Remnants of 7,000-Year-Old Village Discovered on Alaskan Island
An important discovery was made on the remote Alaskan island of Shuyak, 54 air miles north of the Kodiak Archipelago.
Artifacts dating back 7,000 years were discovered at the site. The island has served as a hotspot for archeological activity since the Exxon Valdez Oil Spill in 1989, local outlet Alaska's News Source reported.
'We didn't know that we were going to find a site over 7,000 years old, which is, it's always very exciting," Director of Archaeology for the Alutiiq Museum, Molly Odell, told the outlet. "The site had partially eroded, and so there were artifacts, stone tools, on the beach.'
The team of researchers also located evidence of a small 300-year-old village believed to have once been home to nearly 300 people.
The Alutiiq-Sugpiaq people, who are indigenous to Alaska, have inhabited the area surrounding the archipelago for approximately 7,500 years, according to Alaska Public Media. The word Suu'aq (Shuyak) in Alutiiq translates to "rising out of the water."
"I think we found that one village that had 11 house pits, probably had two to three hundred people living in it, you know, 300 years ago," Patrick Saltonstall, the archaeology curator with the Alutiiq Museum, told the outlet. "Shuyak has always sort of been a place where I think it seems like there were fewer people up there. But finding that, you know what your preconceptions are and what you actually find often don't match."
Shuyak Island played a significant role in Alaska's history, in particular, due to at least two established Alutiiq villages. Russian fur trader Gregorii Shelikov destroyed one of the villages — and by the late 1700s, there were no communities left on the island, the outlet reported.
The island was later home to a herring saltery and family fishing operations providing food for human consumption and animal feed for a "growing fox farming industry" in the 1920s. The Sklaroff & Sons smoked fish establishment from 1892, in Port William on the south end of Shuyak Island, was turned into a fish processing facility or cannery, which was operated by the Washington Fish and Oyster Company until 1976.
Never miss a story — sign up for to stay up-to-date on the best of what PEOPLE has to offer, from celebrity news to compelling human interest stories.
Following the 1989 Exxon Valdez Oil Spill, parts of the island's archaeological sites were at risk of erosion. The new discoveries have indicated that this threat is less prevalent.
"What we found up there is that's not happening anymore. All the sites are much more stable," Saltonstall told Alaska Public Media. "You see grass growing on all the beaches, and it demonstrates…the land sank in 1964 and it's rebounded ever since, and it's outpacing sea level rise up there."
The museum is doing survey work in partnership with the Shuyak Island State Park and Alaska State Parks system. The museum plans to update the archaeology display at the Big Bay Ranger station on the island to reflect the new artifacts discovered on the island, according to the outlet.
Read the original article on People
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
7 hours ago
- Yahoo
Melting of billions of sea stars linked to bacteria that's also deadly to humans
Researchers have unmasked the deadly bacteria responsible for causing sea stars to melt away, killing billions over the past decade and upending marine ecological habitats. Sea Star Wasting Disease, or SSWD, is considered the largest marine epidemic ever documented in the wild and killed billions of sea stars from Alaska to Mexico, according to the Tula Foundation, which is among the organizations investigating this deadly disease. SSWD has wiped out 90% of sunflower sea stars along the west coast of North America. Record-breaking Mega Coral Visible From Space Is Possibly 300 Years Old The symptoms of the washing disease start with lesions on the outside of a sea star and eventually turns deadly as its tissue "melts." The whole process takes about two weeks, causing sea stars to become completely disfigured, often losing their arms in the process. The cause of this disease has remained elusive for the past decade, until now. An international team of researchers from the Hakai Institute, the University of British Columbia (UBC) and the University of Washington pinpointed a strain of bacterium, Vibrio pectenicida, as the culprit behind the death of billions of sea stars. Vibrio is a genus of bacteria deadly to coral and shellfish. Vibrio cholerae is the pathogen that causes cholera in humans. It took years of honing in on different pathogens before the team finally found a match. "When we looked at the coelomic fluid between exposed and healthy sea stars, there was basically one thing different: Vibrio," said senior study author Alyssa Gehman, a marine disease ecologist with Hakai Institute and UBC. "We all had chills. We thought, That's it. We have it. That's what causes wasting." Researchers Use Seaweed To Cut Concrete's Carbon Footprint Their findings were published this week in the journal Nature Ecology & Evolution, and came after four years of research in partnership with The Nature Conservancy, the Tula Foundation, the U.S. Geological Survey's Western Fisheries Research Center and the Washington Department of Fish and Wildlife. Study author Melanie Prentice, an evolutionary ecologist at the Hakai Institute and UBC, said the massive loss of sunflower sea stars has caused widespread changes across coastal ecosystems. "When we lose billions of sea stars, that really shifts the ecological dynamics," Prentice said in a statement. "In the absence of sunflower stars, sea urchin populations increase, which means the loss of kelp forests, and that has broad implications for all the other marine species and humans that rely on them. So losing a sea star goes far beyond the loss of that single species." The research team said identifying the cause of the wasting disease is the first crucial step toward recovery. Gehman said scientists can now look at additional factors of the disease, including ocean temperature. Vibrio is known to multiply in warm article source: Melting of billions of sea stars linked to bacteria that's also deadly to humans
Yahoo
8 hours ago
- Yahoo
New ocean expedition captures images of 13 WWII shipwrecks from major naval battles
