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WWII mystery solved as sunken wreck of USS New Orleans is found 83 years after tragedy killed 183 sailors

WWII mystery solved as sunken wreck of USS New Orleans is found 83 years after tragedy killed 183 sailors

Daily Mail​10-07-2025
A team of researchers have located the final resting place of the bow of a US Navy ship that was nearly destroyed during World War II.
The bow of the USS New Orleans was blown off by a Japanese torpedo in a 1942 battle that resulted in an Axis victory.
Nearly 83 years later, scientists and explorers with the Ocean Exploration Trust found the forward section of the ship around 2,200 feet underwater in the Iron Bottom Sound, a body of water in the Solomon Islands.
The Solomon Islands is an archipelago of hundreds of islands east of Papua New Guinea and northeast of Australia.
Experts aboard the Nautilus exploration vessel voyaged into the Iron Bottom Sound, which is already home to over 100 World War II shipwrecks, and took high resolution images of the sunken bow.
At that point they weren't certain of what they'd stumbled across, but after archaeologists worked to identify details of its paint, structure and anchor, they were eventually able to positively identify the bow as once belonging to the USS New Orleans.
'The wreck was located during seafloor mapping operations by an uncrewed surface vehicle, then investigated shortly thereafter by a deep-diving remotely operated vehicle,' Ocean Exploration Trust's Chief Scientist Daniel Wagner said in a statement.
'This imagery was viewed in real-time by hundreds of experts around the world, who all worked together to make a positive identification of the finding.'
A team of researchers with the Ocean Exploration Trust announced they found the severed forward section of the ship (pictured) nearly 83 years after the World War II battle
In the November 1942 naval engagement now known as the Battle of Tassafaronga, the US Navy and Japanese Imperial Navy faced off at nighttime.
A fleet of nine ships, including the USS New Orleans, intercepted eight Japanese destroyers trying to deliver food to their forces on the nearby island of Guadalcanal.
US cruisers fired first, but this exposed their position, which led to a bloody battle on both sides.
However, the Japanese quickly gained the upper hand, sinking one US heavy cruiser and damaging three more.
One of the three that were damaged was the USS New Orleans. It was hit by a 'Long Lance' torpedo, tearing off nearly a third of the ship and killing 183 sailors.
Three US crew members would die because they valiantly stayed at their posts as the ship flooded and managed to stop it from sinking.
Miraculously, the surviving crew managed to get the ship to a nearby harbor, where they stabilized it by creating a makeshift bow of tied together coconut logs.
This improvised solution worked well enough to allow them to sail backwards all the way across the Pacific Ocean back to the United States so the ship could be permanently repaired.
After she was fixed, the USS New Orleans was involved in several crucial naval campaigns throughout the Pacific from 1943 to 1945.
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Scientists baffled by mysterious new statue emerging on Easter Island: 'This is a first'
Scientists baffled by mysterious new statue emerging on Easter Island: 'This is a first'

Daily Mail​

time19 hours ago

  • Daily Mail​

Scientists baffled by mysterious new statue emerging on Easter Island: 'This is a first'

