is among other living descendants who can trace their lineage to the church’s first congregation. In recent years, the descendants have worked alongside Colonial Williamsburg and other community partners to ensure the church’s legacy is historically preserved and to reconcile past injustices.

“Never in our wildest imagination did we think that we would find intact burials or even the foundation of an 1818 structure. That is just mind-blowing,” Harshaw said. “It’s a pretty remarkable discovery.”

1776 beginnings

As the Founding Fathers stood in a Philadelphia statehouse and declared the nation’s independence, in direct defiance of the king, another group of individuals was reclaiming a piece of their own independence. In 1776, a group of free and enslaved Black men and women met in secrecy with the sole purpose of worshipping together. Despite the risks, as laws forbid them to congregate, they became the original First Baptist Church congregation.

From there, the congregation has become one of the oldest Black churches in the country, creating a community that has continued its legacy for centuries. While the original congregation continued to meet, it would not have a permanent structure until the 1800s when a Williamsburg man, Jesse Cole, moved by the congregation’s hymns and prayer, offered them a building on what is now Nassau Street in the Historic Area. The structure on the property was referred to as the Baptist Meeting House.

Its existence was short-lived, however, as a tornado destroyed it. The 1856 building was constructed over top of it, then it was paved over into a parking lot, remaining buried for 165 years. The Colonial Williamsburg Foundation announced Thursday that its archaeological team discovered the structure which will bring the organization one step closer to its final goal: preservation, recreation and interpretation.

In order to better understand the site, Gary said the team is working to better understand the people who used to congregate within its walls. By uncovering artefacts, relics from the past, the team can paint a better picture of what their life was like.

“We’ve gone from being able to say, this is the first church building to being able to say a little bit about the people themselves,” Gary said. “Any church will tell you that the church is the people. It’s not the physical evidence, it’s the people and we have both here.”

The artefacts that were uncovered underneath the original structure, hairpins, buttons and furniture tacks, reveal a lot about what the original congregation was wearing at the time, according to Gary. The items were uncovered in front of where the church steps would have been located. As the church was swept, the inside contents made their way over the front steps and into the ground only to be uncovered nearly 165 years later, Gary said.

“It was an exciting day when we made that discovery,” Gary said. “Now, we can start to better understand the building and the people who congregated there. That’s what makes this project so special.”

Colonial Williamsburg archaeologists, under the guidance of First Baptist Church, first began digging at the site in September 2020. The team has been working in phases since then in hopes of uncovering the previous church structures, including Thursday’s discovery of the 1818 Meeting House.

Jack Gary, Director of Archaeology at Colonial Williamsburg, stands near the First Baptist Church’s first permanent church structure brick building foundation Thursday morning October 7, 2021.

In addition to the original structure, the archaeologists have discovered at least 25 confirmed human burials with the first bone fragments uncovered in February. During Phase II of the dig, one of the first priorities was to determine how many individuals may be buried in the west end of the South Nassau Street lot after discovering evidence of grave shafts during the first phase.

READ ALSO: ‘ANGLO-SAXON CHURCH’ IN STOKE MANDEVILLE DISCOVERED BY HS2 ARCHAEOLOGISTS

By July, the team had uncovered 21 grave shafts. The most recent grave was discovered just last week, likely predating the church building, inside the foundation of the 1856 church. A community meeting is scheduled for Oct. 30 for the church’s descendants to discuss the next steps and make decisions regarding the investigation of the burial sites.

The discovery of the 1818 structure comes ahead of the church’s community-wide 245th-anniversary celebration that will begin Saturday and conclude mid-November.

When the church was relocated in 1956 to 727 Scotland St., some of the descendants remember worshipping, as children, in the 1856 building. The recent discoveries, for many, have been a long time coming, Harshaw said.

“It has been more than a year for them, it has been since 1956. They were disappointed and hurt when the church on Nassau Street, was levelled and paved over with a parking lot,” Harshaw said. “They’ve carried the history of that church and their memories with them.”

Excavations at the Nassau Street site will continue from 9 a.m. to 4 p.m. on weekdays, weather permitting. The public is welcome to view the site. This is an ongoing multi-year project funded primarily by individual donors.