A new ocean expedition in the South Pacific has revealed striking new images of more than a dozen ships sunk during key World War II battles. Researchers on the Ocean Exploration Trust vessel Nautilus conducted an archaeological survey of 13 shipwrecks from the Solomon Islands campaign, one of the war's fiercest naval confrontations. Using advanced remotely operated vehicles equipped with high-definition cameras and submersible drones, they also rediscovered two long-lost vessels, the USS New Orleans and the Imperial Japanese Navy destroyer Teruzuki. While some of the wrecks were first located over 30 years ago, the latest expedition allowed for a far more detailed and comprehensive survey, thanks to cutting-edge imaging technology, researchers said. 'This expedition was special, allowing us to film these sites in a manner not possible back then, as well as document other ships, while at the same time sharing our work live to the entire world,' Ocean Exploration Trust president Robert Ballard said in a statement. The wreck site, known as Iron Bottom Sound, lies in the Solomon Islands between Guadalcanal, Savo, and Nggela islands. Between August and December 1942, Iron Bottom Sound was the site of five major naval battles during the Second World War, resulting in the loss of more than 20,000 lives, 111 naval vessels, and 1,450 aircraft. Dozens of shipwrecks lie on the seafloor at this site, just off the coast of Honiara, within a relatively compact area measuring less than 25 nautical miles wide, 40 nautical miles long, and up to 1,400 metres deep. But fewer than 100 of these American, Japanese, Australian, and New Zealand military ships and planes have been located to date. 'This survey of the ships of the United States, Australia, and Japan will add immeasurably to the understanding of one of the costliest naval campaigns in history, a campaign that hopefully will never be repeated,' said Samuel J Cox, Naval History and Heritage Command director. In the latest survey, researchers mapped more than 386 square miles of seafloor using the uncrewed surface vehicle DriX, operated by the University of New Hampshire. The crew spent nearly 140 hours exploring various wrecks using ROVs, some located more than 3,280 feet beneath the ocean's surface. For the first time, researchers took pictures of the bow that was blown off the World War II heavy cruiser USS New Orleans. The USS New Orleans was struck by a Japanese 'Long Lance' torpedo during the November 1942 Battle of Tassafaronga, off the coast of Guadalcanal. The powerful explosion sheared off nearly a third of the ship, including its entire bow, and claimed the lives of more than 180 crew members. 'The use of our uncrewed vessel allowed a tremendous increase in exploration efficiency as we were able to continuously map and identify potential targets while the Nautilus was deploying its ROVs,' said Larry Mayer, director of the Center for Coastal and Ocean Mapping at the University of New Hampshire. 'This technological achievement, combined with the tremendous historical significance of our discoveries, made this one of the most rewarding missions I have ever participated in.'
Yahoo
2 days ago
- Yahoo
Gabon forest cave reveals clues about prehistoric central Africa
In Gabon's sprawling forest, archaeologists dig for ancient clues that could unlock the secrets of how prehistoric humans lived and interacted in the changing landscape of central Africa. Two billion years ago, the eastern Gabonese region of Lastourville was covered by a vast ocean. But that has long given way to dense forest and dolomite cliffs dotted with caves, within which scientists have unearthed traces of human life dating back to 25,000 years BC. Off the beaten track even for archaeologists, the Youmbidi rock shelter, a cavern typical of those chosen by prehistoric humans to set up their homes, is the focus for French geoarchaeologist Richard Oslisly's team. Among their finds: a stone tool which could have been used for cutting or making fibres dating to before 10,000 BC. An arrowhead has also been unearthed, as has a collection of dolomite, quartz and jasper shards, cut up to 10,000 years ago by the cave's inhabitants. "The vast majority of research in Africa has taken place in open landscapes such as the Sahara, Sahel or Egypt," said Oslisly, who has spent 45 years working in central Africa. "They said to me 'there's nothing in the forest' (but) I took up the challenge of finding out what was happening there," he added. "We realise there is a very close relationship between man and nature in these forests, where people have lived for a very long time," Oslisly said. The Youmbidi cave -- where scientists have recorded 12,000 years of continuous human habitation -- is an enticing spot for the archeologists. "We don't know at all how these people lived, what their way of life was, what their names were, what their languages were," said Geoffroy de Saulieu from France's IRD Research Institute for Development. "Our research will help us to know a little more," he added. - Jigsaw puzzle - After a month of digging and careful sorting of every stone, charcoal remnant, bone and other treasure buried below the cave, the team has elements to help decipher the past. De Saulieu said it was like a jigsaw puzzle. "You have to... gather the smallest clues, place them end to end to gradually reconstruct a whole universe that has disappeared and which is, nevertheless, at the origin of the way of life in central Africa today," said the expert, currently attached to the National Agency of National Parks of Gabon. One of the oldest bits of pottery found in central Africa, which dated to more than 6,500 years ago, is among this year's finds. Human-looking teeth that could allow DNA to be extracted in what would prove a significant leap in research have also excited archaeologists. And, like all the artefacts, a bead likely made between 3,300 and 4,900 years ago from a snail shell also offers precious insight as a "very humble but beautiful witness" of the epoch in question. Dispelling stereotypical images of prehistoric Man, it suggests people had "real customs, a real civilisation and art of living," de Saulieu said. The pottery "shows that these societies weren't immobile, they had launched themselves into technical innovations", he added. The discoveries fan his fascination for the richness of "the social life which existed in the region's forests". - Resilience - Glimpses into an ancient lost world can also be useful for tackling present-day challenges, the experts said. During the Holocene period which dates back the past 12,000 years, "central Africa has experienced very significant changes in climate, hydrology and vegetation," said paleoclimatologist Yannick Garcin, also from the IRD and involved in the Youmbidi dig. The hope is that the cave will unlock an understanding of "the resilience of human populations in the past and how they were able to adapt to climate changes that could have been drastic", he said. Central Africa for that reason "deserves major development in terms of research", Oslisly argued. Understanding what happened in prehistoric times can help scientists today react to modern-day issues, he added. "Good studies on the relationship between Man and the environment in the past will allow us to react better to the environmental changes that are ahead of us," he said. lnf/hpn/kjm/cw