A new statue has emerged from the dirt of a recently dried-up lakebed on Easter Island, baffling scientists who said it should not be there. Easter Island is considered a mystery due to its 1,000 large stone heads, known as moai, which are 700 to 1,000 years old. Terry Hunt, professor of archaeology at the University of Arizona, told Good Morning America: 'We think we know all the moai, but then a new one turns up, a new discovery, and in this case, it's in the lake, at the statue quarry. 'There have been no moai found in the dry lakebed before, so this is a first.' The newly discovered moai is among the smallest found, suggesting that many more could be hidden within the reeds. Each moai honors a person, usually a leader, and many are topped with eye stones at their resting place. The largest stands over 30 feet tall and weighs up to 86 tons. Salvador Atan Hito, vice president of Ma'u Henua, the Indigenous group managing the island's national park, said: 'For the Rapa Nui people, this is a very, very important discovery. 'Because it's here in the lake and nobody knew it existed, even our ancestors, our grandparents didn't know about this one.' Hunt and Hito said the current dry conditions may help archaeologists discover more moai in the lakebed. 'Under the dry conditions that we have now, we may find more,' Hunt told GMA. 'They've been hidden by the tall reeds that grow in the lake bed, and prospecting with something that can detect what's under the ground surface may tell us that there are more moai in the lakebed sediments. 'When there's one moai in the lake, there's probably more.' Due to its remote location, Easter Island is traditionally assumed to have remained socially and culturally isolated from the wider Pacific world. This idea is reinforced by the fact that Easter Island's famous Moai statues, estimated to have been built between AD 1250 and 1500, are unique to the location. For the past decade, Hunt and his colleagues and students have created an inventory of 981 moai on the island, complete with precise GPS locations and measurements. Many moai remain in a quarry near Rano Raraku, the now-dry crater lake where the newest statue was found, in various stages of completion. The largest, called Te Tokanga or 'The Giant' in the Rapa Nui language, was never finished and lies on its back, measuring 63 feet long and weighing an estimated 90 to 100 tons. The team made a similar discovery in 2023, finding another new moa that measured five feet by six inches long and was found face up in the ground. Hunt said the statue's eye sockets had been carved, which is historically the final step in a moai's construction before display. The base is also flat, rather than sloped, to help with moving the statue. Researchers believed that the ancient Rapa Nui people likely moved the moai statues by 'walking' them upright using ropes to rock and pivot the statues forward in a controlled, rocking motion. This method, supported by experiments and oral traditions, allowed them to move these massive statues across the island without dragging them on sleds or rollers. Hunt frequently uses cell phones and drones for 3D imaging of the moai. He is also exploring the use of ground-penetrating radar to detect hidden moai or structures underground, particularly in the Rano Raraku lakebed. Historically, the original inhabitants, known as the Rapa Nui, were believed to have been completely shut off from the wider world. However, a study released in July by researchers in Sweden challenged the long-held narrative. They said the 63.2-square-mile island in the southern Pacific was not quite as isolated over the past 800 years as previously thought. The island was populated with multiple waves of new inhabitants who bravely traversed the Pacific Ocean from west to east. 'Easter Island was settled from central East Polynesia around AD 1200-1250,' study author Professor Paul Wallin at Uppsala University told the Daily Mail. 'The Polynesians were skilled sailors, so double canoes were used.' For their study, the team at Uppsala University compared archaeological data and radiocarbon dates from settlements, ritual spaces and monuments across Polynesia, the collection of more than 1,000 islands in the Pacific Ocean. The experts point out that ahu stone platforms were historically constructed at Polynesian islands further to the west. These rectangular clearings were communal ritual spaces that, in some places, remain sacred to this day. 'The temple grounds ahu [also known as marae] exist on all East Polynesian islands,' Professor Wallin added. The team agreed that an early population of people spread from the west of the Pacific to the east before encountering Easter Island and populating it around AD 1200. They argued that Easter Island was populated several times by new seafarers, and not just once by a single group that remained isolated for centuries, as previously assumed. 'The migration process from West Polynesian core areas such as Tonga and Samoa to East Polynesia is not disputed here,' they say in their paper. 'Still, the static west-to-east colonization and dispersal suggested for East Polynesia and the idea that Rapa Nui was only colonized once in the past and developed in isolation are challenged.' Based on their evidence, they also think ahu originated on Easter Island before the trend spread east to west across other western Polynesian islands during the period of AD 1300-1600. It was only after this that the Polynesian islands, including but not limited to Easter Island, might have become isolated from each other.

How scientists solved one of the greatest ocean mysteries
How scientists solved one of the greatest ocean mysteries