EUROPE, POLAND, WORLD

Skeleton with bird skull in its mouth identified as a 12-year-old Scandinavian girl from 17th century

Skeleton with bird skull in its mouth identified as 12-year-old Scandinavian girl from 17th century

When long-dead human remains are found buried in unusual circumstances, anthropologists are usually able to piece together why. But the bones of a child that lived just a couple of hundred years ago in Poland are proving to be a bit of a head-scratcher.

The Tunel Wielki Cave is located within Ojców National Park. There are over 400 caves within the area which is also known for its rock formations

In a shallow grave in Tunel Wielki Cave, located in Sąspowska Valley in the Kraków-Częstochowa Upland, the body of a young child was found buried all alone. The only other human bones in the cave were over 4,500 years old, so it wasn’t a location in regular use for burials.

It’s the only modern human found buried in a cave in the region, archaeologists believe.

But it gets even weirder: the skull of a small bird, a chaffinch (Fringilla coelebs), was found in the child’s mouth, and another chaffinch skull was found next to its cheek.

The skeleton is not fresh, exactly. The remains were first discovered 50 years ago during excavations of the caves, but almost all the finds had been placed in storage pretty much immediately without ever having been examined or described.

Archaeologist Małgorzata Kot from the Institute of Archaeology at the University of Warsaw had embarked on a project to analyse these artefacts when she stumbled upon the remains.

“When we opened another dusty box from an old research project, we found small child’s bones,” she told Science in Poland, a science outreach website run by the Polish government’s Ministry of Science and Higher Education.

“Their discoverer, professor Waldemar Chmielewski, never published the details of this find, he only included a photograph of it in a book published in the 1980s.”

Dr. Malgorzata Kot came across the mysterious remains while looking through artefacts from old research projects in the storage rooms of the University of Warsaw.

Radiocarbon dating suggests the child was buried in the later half of the 18th century CE, or very early in the 19th century, and died at about the age of 10. Preliminary examination of the bones also suggests that the child was suffering from malnutrition.

As for why it was buried in a cave all by itself, with the heads (or skulls) of chaffinches, that’s still an utter enigma.

“This practice is not known among the ethnologists we have asked for opinions. It remains a mystery why the child was buried in a cave in this way, not in a cemetery in a nearby village,” Kot said.

The bird skulls had already been described in an earlier paper, but the authors had not known that they had been found as part of a human burial, since this burial has never before been described in published research.

“We returned to [the bird] skulls, but the new analysis did not show anything that could at least explain why the chaffinch heads accompanied the child. For example, there are no traces of cuts on the skulls. We only know that these were the remains of adult birds,” Kot said.

This bizarre mystery raises many questions, and unfortunately, there’s a serious hindrance to the team’s quest to find more answers – the child’s skull is missing. It was sent to anthropologists in Wrocław straight after excavation, and no one knows what became of it.

Sadly, the dozens of caves in the Sąspowska Valley have been extremely damaged by humans since the child was interred.

During the late 19th and early 20th centuries, farmers removed much of the sediment from the caves to use as fertiliser, damaging countless artefacts dating back to at least the Palaeolithic, including human remains and Neanderthal tools.

Industrial exploitation of the caves has been banned for decades, but there’s no telling how much damage had already been done – or if there were any clues that may reveal why these much more recent remains had been buried there and in such a strange way.

The team intends to conduct a more thorough series of DNA tests on the remaining bones to see if it yields any more clues about the child’s tragic end. So it may not be the last we hear of this strange burial.

NORTH AMERICA, WORLD

Scientists discover “once-in-a-generation” fossilized water bear in 16-million-year-old amber

Scientists discover “once-in-a-generation” fossilized water bear in 16-million-year-old amber

Scientists have discovered a new species of tardigrade almost perfectly preserved in 16-million-year-old amber. Also known as water bears, the creatures are a group of microscopic invertebrates that are best known for their ability to survive extreme conditions.

Due to their microscopic size and non-biomineralising body, the chance of them becoming fossilised is small. In the new paper, researchers describe a modern-looking tardigrade fossil that represents a new genus and new species.

They were able to obtain higher resolution images of important anatomical characteristics that helped them to analyse the fossil. Researchers say the new fossil, Paradoryphoribius chronocaribbeus, is only the third tardigrade amber fossil to be fully described and formally named to date.

