Iron Age remains found in bog may have been sacrificial
Ancient human remains discovered in peatland in County Londonderry in 2023 are now thought to be those of a young woman who died more than two millennia ago.
She is believed to have been killed as part of an Iron Age ritual or sacrifice.
When the 2,000 year old remains were initially discovered close to Bellaghy it was thought they could be those of a teenage boy.
But experts from the Ulster Museum and a number of universities, including Queen's University Belfast (QUB), have carried out further research on the body.
The remains, which were discovered in October 2023, are now thought to be those of a young woman aged between 17 and 22 years old.
She was about 5ft 6in tall (1.7m).
Dating to approximately 343 to 1 BC they are more than 2000 years old, and from the prehistoric period known as the Iron Age.
The remains will now be called the "Ballymacombs More Woman" after the townland where they were found.
Curator of archaeology at National Museums NI (NMNI), Niamh Baker, told BBC News NI the discovery of the remains was "very significant".
"There was evidence of cut marks on the neck vertebrae," she said.
Ms Baker said it showed "that the individual had been intentionally decapitated at the bog".
During the discovery in 2023, no skull was recovered with the remains.
"It was likely that that was taken away at the time, during the Iron Age," Ms Baker added.
"Perhaps it is part of a pattern of ritual killings and sacrifice...there is a pattern of that across North-West Europe and Ireland."
QUB professor of archaeology Eileen Murphy carried out an assessment of the body.
She said the young woman's fate was not untypical of finds from the era.
"As is the case for so many Iron Age bog bodies, the young woman suffered a highly violent death which involved the flow of blood from her throat followed by decapitation," she said.
"The head was taken away, but the body was left where it fell only to be discovered by machine workers some 2,000 years later."
Ms Baker said more research would now be carried out on the remains, to provide more clues about how people lived during the Iron Age.
"We'll hopefully find out information potentially about her diet, potentially about her movement," she said.
"That will be able to determine information about who she was, perhaps what population she was part of.
"There's very little evidence that tells us about everyday life during the Iron Age.
"What has survived are high-quality, prestige artefacts and objects that tell us that during this time there was a social elite.
Some woven fabric, made of plant material, was found with the body and may go on display in the future.
Navan Fort in County Armagh is the best known Iron Age settlement in Northern Ireland.
Photos of the remains were released by the PSNI shortly after they were discovered, but they are unlikely to go on public display in the Ulster Museum.
That is because, according to NMNI's head of curatorial, Hannah Crowdy, museums have to "think very carefully" about the human remains they hold and how to treat them respectfully.
"The nature of death of this individual was that she was decapitated and obviously that means the remains are in a certain condition that might be distressing for people to see," she said.
"There has to be a really strong argument for displaying them, we would never want to display them for sensational purposes."
"We think we can do a really compelling, really interesting display to help people understand the processes and to tell this young woman's story without showing her remains to the public."
That could include artist's impressions of how the young woman appeared when she was alive.
Hannah Crowdy said conversations were also taking place about Takabuti, the Egyptian mummy, which has been one of the Ulster Museum's best known exhibits for generations.
"There's lots of complex issues to explore," she said.
"With Takabuti there's a very active conversation about if and how she's displayed and about her future."
The museum has brought together a range of experts from across the UK and Egypt to discuss Takabuti's future.
"They're helping inform our thinking on this, and we're also talking to our audiences," she said.
Ms Crowdy added there are strong arguments for and against displaying Takabuti.
"We're just navigating those at the moment and trying to do as much consultation as we can."