Scientists discover "once-in-a-generation" fossilized water bear in 16-million-year-old amber
Scientists have discovered a new species of tardigrade almost perfectly preserved in 16-million-year-old amber

The other two fully described modern-looking tardigrade fossils are Milnesium swolenskyi and Beorn leggi, both known from Cretaceous-age amber in North America. 

On a 2007 trip to space, tardigrades were exposed to the space vacuum and harmful solar radiation but still managed to survive and reproduce after returning to Earth. The tiny eight-legged animals are found on all the continents and in different environments including marine, freshwater, and terrestrial.

While they have survived all five Phanerozoic Great Mass Extinction events, the earliest modern-looking tardigrades are only known from the Cretaceous period – around 80 million years ago. Despite their long evolutionary history and global distribution, there is a lot lacking in their fossil record.

Paradoryphoribius is the first fossil to be found embedded in the Miocene (approximately 16 million years ago) Dominican amber and the first fossil representative of the tardigrade superfamily Isohypsibioidea.

Lead author Marc Mapalo, from the department of organismic and evolutionary biology, Harvard University, said: ‘The difficulty of working with this amber specimen is that it’s far too small for dissecting microscopes, we needed a special microscope to fully see the fossil.’

Researchers say the new tardigrade has a total body length of only 559 micrometres – or slightly over half a millimetre.

On such a small scale, a dissecting microscope can only reveal the external morphology of the fossil.

Fortunately, Tardigrade’s cuticle is made of chitin, a fibrous glucose substance that is a primary component of cell walls in fungi and the exoskeletons of some other invertebrates.

Chitin is fluorescent and easily excited by lasers, making it possible to fully visualise the tardigrade fossil using a specific method.

The use of confocal laser microscopy instead of transmitted light to study the fossil created degrees of fluorescence allowing a more clear view of the internal morphology.

This method allowed researchers to visualise two very important characters of the fossil – the claws and the buccal apparatus, or the foregut of the animal which is also made of the cuticle.

Paradoryphoribius is the first fossil to be found embedded in Miocene (approximately 16 million years ago) Dominican amber and the first fossil representative of the tardigrade superfamily Isohypsibioidea
Beorn leggi, the first fossil tardigrade, was recovered in 1964 from Campanian-age Canadian amber (78 ~Ma.). Milnesium swolenskyi (92 ~Ma.) was found in Turonian-age amber from New Jersey and described 36 years later. A putative ancestral sister of tardigrades, the so-called ‘Orsten tardigrade’ from the middle Cambrian period, was recovered in Siberia and evaluated in 1995

Senior author Professor Javier Ortega-Hernandez, also of the department of organismic and evolutionary biology, Harvard, said: ‘Tardigrade fossils are rare.

‘With our new study, the full tally includes only four specimens, from which only three are formally described and named, including Paradoryphoribius.

‘This paper basically encompasses a third of the tardigrade fossil record known to date.

The use of confocal laser microscopy instead of transmitted light to study the fossil created degrees of fluorescence allowing a more clear view of the internal morphology

‘Furthermore, Paradoryphoribius offers the only data on a tardigrade buccal apparatus in their entire fossil record.’

The authors note there is a strong preservation bias for tardigrade fossils in amber due to their small size and habitat preferences.

Therefore amber deposits provide the most reliable source for finding new tardigrade fossils, even though that does not mean finding them is an easy task.

The findings are published in Proceedings of the Royal Society B.

ASIA, INDIA, WORLD

GSI scientists stumble upon 100-million-year-old dinosaur bones in India

GSI scientists stumble upon 100-million-year-old dinosaur bones in India

Researchers have identified fossil bone fragments of long-necked dinosaurs called sauropods, dating back to about 100-million-years from an area around West Khasi Hills District in Meghalaya.

Sauropod skeleton. Image for representational purposes only.

The yet-to-be-published findings were made during a recent field trip by researchers from the Geological Survey of India’s Palaeontology division in the North East. The GSI researchers noted that this is the first record of sauropods of probable Titanosaurian origin discovered in the region.

Sauropods had very long necks, long tails, small heads relative to the rest of their body, and four thick, pillar-like legs. They are notable for the enormous sizes attained by some species, and the group includes the largest animals to have ever lived on land.

The finding makes Meghalaya the fifth state in India after Gujarat, Madhya Pradesh, Maharashtra, and Tamil Nadu and the only state in the North-East to report Sauropod bones having titanosaurian affinity, they said.

Titanosaurs were a diverse group of sauropod dinosaurs, including genera from Africa, Asia, South America, North America, Europe, Australia and Antarctica.

“Dinosaur bones from Meghalaya were reported by GSI in 2001 but they were too fragmentary and ill-preserved to understand its taxonomic identification,” said Arindam Roy, Senior Geologist, Palaeontology Division, GSI. “The present find of bones is during fieldwork in 2019-2020 and 2020-21. The last visit of the team was in February 2021. The fossils are presumably of Late Cretaceous, about 100 million years ago.”

He noted that the best-preserved fossils are limb bones, adding the type of curvature, development of lateral and proximal margins of the partially preserved bone are indicative of it being a humerus bone.

He, however, noted that the conclusions are drawn from preliminary studies and detailed work is going on.

The bone fragments were collected from poorly sorted, purplish to greenish very coarse-grained arkosic sandstone interlaid with pebbly beds. More than twenty-five disarticulated, mostly fragmentary bone specimens were recovered, which are of different sizes and occur as isolated specimens but some of them were found in close proximity to each other, the researchers said.

Taxonomic identification up to the genus level is difficult due to the poorly preserved, incomplete, fragmentary nature of the bones and most of the recovered bones are partially petrified and partially replaced, they said.

Therefore, only three of the best-preserved ones could be studied. The largest one is a partially preserved limb bone of 55 centimetres (cm) long. It is comparable with the average humerus length of titanosaurids.

Robustness of the bone, the difference in curvature in the lateral margins and the proximal border being relatively straight, are some of the morphological characters that hint at the titanosaurid affinity, according to the researchers.

Another incomplete limb bone measuring 45cm in length is also comparable with the limb bones of titanosauriform clade, they said.

“The abundance of bones recovered during the present work and especially the finding of few limb bones and vertebrae having taxonomic characters of titanosauriform clade are unique,” Roy said. “The record of the sauropod assemblage of probable titanosaurian affinity from Meghalaya extends the distribution and diversity of vertebrates in the Late Cretaceous of India.”

An incomplete chevron of caudal vertebrae and also cervical vertebra have also been reconstructed from a few recovered bone specimens. The other fragmentary specimens though partially preserved might probably be parts of the limb bones of a sauropod dinosaur.

Titanosaurian sauropod dinosaurs were the most diverse and abundant large-bodied terrestrial herbivores in the Southern Hemisphere landmasses during the Cretaceous Period but they were not endemic to the Gondwanan landmasses, the researchers said.

Gondwana is the southern half of the Pangaean supercontinent that existed some 300 million years ago and is composed of the major continental blocks of South America, Africa, Arabia, Madagascar, Sri Lanka, India, Antarctica, and Australia.

In India, the Late Cretaceous sauropod dinosaur generally belongs to the titanosaurian clade and has been reported from the Lameta Formation of Gujarat, Madhya Pradesh and Maharashtra and Kallamedu Formation of Tamil Nadu, the researchers said.

AFRICA, EGYPT, WORLD

World’s First known case of a pregnant mummy discovered by researchers

World’s First known case of a pregnant mummy discovered by researchers

Researchers have discovered the world’s first-known pregnant mummy, dating from the first century in Egypt. The find was unexpected, as inscriptions on the mummy’s coffin suggested the remains inside belonged to a male priest, according to a new study.

World's First known case of a pregnant mummy discovered by researchers
A scientist makes a CT scan of a pregnant Egyptian mummy during research work in this undated handout photo

The mummy was donated to the University of Warsaw in Poland in 1826; only recently did archaeologists with the Warsaw Mummy Project conduct a detailed analysis of the mummy while studying the National Museum in Warsaw’s collection of animal and human mummies.

X-ray and CT scans of the mummy revealed that the remains inside belonged to a female and did not match the coffin and cartonnage case that was made for a male.

The mummy was obviously not the remains of a priest named Hor-Djehuty from ancient Thebes, whose name was inscribed onto the coffin, the researchers said. 

This handout picture made available by the “Warsaw Mummy Project” on April 29, 2021, shows X-ray images of the pregnant Egyptian mummy taken in 2015 at a medical centre in Otwock near Warsaw, Poland.

“It was a complete surprise because we were looking for ancient diseases or causes of deaths,” lead author Wojciech Ejsmond, co-director of the Warsaw Mummy Project said. “Also, we thought that this is a body [of] a priest.”