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


Time Magazine
2 days ago
- Time Magazine
15 of the Most Important Inventions of All Time According to AI
This article is published by a partner of TIME. Inventions are the building blocks of civilization, shaping everything from our daily routines to the entire global economy. From the first stone tools created by our ancestors to the cutting-edge technologies driving innovation today, human creativity has consistently led to breakthroughs that improve lives and change the course of history. Some inventions have dramatically altered entire industries, while others have redefined our interaction with the world around us, pushing the boundaries of what's possible. The following list highlights 15 of the most important inventions of all time, selected for their far-reaching impact and transformative influence on society. These inventions have laid the foundation for modern life, from medicine and communication to transportation and energy. With the research assistance of AI, we will explore how these breakthroughs have shaped the world and continue to do so today. Here are the 15 inventions that stand out as some of the most influential throughout history. Breakthrough Inventions 1. The Wheel (3500 BC) The wheel is one of the oldest and most important inventions, dating back to around 3500 BC. Originally used for pottery, it soon found application in transportation, revolutionizing human mobility. The ability to transport goods and people over long distances led to the growth of trade and connected far-flung cultures. The wheel also became a critical component in machinery, laying the foundation for the Industrial Revolution and modern engineering. Additional Insights: Engineering Impact: It has been used in countless machines and continues to be foundational in modern engineering. Transportation: The wheel made it possible to move goods and people quickly and efficiently, boosting trade. Symbol of Innovation: It's often seen as a symbol of human ingenuity and problem-solving. Global Adoption: Its utility spread across the world, influencing various civilizations and industries. 2. The Printing Press (1440) Johannes Gutenberg's invention of the printing press in 1440 dramatically changed the dissemination of information. By making it possible to mass-produce books, pamphlets, and newspapers, it allowed knowledge to be distributed widely and inexpensively. This invention played a crucial role in the Renaissance, Reformation, and the spread of scientific ideas. The printing press was key to the democratization of knowledge and laid the foundation for modern education and the information age. Additional Insights: Knowledge Distribution: Books became affordable, allowing information to reach a much wider audience. Cultural Shift: The press helped spread ideas that challenged religious and political norms, such as during the Reformation. Scientific Advancements: It enabled the rapid dissemination of new scientific discoveries, propelling the Scientific Revolution. Global Impact: Its influence extended across Europe and beyond, shaping societies worldwide. Enduring Legacy: Paved the way for the modern information society. 3. The Atomic Bomb (1945) Developed during World War II, the atomic bomb was a revolutionary and highly controversial invention. Its creation led to the first use of nuclear weapons in warfare, resulting in the bombings of Hiroshima and Nagasaki in 1945. While its destructive power reshaped global politics and military strategy, it also sparked the nuclear arms race and significant shifts in geopolitical relations during the Cold War. The atomic bomb's legacy continues to influence the field of international relations and nuclear disarmament. Additional Insights: World War II Impact: It helped bring the war to a close but raised ethical questions about the use of such destructive weapons. Nuclear Arms Race: Initiated the Cold War competition between the United States and the Soviet Union. Geopolitical Shifts: Nuclear weapons fundamentally altered military strategies and global diplomacy. Nuclear Energy: The underlying technology contributed to the development of nuclear energy for peaceful purposes. Moral Dilemmas: Sparked global debates about the morality and necessity of nuclear weapons in warfare. 4. Electricity (18th–19th Centuries) Electricity powers nearly all modern technology, from lighting in homes to methods of communication, transportation, and industry. Discovered and refined throughout the 18th and 19th centuries, it paved the way for countless innovations, including the telegraph, electric motors, and telecommunications. Its widespread adoption during the Industrial Revolution allowed factories to run more efficiently, transforming economies and improving quality of life. Today, electricity remains essential in almost every aspect of daily life. Additional Insights: Early Discoveries: Benjamin Franklin, Michael Faraday, and Thomas Edison made key contributions. Industrial Impact: Powered the growth of various manufacturing sectors and mass transportation. Technological Advancements: Enabled telegraphy, radio, television, and eventually the computer and internet. Global Accessibility: Powers homes and businesses worldwide, essential for modern living. Sustainability Challenges: The quest for renewable energy sources remains central to the future of electricity generation. 