The mummy turned out to be the remains of a female who died when she was between 20 and 30 years of age and was about 6.5 to 7.5 months pregnant, based on the circumference of the fetus’s head.

A pregnant Egyptian mummy is pictured during research work in this undated handout photo.

“It’s the first such preserved case,” Ejsmond told Live Science in an email. There have previously been skeletons of pregnant women found, but no mummies with preserved soft tissue, he said.

The scans showed four mummified bundles — likely her lungs, liver, stomach with intestines, and heart — inside the female mummy. Those were extracted, embalmed and then placed back inside the mummy’s abdominal cavity, which was a customary practice in ancient Egypt. But the fetus had not been similarly removed from the uterus.

This handout picture made available by the “Warsaw Mummy Project” on April 29, 2021, shows X-ray images of the pregnant Egyptian mummy taken in 2015 at a medical centre in Otwock near Warsaw, Poland.

The researchers haven’t determined the sex of the fetus or why it was left in the womb. 

The researchers hypothesize that the fetus may have been thought of as “still an integral part of the body of its mother since it was not yet born,” according to the study.

A baby that didn’t yet have a name may not have been thought of as a distinctive individual, as ancient Egyptian beliefs held that naming was an important part of being human.

“Thus, its afterlife could only have happened if it had gone to the netherworld as part of its mother,” the authors wrote. Another hypothesis is that a fetus of that age would have been difficult to extract due to the thickness and hardness of the uterus, and so the people mummifying the mother may not have been able to extract the fetus without damaging her body or that of the fetus, they wrote.

The archaeologists are also not sure why this mummy was inside a male’s coffin; however, it’s thought that up to 10% of mummies are found in the “wrong” coffins, due to illegal excavations and looting, according to the study. What’s more, there was damage to the wrappings on the mummy’s neck, likely caused by robbers who may have stolen some amulets, according to the study.

The authors have called her the “Mysterious Lady of the National Museum in Warsaw” because there’s still much that’s unknown about her. “Her mummy represents a fine example of ancient Egyptian embalming skills, thus suggesting her high social standing,” the authors wrote. She was also buried with a “rich set” of amulets, according to the study.

It’s also not clear why she died. “High mortality during pregnancy and childbirth in those times is not a secret,” Ejsmond told Science in Poland. “Therefore, we believe that pregnancy could somehow contribute to the death of the young woman.”

The team now hopes to analyze small samples of blood that were preserved in the mummy’s soft tissues to try to figure out the cause of death.

This find “allows us to gather first-hand evidence” of prenatal health in ancient times, Ejsmond told Live Science. “We can make comparative studies with contemporary cases, look for traces of ancient medical procedures to study the history of medicine.”

EUROPE, TURKEY, WORLD

12,000-year-old massive underground tunnels are real and stretch from Scotland to Turkey

12,000-year-old massive underground tunnels are real and stretch from Scotland to Turkey

Is it possible that ancient cultures were interconnected thousands of years ago? According to thousands of underground tunnels that stretch from North Scotland towards the Mediterranean the answer is a big yes.

While the reason behind these sophisticated tunnels remains a mystery, many experts believe that this huge 12,000-year-old network was built as a protection against predators and other dangers 12,000 years ago.

Some experts believe that these mysterious tunnels were used as modern-day highways, allowing the transition of people and connecting them to distant places across Europe.

In the book Secrets Of The Underground Door To An Ancient World (German title: Tore zur Unterwelt) German archaeologist Dr Heinrich Kush states that evidence of huge underground tunnels has been found under dozens of Neolithic settlements all over the European continent. These tremendous tunnels are often referred to as ancient highways.

According to Dr Kusch, the fact that many of these tunnels still exist today, after 12,000 years indicates that the tunnels must have been both complex and huge in size.

“Across Europe, there were thousands of them says Dr Kusch,” in Germany, we have discovered hundreds of meters of underground tunnels. In Austria, we have found hundreds more. These underground tunnels can be found everywhere across Europe and there are thousands of them.” Said the German archaeologist.

While some of the tunnels are relatively small- some of them measure over a meter in width, there are other tunnels that have been found with underground chambers and storage areas.

The fact that these tunnels have been found points towards incredible ancient ingenuity which is anything but what history books tells us today. Ancient mankind had the knowledge and tools to build complex structures over ten thousand years ago.

Evidence of that is the Pyramids of Bosnia in Europe and their incredible underground tunnels that go on for kilometres.

Dr Kusch states that ‘Across Europe, there were thousands of these tunnels – from the north in Scotland down to the Mediterranean.

They are interspersed with nooks, at some places it’s larger and there is seating, or storage chambers and rooms. They do not all link up but taken together it is a massive underground network.’

Cappadocia in Turkey is another incredible example. The underground city of Derinkuyu is another piece of evidence that points towards the perfection and long-lost construction methods of our ancestors.

The underground city of Derinkuyu is perhaps one of the greatest achievements in underground construction together with the huge network of tunnels.

The geological features of the stone from Derinkuyu is something that is very important; it is very soft. Thus, the ancient builders of Derinkuyu had to be very careful when building these underground chambers providing enough pillar strength to support the floors above; if this was not achieved, the city would have collapsed, but so far, archaeologists have not found evidence of any “cave-ins” at Derinkuyu.

12,000-year-old massive underground tunnels are real and stretch from Scotland to Turkey

Other ancient monuments such as Gobekli Tepe are more pieces of crucial evidence that point towards incredible skills and knowledge by people who inhabited our planet over ten thousand years ago.

According to Dr Kusch, chapels were often built at the entrances to the underground tunnels because the Church were afraid of the heathen legacy the tunnels might have represented, and like many other things, the church wanted to make sure word about the tunnels was kept as a secret.

In some of the tunnels, writings have been discovered which refer to these underground tunnels as gateways to the underworld.

EUROPE, NORWAY, WORLD

Archaeologists Extract 1,300-Year-Old Wooden Ski From Norwegian Ice

Archaeologists Extract 1,300-Year-Old Wooden Ski From Norwegian Ice

The long-lost ski of a pair used more than 1,300 years ago has been discovered on a Norwegian mountain top. The first ski was uncovered in 2014 and seven years later, the Digervarden ice patch melted enough to reveal its wooden counterpart – together they make the oldest pair of skis ever to be found.

On September 26, a team of Norwegian archaeologists led by the Secrets of Ice program hiked three hours up Mount Digervarden to the spot where the first ski was discovered.

Using GPS position and photos taken from the initial visit, the researchers located the second ski under the ice, which they chipped away with an axe and melted with boiling water to break the artefact free.

Archaeologists Extract 1,300-Year-Old Wooden Ski From Norwegian Ice
The second ski was better preserved than the first, perhaps because it was buried more deeply in the ice.

The Digervarden ice patch is in Reinheimen national park, located in Nordberg, Norway. It is a popular archaeological site that has revealed several ancient treasures once used thousands of years ago.

However, the reason these forgotten items are surfacing is due to climate change melting the once-solid ice sheets. The newly discovered ski is 187 cm long and 17 cm wide, 17 cm longer and 2 cm wider than the first ski found in 2014.

Archaeologist Lars Holger Pilø, who was part of the excavation, wrote in a blog post that the preservation of the new ski is much better, which may be due to it being deeper in the ice.

The skis may have belonged to a hunter or traveller.
Close-up view of the repaired foothold of the 1,300-year-old ski Espen Finstad / Secrets of the Ice
In November 2020, Pilø and his colleagues found a trove of artefacts on a mountainside in Jotunheimen in Norway. The items included nearly 70 arrow shafts (pictured), shoes, textiles and reindeer bones

‘That may account for some of the differences in dimensions between the two skis,’ Pilø shared.

The long wooden plank features three twisted birch bindings, a leather strap and a wooden plug through the hole in the foothold.

The ski found in 2014 only had one twisted birch binding and a leather strap through the hole.

Both skis have a hole through the tip.  

There are slight differences in the pair, one being that the back end of the new ski, while the one found in 2014 is straight. Interestingly, the new ski shows signs of repairs and a piece of the back end is missing that could still be frozen in the ice.

‘Whether it broke when lost or while inside the ice may be possible to say at a later stage based on a careful study of the edge of the break,’ Pilø shared in the post.

‘The skis are not identical, but we should not expect them to be. The skis are handmade, not mass-produced.

‘They have a long and individual history of wear and repair before an Iron Age skier used them together and they ended up in the ice 1300 years ago.’