5. The Telephone (1876) Invented by Alexander Graham Bell in 1876, the telephone allowed for instant communication over long distances, revolutionizing how people connect. Before the telephone, communication was limited to written letters or telegrams, which could take days to deliver. The invention enabled real-time conversations and opened up new possibilities for business, government, and personal connections. Today, the telephone has evolved into the smartphone, which plays a central role in daily life. Additional Insights: First Words: Bell's first successful telephone call was 'Mr. Watson, come here, I want to see you.' Global Connectivity: Made distant communication fast and efficient, fostering a new era of interconnectedness. Business Revolution: Allowed organizations to operate more effectively and make decisions quickly. Modern Evolution: The landline phone transformed into mobile phones and smartphones. Telecommunications Industry: Gave rise to a vast global industry dedicated to communication technologies. 6. Penicillin (1928) Penicillin, discovered by Alexander Fleming in 1928, was the first antibiotic and revolutionized medicine. It allowed doctors to treat previously fatal bacterial infections, drastically reducing mortality rates and ushering in the era of modern antibiotics. This breakthrough saved millions of lives and paved the way for other lifesaving antibiotics. Today, penicillin remains a cornerstone of medical treatments, although challenges such as antibiotic resistance have emerged. Additional Insights: Life-Saving Discovery: Dramatically reduced deaths from infections once considered fatal. Medical Impact: Initiated the antibiotic era, radically changing the treatment of infectious diseases. Global Health: Its use is widespread, reaching patients worldwide. Antibiotic Resistance: Overuse has led to resistant strains of bacteria, a growing global concern. Ongoing Research: Scientists continue to develop new antibiotics to combat evolving pathogens. 7. The Airplane (1903) The invention of the airplane by the Wright brothers in 1903 forever changed human travel. For the first time, flight over long distances became possible, shrinking the world and enabling global commerce and tourism. Airplanes transformed industries like international business and leisure travel, making transit faster and more accessible. Today, air travel is one of the most essential forms of long-distance transportation. Additional Insights: First Flight: The Wright brothers' initial flight lasted just 12 seconds, ushering in the aviation age. Global Connectivity: Made cross-continental and intercontinental travel feasible in mere hours. Economic Impact: Aviation is vital for modern commerce, connecting businesses and services worldwide. Technological Advances: Fuel-efficient planes and improved safety measures continue evolving. Future Developments: Electric and autonomous flying vehicles may soon redefine air travel again. 8. The Computer (1940s) The invention of the computer has had a profound impact on almost every aspect of human life. Early computers in the 1940s were large machines used primarily for military and scientific calculations. With the advent of personal computers in the 1970s and 1980s, computing power became accessible to the masses, driving the digital revolution. Computers are now central to business, education, communication, and entertainment, and they continue to evolve through innovations in artificial intelligence, big data, and cloud computing. Additional Insights: Early Models: The first computers occupied entire rooms and performed complex calculations. Personal Computing: The rise of home and office computers democratized access to technology. Global Connectivity: Computers power the internet, enabling global communication and collaboration. Technological Growth: Laptops, smartphones, and tablets have integrated computing into daily life. AI and Beyond: Modern computers support advanced technologies like machine learning. 9. Email (1970s) Email transformed communication by enabling people to send and receive messages instantly across long distances. Developed in the early 1970s, it quickly replaced traditional mail and telegrams for many uses, offering a faster and more efficient medium. Email is indispensable in personal and professional contexts, allowing real-time communication and easy document sharing. Despite the rise of social media and instant messaging, email remains one of the most widely used communication tools today. Additional Insights: Business Efficiency: Streamlined workplace communication, reducing the need for physical memos and meetings. Global Reach: Made it possible to communicate instantly with anyone anywhere in the world. Security Considerations: Phishing attacks and spam are modern challenges in email usage. Email Evolution: Integration with calendars, task managers, and file-sharing solutions is commonplace. 10. Television (1930s) Television fundamentally altered how information and entertainment are consumed. By the 1930s, it had become a popular medium for delivering news, shows, and educational content. TV shaped global culture and opinion, serving as a powerful platform for political discourse, advertising, and mass communication. The medium continues to evolve with the rise of streaming services and on-demand viewing, offering audiences a wealth of content anytime, anywhere. Additional Insights: Broadcasting: Revolutionized mass communication by reaching large audiences at once. Cultural Impact: Influenced everything from music to politics on a global scale. Technological Innovation: Shift to digital and high-definition improved quality and accessibility. Global Connectivity: Networks and streaming platforms bring international events to viewers worldwide. Future of TV: On-demand and interactive features are redefining the viewing experience. 11. The Refrigerator (1834) The refrigerator changed how people preserved and stored food, improving public health by preventing spoilage and reducing foodborne illnesses. Before refrigeration, methods like salting and drying were common but inefficient. By enabling long-term storage, the refrigerator revolutionized the food industry, making mass production and distribution of perishable goods possible. It's now a kitchen staple worldwide. Additional Insights: Food Safety: Maintains safe temperatures to prevent bacterial growth. Energy Efficiency: Modern designs focus on reducing electricity consumption. Environmental Impact: Early models used harmful chemicals; newer units use more eco-friendly refrigerants. Global Distribution: Essential for international trade in perishable items. Smart Technology: Some modern refrigerators come with connectivity features for better inventory management. 12. The Light Bulb (1879) Invented by Thomas Edison in 1879, the practical light bulb changed how people lived by providing a reliable source of artificial light. It extended productive hours beyond daylight, boosted nighttime safety, and influenced the layout of modern cities. The light bulb also led to the establishment of electrical grids powering homes and businesses. Contemporary designs like LEDs have made lighting more energy-efficient and environmentally friendly. Additional Insights: Early Developments: Edison and other inventors like Joseph Swan made key breakthroughs. Cultural Impact: Allowed activities to continue past sunset and enhanced public safety. Energy Efficiency: LEDs and CFLs are reducing global energy usage. Worldwide Adoption: Became a universal standard in households and commercial spaces. Environmental Impact: Ongoing push for sustainable lighting to cut electricity consumption. 13. The Automobile (1885) Invented by Karl Benz in 1885, the automobile revolutionized transportation, allowing personal mobility on an unprecedented scale. People could travel long distances rapidly, reshaping urban design and fueling suburban growth. The global adoption of cars propelled trade and commerce, but also led to environmental concerns tied to fossil fuel consumption. Innovations like electric and hybrid vehicles continue to shape the industry's future. Additional Insights: Assembly Line: Henry Ford's production methods made cars affordable for the masses. Economic Growth: The auto industry is a massive global employer and economic driver. Environmental Challenges: Emissions drive the push toward electric and alternative-fuel vehicles. Suburbanization: Cars enabled the rise of suburbs and changed city infrastructures. Future Innovations: Autonomous vehicles promise another revolution in transportation. 14. The Radio (1890s) Radio transformed communication by transmitting sound over long distances through electromagnetic waves. First demonstrated in the 1890s by innovators like Guglielmo Marconi and Nikola Tesla, it became wildly popular in the early 20th century for news, music, and entertainment. Radio gave rise to shared cultural experiences and played an influential role in shaping public opinion, especially during significant historical events. Additional Insights: First Broadcast: Marconi's successful transmission in 1901 was a landmark in wireless communication. Cultural Influence: Radio dramas, music, and news broadcasts became staples of daily life. Global Reach: Served as a vital communication method for people in remote areas. Evolution of Radio: FM radio and digital broadcasting expanded the medium's range and quality. Media Convergence: Online streaming and podcasts continue to adapt radio for the digital era. 15. The Camera (Early 19th Century) The invention of the camera revolutionized how we capture memories, document events, and record history. Joseph Nicéphore Niépce took the first permanent photograph in 1826, and camera technology has evolved continuously since then—from bulky film cameras to compact digital devices. Photography has greatly impacted art, journalism, and personal expression, enabling people to preserve and share moments in real time. Additional Insights: First Photograph: Taken by Niépce in 1826, marking the birth of modern photography. Cultural Impact: Influenced visual art, media, and public perception. Technological Progress: Digital cameras and smartphone integration have made photography ubiquitous. Social Media: Photos are at the heart of social platforms, fostering global visual storytelling. Historical Documentation: Cameras have captured landmark events, shaping our collective memory. Conclusion on Key Inventions These 15 inventions have fundamentally shaped human civilization, influencing everything from how we communicate and travel to how we work and live. Each marks a leap forward in human ingenuity that addressed critical needs and created opportunities for continued progress. Their impact reverberates in modern industries, improving the quality of life for countless people around the world. As we look to the future, these foundational innovations serve as a springboard for even more groundbreaking developments. The spirit of creativity and the relentless drive to overcome global challenges will fuel progress, bringing about new inventions that will once again transform the world in ways we can only imagine. Related Articles: About the Authors: Richard D. Harroch is a Senior Advisor to CEOs, management teams, and Boards of Directors. He is an expert on M&A, venture capital, startups, and business contracts. He was the Managing Director and Global Head of M&A at VantagePoint Capital Partners, a venture capital fund in the San Francisco area. His focus is on internet, digital media, AI and technology companies. He was the founder of several Internet companies. His articles have appeared online in Forbes, Fortune, MSN, Yahoo, Fox Business and Richard is the author of several books on startups and entrepreneurship as well as the co-author of Poker for Dummies and a Wall Street Journal-bestselling book on small business. He is the co-author of a 1,500-page book published by Bloomberg on mergers and acquisitions of privately held companies. He was also a corporate and M&A partner at the international law firm of Orrick, Herrington & Sutcliffe. He has been involved in over 200 M&A transactions and 250 startup financings. He can be reached through LinkedIn. Dominique Harroch is the Chief of Staff at She has acted as a Chief of Staff or Operations Leader for multiple companies where she leveraged her extensive experience in operations management, strategic planning, and team leadership to drive organizational success. With a background that spans over two decades in operations leadership, event planning at her own start-up and marketing at various financial and retail companies, Dominique is known for her ability to optimize processes, manage complex projects and lead high-performing teams. She holds a BA in English and Psychology from U.C. Berkeley and an MBA from the University of San Francisco. She can be reached via LinkedIn.
Yahoo
3 days ago
- Yahoo
‘Flooding could end southern Appalachia': the scientists on an urgent mission to save lives
The abandoned homes and razed lots along the meandering Troublesome Creek in rural eastern Kentucky is a constant reminder of the 2022 catastrophic floods that killed dozens of people and displaced thousands more. Among the hardest hit was Fisty, a tiny community where eight homes, two shops and nine people including a woman who uses a wheelchair, her husband and two children, were swept away by the rising creek. Some residents dismissed cellphone alerts of potential flooding due to mistrust and warning fatigue, while for others it was already too late to escape. Landslides trapped the survivors and the deceased for several days. In response, geologists from the University of Kentucky secured a grant from the National Science Foundation (NSF) and raced around collecting perishable data in hope of better understanding the worst flooding event to hit the region in a generation. On a recent morning in Fisty, Harold Baker sat smoking tobacco outside a new prefabricated home while his brother James worked on a car in a makeshift workshop. With no place else to go, the Baker family rebuilt the workshop on the same spot on Troublesome Creek with financial assistance from the Federal Emergency Management Agency (Fema). 'I feel depressed. Everyone else is gone now. The days are long. It feels very lonely when the storms come in,' said Baker, 55, whose four dogs drowned in 2022. With so few people left, the car repair business is way down, the road eerily quiet. Since the flood that took everything, Harold and James patrol the river every time it rains. The vigilance helped avert another catastrophe on Valentine's Day after another so-called generational storm. No one died, but the trauma, like the river, came roaring back. Related: How bad will flooding get by 2100? These AI images show US destinations underwater 'I thought we were going to lose everything again. It was scary,' said Baker. At this spot in July 2022, geologist Ryan Thigpen found flood debris on top of two-storey buildings – 118in (3 metres) off the ground. The water mark on Harold's new trailer shows the February flood hit 23in. Troublesome Creek is a 40-mile narrow tributary of the north fork of the Kentucky River, which, like many waterways across southern Appalachia, does not have a single gauge. Yet these rural mountain hollows are getting slammed over and over by catastrophic flooding – and landslides – as the climate crisis increases rainfall across the region and warmer waters in the Gulf of Mexico turbocharge storms. Two years after 45 people died in the 2022 floods, the scale of disaster grew with Hurricane Helene, which killed more than 230 people with almost half the deaths in Appalachia, after days of relentless rain turned calm streams into unstoppable torrents. Another 23 people died during the February 2025 rains, then 24 more in April during a four-day storm that climate scientists found was made significantly more likely and more severe by the warming planet. The extreme weather is making life unbearable and economically unviable for a chronically underserved region where coal was once king, and climate skepticism remains high. Yet little is known about flooding in the Appalachian region. It's why the geologists – also called earth scientists – got involved. 