In November 2020, Pilø and his colleagues found a trove of artefacts on a mountainside in Jotunheimen in Norway. The items included nearly 70 arrow shafts, shoes, textiles and reindeer bones. 

The heads were made from a variety of materials — iron, quartzite, slate, mussel shell and even bone. 

Several still had the twine and tar used to affix them to a wooden shaft. 

WORLD

What if We Aren’t the First Advanced Civilization on Earth?

What if We Aren’t the First Advanced Civilization on Earth?

Earth scientists at the turn of the century, Gavin Schmidt among them, were enthralled by a 56-million-year-old segment of geologic history known as the Paleocene-Eocene Thermal Maximum (PETM). What most intrigued them was its resemblance to our own time: Carbon levels spiked, temperatures soared, ecosystems toppled. At professional workshops, experts tried to guess what natural processes could have triggered such severe global warming. At the dinner parties that followed, they indulged in less conventional speculation.

During one such affair, Schmidt, now the director of NASA’s Goddard Institute for Space Studies, couldn’t resist the comparison. If modern climate change — unambiguously the product of human industry — and the PETM are so alike, he mused, “Wouldn’t it be funny if it was the same cause?” His colleagues were charmed by the implication. An ancient race of intelligent, fossil-fueled… chickens? Lemurs? “But,” he says, “nobody took it seriously, obviously.” Until, nearly two decades later, he took it seriously himself. 

One day in 2017, Schmidt received a visit from Adam Frank, a University of Rochester astrophysicist seeking insight into whether civilizations on other planets would inevitably alter their climates as we have. Truth be told, Frank expected his alien conjecture to come across as mildly outlandish.

He was surprised when Schmidt interrupted with an even stranger idea, one he’d been incubating for years: “What makes you so sure we’re the first civilization on this planet?”

Worlds Within

One thing nearly all human creations have in common is that geologically speaking, they’ll be gone in no time. Pyramids, pavement, temples and toasters — eroding away, soon to be buried and ground to dust beneath shifting tectonic plates. The oldest expansive patch of the surface is the Negev Desert in southern Israel, and it dates back a mere 1.8 million years. Once we disappear, it won’t take Earth long to scrub out the facade human civilization has built upon its surface. And the fossil record is so sporadic that a species as short-lived as us (at least so far) might never find a place in it. 

How, then, would observers in the distant future know we were here? If the direct evidence of our existence is bound for oblivion, will anything remain to tip them off? It’s a short step from these tantalizing questions to the one Schmidt posed to Frank: What if we are the future observers, discounting some prehistoric predecessor that ruled the world in long, long ago?

Frank’s mind whirled as he considered. A devotee of the cosmos, he felt suddenly dazed by the mind-boggling immensity of what lay beneath, rather than above, him. “You’re looking at Earth’s past as if it were another world,” he says. At first glance, the answer seems self-evident — surely we would know if another species had colonized the globe like Homo sapiens did. Or, he now wondered, would we?

Take the analogy where the planet’s entire history is compressed into a single day: Complex life emerged about three hours ago; the industrial era has lasted only a few thousandths of a second. Given how rapidly we are rendering our home uninhabitable, some researchers think the average lifespan of advanced civilizations may be just a handful of centuries. If that’s true, the past few hundred million years could hide any number of industrial periods.

Humanity’s Technosignature

In the months after that conversation, Frank and Schmidt crafted what seems to be the first thorough scholarly response to the possibility of a pre-human civilization on Earth. Even sci-fi has mostly neglected the idea. One 1970s episode of Doctor Who, however, stars intelligent reptilians, awakened by nuclear testing after 400 million years of hibernation. In homage to those fictional forebears, the scientists dubbed their thought experiment the “Silurian hypothesis.”

Both scientists are quick to explain that they don’t actually believe in the hypothesis. There isn’t the slightest evidence for it. The point, as Frank puts it, is that “the question is an important one, and deserves to be answered with acuity,” not dismissed out of hand. Moreover, he says, “you can’t know until you look, and you can’t look until you know what to look for.” To see what traces an industrial civilization might leave behind, they start with the only one we’re aware of. 