'This is where most people are going to die unless we create reliable warning systems and model future flood risks for mitigation and to help mountain communities plan for long-term resilience. Otherwise, these extreme flooding events could be the end of southern Appalachia,' said Thigpen. Amid accelerating climate breakdown, the urgency of the mission is clear. Yet this type of applied science could be derailed – or at least curtailed – by the unprecedented assault on science, scientists and federal agencies by Donald Trump and his billionaire donors. Danielle Baker, James's wife, had her bags packed a week in advance of the February flood and was glued to local television weather reports, which, like the geologists, rely on meteorological forecasting by the taxpayer-funded National Weather Service (NWS). She was 'scared to death' watching the creek rise so high again. But this time, the entire family, including 11 dogs and several cats, evacuated to the church on the hill, where they waited 26 hours for the water to subside. 'The people in this community are the best you could meet, but it's a ghost town now. I didn't want to rebuild so close to the creek, but we had nowhere else to go. Every time it rains, I can't sleep,' she said, wiping away tears with her shirt. Danielle was unaware of Trump's plans to dismantle Fema and slash funding from the NWS and NSF. 'A lot of people here would not know what to do without Fema's help. We need more information about the weather, better warnings, because the rains are getting worse,' she said. A day after the Guardian's visit in mid-May, an NWS office in eastern Kentucky scrambled to cover the overnight forecast as severe storms moved through the region, triggering multiple tornadoes that eventually killed 28 people. Hundreds of staff have left the NWS in recent months, through a combination of layoffs and buyouts at the behest of Trump mega-donor Elon Musk's so-called 'department of government efficiency' (Doge). It doesn't matter if people don't believe in climate change. It's going to wallop them anyway … This is a new world of extremes and cascading hazards Ryan Thigpen, geologist Yet statewide, two-thirds of Kentuckians voted for Trump last year, with his vote share closer to 80% in rural communities hit hard by extreme weather, where many still blame Barack Obama for coal mine closures. 'It doesn't matter if people don't believe in climate change. It's going to wallop them anyway. We need to think about watersheds differently. This is a new world of extremes and cascading hazards,' said Thigpen, the geologist. *** The rapidly changing climate is rendering the concept of once-in-a-generation floods, which is mostly based on research by hydrologists going back a hundred years or so, increasingly obsolete. Geologists, on the other hand, look back 10,000 years, which could help better understand flooding patterns when the planet was warmer. Thigpen is spearheading this close-knit group of earth scientists from the university's hazards team based in Lexington. On a recent field trip, nerdy jokes and constant teasing helped keep the mood light, but the scientists are clearly affected by the devastation they have witnessed since 2022. The team has so far documented more than 3,000 landslides triggered by that single extreme rain event, and are still counting. This work is part of a broader statewide push to increase climate resiliency and bolster economic growth using Kentucky-specific scientific research. Last year, the initiative got a major boost when the state secured $24m from the NSF for a five-year research project involving eight Kentucky institutions that has created dozens of science jobs and hundreds of new student opportunities. The grant helped pay for high-tech equipment – drones, radars, sensors and computers – the team needs to collect data and build models to improve hazard prediction and create real-time warning systems. After major storms, the team measures water levels and analyzes the sediment deposits left behind to calculate the scale and velocity of the flooding, which in turn helps calibrate the model. The models help better understand the impact of the topography and each community's built and natural environment – important for future mitigation. In these parts, coal was extracted using mountaintop mine removal, which drastically altered the landscape. Mining – and redirected waterways – can affect the height of a flood, according to a recent study by PhD student Meredith Swallom. A paleo-flood project is also under way, and another PhD student, Luciano Cardone, will soon