Our seemingly indelible mark on this planet will someday be reduced to a thin layer of rock, composed of the eclectic materials with which we’ve constructed the human world. Collectively they will make up our “technosignature,” the unique imprint that accompanies every technological species. For example, the sediment from our current geological epoch, the Anthropocene, will likely contain abnormal amounts of nitrogen from fertilizer, and rare-earth elements from electronics. Even more telling, it may harbor veins of substances that don’t occur naturally, like chlorofluorocarbons, plastics and manufactured steroids. (In fact, that’s the premise of an ominous short story Schmidt wrote to accompany the study.) 

Of course, there’s no reason every civilization must unfold in the same way. Some may never avail themselves of plastic. But they must share certain universal features. Probably they would disperse indicator species, like mice and rats in our case, in their travels. And Schmidt notes that even aliens can’t violate the laws of physics: “Does every technological species need energy? Yes, so where does the energy come from?” 

We humans conquered our planet with the help of combustion, and it seems reasonable to bet that ascendant life forms everywhere do the same. It’s just intuitive, Frank says: “There’s always biomass, and you can always set biomass on fire.” For a long time we’ve founded our industry on fossil fuels, and, climatic consequences aside, that will leave a geological footprint. Carbon occurs in three types, called isotopes. When we burn the tissues of long-dead creatures, we change the ratio of isotopes in the atmosphere, a shift known as the Suess effect. Scientists have noted similar ratios in events like the Paleocene-Eocene Thermal Maximum, and if anyone is looking in another 50 million years, they should have no trouble seeing it in the Anthropocene.

Anyone Out There?

So what about the PETM? Did those fumes originate in the engines of primeval jalopies? Unlikely. The carbon surge of that period was far more gradual than the one that began with our Industrial Revolution. The same is true of other comparable events in the distant past; geologists have yet to find anything as abrupt as the Anthropocene. That said, the brevity may be the problem — it can be incredibly difficult to make out short intervals in the rock record, as well as at the astronomical level. Which brings us to the Fermi paradox. 

If the universe is so vast, with so many livable planets, why haven’t we found any hint of intelligent life? That’s what puzzled the Italian physicist Enrico Fermi. One solution is that plenty of civilizations have arisen, but they fizzle out so quickly that few exist at any given moment. Time, like space, is enormous, and humans may not overlap with many other extraterrestrial world-builders, reducing our chance of discovering any. Then there’s a more optimistic scenario: They may evade our notice not because they died off but because they mastered the art of sustainability, making their technosignatures less conspicuous.

That said, Frank is skeptical that a technological species could ever become undetectable — subtle, certainly, but not invisible. To build solar panels, you need raw materials; to acquire those materials, you need some other form of energy. As for wind power, recent research suggests that even if we raised enough turbines to power the planet, they too would contribute to short-term warming. This, Frank says, demonstrates at global scale the principle that there is no free lunch: “You cannot build a world-girdling civilization and not get some kind of feedback.”

The Search (and Fight) For Life

Since publishing the Silurian hypothesis, the authors have predictably attracted as many eccentrics as academics. “Everybody and their dog who has an ancient aliens podcast wanted to interview us,” Schmidt says. Both Schmidt and Frank realize the prospect of earlier earthlings is a seductive one. But regardless of who latches onto their hypothesis, they still see meaningful scientific lessons in their research.

For one, they hope it will inspire geologists looking in (and astrobiologists looking out) to hone their methods of detection. To identify a bygone civilization, they argue, scientists must search for a broad range of signals at once, everything from carbon fluctuations to synthetic chemicals. And they’ll need to pinpoint the rise and fall of these signals, given the importance of timing in distinguishing natural and industrial causes.

The hypothesis also bears on the famous Drake equation, used for calculating the number of active civilizations in the Milky Way galaxy. The equation assumes at most one civilization per inhabitable planet; an increase in that estimate could radically change its output or the probability that we have intelligent galactic neighbours.

Perhaps most importantly, Frank and Schmidt’s work represents a call to action and humility. It could be that both potential solutions to the Fermi paradox — extinction and technological transcendence — are possible. If so, we have a choice: “Are we going to live sustainably, or are we going to keep making a mess?” Schmidt wonders. “The louder we are in the cosmos, the more temporary we’re going to be.” Through one door, humans achieve a lasting place in the universe. Through the other we exit, leaving only a trail of cataclysmic breadcrumbs as a warning for the next big-brained saps to find — or overlook.

All In One Magazine