begin digging into a section of the Kentucky riverbank to collect layers of sediment that holds physical clues on the date, size and velocity of ancient floods. Cardone, who found one local missionary's journal describing flooding in 1795, will provide a historical or geological perspective on catastrophic flooding in the region, which the team believe will help better predict future hazards under changing climatic conditions. All this data is analyzed at the new lab located in the Kentucky Geological Survey (KGS) department, where super-powerful computers are positioned around a ceiling-to-floor black board, with a groovy lamp and artwork to get the creative mathematical juices flowing. So far the team has developed one working flood risk model for a single section of the Kentucky River. This will serve as a template, as each watershed requires its own model so that the data is manageable, precise and useful. This sort of applied science has the capacity to directly improve the lives of local people, including many Trump voters, as well as benefiting other mountainous flood-prone areas across the US and globally. But a flood warning system can only work if there is reliable meteorological forecasting going forward. The floods have made this a ghost town. I doubt it will survive another one. If you mess with Mother Nature, you lose Thomas Hutton of Kentucky Reports suggest NWS weather balloons, which assess storm risk by measuring wind speed, humidity, temperature and other conditions that satellites may not detect, have been canceled in recent weeks from Nebraska to Florida due to staff shortages. At the busiest time for storm predictions, deadly heatwaves and wildfires, weather service staffing is down by more than 10% and, for the first time in almost half a century, some forecasting offices no longer have 24/7 cover. Trump's team is also threatening to slash $1.52bn from the National Oceanic and Atmospheric Administration (Noaa), the weather service's parent agency, which also monitors climate trends, manages coastal ecosystems and supports international shipping, among other things. 'To build an effective and trusted warning system, we need hyper-local data, including accurate weather forecasts and a more robust network of gauges,' said Summer Brown, a senior lecturer at the University of Kentucky's earth and environmental sciences department. 'The thought of weakening our basic weather data is mind-boggling.' It's impossible not to worry about the cuts, especially as the grand plan is to create a southern Appalachian flood and hazard centre to better understand and prepare the entire region's mountain communities for extreme weather and related hazards, including flash floods, landslides and tornadoes. For this, the team is currently awaiting a multimillion-dollar grant decision from the NSF, in what until recently was a merit-based, peer-reviewed process at the federal agency. The NSF director resigned in April after orders from the White House to accept a 55% cut to the $9bn budget and fire half of the 1,700-person staff. Then, in an unprecedented move, a member of the governing body stepped down, lambasting Musk's unqualified Doge team for interfering in grant decisions. The days are long. It feels very lonely when the storms come in Harold Baker of Kentucky The NSF is the principal federal investor in basic science and engineering, and the proposed cut will be devastating in the US and globally. 'Rivers are different all over Appalachia, and if our research continues, we can build accurate flood and landslide models that help communities plan for storms in a changing climate,' said Jason Dortch, who set up the flood lab. 'We've submitted lots of great grant proposals, and while that is out of our hands, we will continue to push forwarded however we can.' *** Fleming-Neon is a former mining community in Letcher county with roughly 500 residents – a decline of almost 40% in the past two decades. The town was gutted by the 2022 storm, and only two businesses, a car repair shop and a florist, reopened. The launderette, pharmacy, dentist, clothing store and thrift shop were all abandoned. Randall and Bonnie Kincer, a local couple who have been married for 53 years, run the flower shop from an old movie theater on Main Street, which doubles up as a dance studio for elementary school children. The place was rammed with 120in of muddy water in 2022. In February, it was 52in, and everything still reeks of mould. The couple have been convinced by disinformation spread by conspiracy theorists that the recent catastrophic floods across the region, as well as Helene, were caused by inadequate river dredging and cloud seeding. The town's sorry plight, according to the Kincers, is down to deliberate manipulation of the weather system paid for by mining companies to flood out the community in order to gain access to lithium. (There are no significant lithium deposits in the area.) Bonnie, 74, is on the brink of giving up on the dance classes that she has taught since sophomore year, but not on Trump. 'I have total confidence in President Trump. The [federal] cuts will be tough for a little while but there's a lot of waste, so it will level out,' said Bonnie, who is angry about not qualifying for Fema assistance. 'We used all our life savings fixing the studio. But I cannot shovel any more mud, not even for the kids. I am done. I have PTSD. We are scared to death,' she said, breaking down in tears several times. The fear is understandable. On the slope facing the studio, a tiered retainer wall has been anchored into the hill to stabilize the earth and prevent an avalanche from destroying the town below. And at the edge of town, next to the power station on an old mine site, is a towering pile of black sludgy earth littered with lumps of shiny coal – the remnants of a massive landslide that happened as residents cleaned up after the February storm. Thomas Hutton's house was swamped with muddy water after the landslide blocked the creek, forcing it to temporarily change course towards a residential street. 'The floods have made this a ghost town. I doubt it will survive another one. If you mess with Mother Nature, you lose,' said Hutton, 74, a retired miner. The geologists fly drones fitted with Lidar (light detection and ranging): a remote sensing technology that uses pulsed lasers to create high-resolution, 3D, color models of the Earth's surface, and can shoot through trees and human-made structures to detect and monitor changes in terrain including landslides. The affordability and precision of the China-made Lidar has been a 'game changer' for landslides, but prices have recently rocketed thanks to Trump's tariff war. Related: Trump cuts will lead to more deaths in disasters, expert warns: 'It is really scary' The Lidar picked up fairly recent deforestation above the Fleming-Neon power plant, which likely further destabilized the earth. The team agrees that the landslide could keep moving, but without good soil data it's impossible to know when. Last year's NSF grant funded new soil and moisture sensors, as well as mini weather stations, which the landslide team is in the process of installing on 14 steep slopes in eastern Kentucky – the first time this has been done – including one opposite Hutton's house. Back at the lab, the geologists will use the data the sensors send back every 15 minutes to create models – and eventually a website where residents and local emergency managers can see how the soil moisture is changing in real time. The goal is to warn communities when there is a high landslide risk based on the soil saturation – and rain forecast. 'We have taken so many resources from these slopes. We need to understand them better,' said Sarah Johnson, a landslide expert. 'We're not sitting in an ivory tower making money from research. The work we do is about making communities safer.'


New York Post
5 days ago
- New York Post
Dead Sea Scrolls much older than previously thought, AI-based study finds
Many of the Dead Sea Scrolls are much older than academics previously thought, with some dating back to the time of their ancient authorship, a new study claims. Scientists from the University of Groningen in the Netherlands utilized artificial intelligence to examine the handwriting of the ancient fragments and claim they derived more accurate dates for some writings, including the Book of Daniel, according to a paper published in Plos One. A part of the Isaiah Scroll, one of the Dead Sea Scrolls, is seen inside the vault of the Shrine of the Book building at the Israel Museum in Jerusalem. Getty Images The aptly named AI program 'Enoch' was fed a plethora of already dated ancient texts from modern-day Israel and the West Bank that also had radiocarbon dates — then used machine learning to study the handwriting progressions of 135 Dead Sea Scroll fragments. Advertisement The study claimed that the fragment of the Book of Daniel 8-11, which was thought to be dated to 160s BC, could be as old as 230 BC, which overlaps with the period in which the biblical book was authored. 'With the Enoch tool we have opened a new door into the ancient world, like a time machine, that allows us to study the hands that wrote the Bible,' the study's authors wrote in a statement, Eureka Alert reported. 'Especially now that we have established, for the first time, that two biblical scroll fragments come from the time of their presumed authors,' the statement continued. Advertisement A 2,000-year-old fragment from the Dead Sea Scrolls on display at The Jewish Museum in New York City in 2008. Getty Images Researchers also claim that fragments written in Herodian Aramaic and Hasmonaean Hebrew — considered to have emerged in the First and Second centuries BC — are actually older than initially thought and provide a new lens for the presumed proliferation of writing during that era. These new dating claims result in 'a new chronology of the scrolls and the re-dating of ancient Jewish key texts that contribute to current debates on Jewish and Christian origins,' the study stated. Advertisement The Dead Sea Scrolls were first discovered in 1943 by two Bedouin shepherds who found them secreted in caves in the Qumran section of Israel near the Dead Sea and are the oldest known fragments of Jewish manuscripts written in Hebrew, Greek, Arabic and Aramaic dating back to the Third and Second century BC. Scholars attribute the trove of religious manuscripts to the Essens, who were Jewish sectarians at the turn of the first millennium.