The Independent

timea day ago

  • The Independent

How scientists solved one of the greatest ocean mysteries

In 2013, a mysterious epidemic swept across the Pacific Coast of North America, rapidly turning billions of sea stars from Mexico to Alaska into goo. Its name, sea star wasting disease (SSWD), describes what you might have seen if you wandered the shores of the Pacific Northwest at that time: contorted sea star bodies and fragmented arms littered the sea floor, as the tissues of sea stars melted away within a matter of days. In the more than 10 years that have followed, SSWD has been described as the largest epidemic ever recorded in a wild marine species and one of the 10 greatest unsolved ocean mysteries. Attempts to identify the pathogen responsible have turned up more questions than answers, until now. We have recently published the findings of our five-year research project into the cause of SSWD. Our team included multi-national and multi-disciplinary researchers from academic, government and non-profit institutions, a collaboration that was critical for the success of this work. Together, we conducted laboratory experiments and analyzed data from wild outbreaks of SSWD to identify the pathogen responsible: a novel strain of the bacterium Vibrio pectenicida. The significance of sea stars Aside from the devastating loss of these charismatic rocky-shore inhabitants, the implications of this epidemic reverberate throughout the ecosystems sea stars inhabit. More than two dozen species appear to be afflicted by SSWD, which vary in their susceptibility to the disease. Most susceptible is the sunflower sea star, a voracious marine predator and the largest species of sea star. They can grow to the size of a bicycle tire and have as many as 24 arms. Almost six billion sunflower sea stars have been lost to SSWD, placing them on the critically endangered species list. With them, the kelp forest ecosystems they help to regulate have disappeared. Sunflower sea stars keep kelp forests thriving by preying on sea urchins. With the rapid disappearance of these predators, unchecked urchin populations increased rapidly, mowing down kelp forests and replacing these lush, biodiverse ecosystems with urchin barrens. The loss of kelp has had knock-on effects for the numerous species that rely on it for food and habitat. Alongside this staggering loss of biodiversity, millions of dollars from fishing and tourism are lost to impacted communities. Although harder to quantify, the ecosystem services of kelp forests are also impacted, including water filtration, which improves water quality, sediment stabilization that protects coastlines from erosion and storms, and carbon capture that helps mitigate the effects of climate change. Recovery of kelp forests, and the species reliant upon them, requires a deeper understanding of SSWD and the sea stars devastated by it. The first step in our research was to identify the culprit responsible, however, the task proved more difficult than we initially anticipated. A pathogen is revealed Among the many possible pathogens suspected of causing the SSWD epidemic, it is unsurprising that the culprit turned out to be in the Vibrio species group. From multiple diseases in corals to cholera in humans, the abundance of harmful Vibrio species in our oceans is on the rise with climate change as these bacteria favour warmer waters. However, narrowing in on the specific culprit was not an easy undertaking. Vibrio pectenicida has some unusual characteristics not observed in other Vibrio species, allowing it to evade detection for more than a decade. This was originally considered a risky and potentially unanswerable question. However, years of laboratory experiments and field sampling recently culminated in successful mortality-inducing experiments using a pure culture isolated by Amy Chan, a research scientist at the University of British Columbia, of the novel Vibrio pectenicida strain. Named FHCF-3, it stands apart from previously identified strains (different genetic variants) by less than three per cent of its genome. Such strains have been isolated from diseased scallop larvae in France, crabs in the United Kingdom and, most recently, geoduck larvae from the Pacific Northwest. Whether or not these strains can cause SSWD remains to be answered, but the potential implications are clear; with a large host range, broad geographic distribution, and propensity for warm seawater temperatures anticipated with advancing climate change, this pathogen is one to watch. No time to waste Like removing a blindfold, the identification of the pathogen causing SSWD unveils new opportunities for research and management of the species and ecosystems affected. First on the list is developing a diagnostic test that can detect the genetic sequence of the pathogen. This would allow researchers to test sea star or seawater samples for its presence. Much like the COVID-19 test eased humanity out of lockdowns, this test will help inform marine management by helping diagnose healthy versus sick sea stars, and identifying locations best suited for reintroduction efforts. Another target of future research is to identify resilient sea stars (those that can either prevent infection entirely or fight it off once it takes hold) for conservation breeding. Resilient individuals, particularly of highly vulnerable species like sunflower sea stars, will be vital for recovery efforts in a warming ocean where Vibrio pectenicida is already widespread. Despite the odds, the identification of the SSWD pathogen provides a new hopeful vision for our oceans and their inhabitants; one where disease-resilient sunflower sea stars once again roam the sea floor among thriving kelp forests replete with vibrant marine life. Melanie Prentice is a Research Associate in the Department of Earth, Ocean & Atmospheric Sciences at the University of British Columbia. Alyssa-Lois Gehman is an Adjunct Professor in the Institute for the Oceans and Fisheries at the University of British Columbia. Drew Harvell is a Professor of Marine Ecology at Cornell University. Grace Crandall is a PhD Student in Aquatic and Fishery Sciences at the University of Washington.

Astronauts return to Earth with SpaceX after five months at ISS
Astronauts return to Earth with SpaceX after five months at ISS

BreakingNews.ie

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  • BreakingNews.ie

Astronauts return to Earth with SpaceX after five months at ISS

Four astronauts returned to Earth after hustling to the International Space Station five months ago to relieve the stuck test pilots of Boeing's Starliner. Their SpaceX capsule parachuted into the Pacific off the Southern California coast a day after departing the orbiting lab. Advertisement 'Welcome home,' SpaceX Mission Control radioed. A SpaceX capsule carrying four astronauts parachutes into the Pacific Ocean off the Southern California coast (Keegan Barber/Nasa via AP) Splashing down were Nasa's Anne McClain and Nichole Ayers, Japan's Takuya Onishi and Russia's Kirill Peskov. They launched in March as replacements for the two Nasa astronauts assigned to Starliner's botched demo. Starliner malfunctions kept Butch Wilmore and Suni Williams at the space station for more than nine months instead of a week. Advertisement Nasa ordered Boeing's new crew capsule to return empty and switched the pair to SpaceX. They left soon after Ms McClain and her crew arrived to take their places. Mr Wilmore has since retired from Nasa. Before leaving the space station on Friday, Ms McClain made note of 'some tumultuous times on Earth' with people struggling. Advertisement A SpaceX capsule carrying four astronauts parachutes into the Pacific Ocean off the Southern California coast (Keegan Barber/Nasa via AP) 'We want this mission, our mission, to be a reminder of what people can do when we work together, when we explore together,' she said. Ms McClain looked forward to 'doing nothing for a couple of days' once back home in Houston, US. High on her crewmates' wish list were hot showers and juicy burgers. It was SpaceX's third Pacific splashdown with people on board, but the first for a Nasa crew in 50 years. Advertisement Elon Musk's company switched capsule returns from Florida to California's coast earlier this year to reduce the risk of debris falling on populated areas. Back-to-back private crews were the first to experience Pacific homecomings. The last time Nasa astronauts returned to the Pacific from space was during the 1975 Apollo-Soyuz mission, a detente meet-up of Americans and Soviets in orbit.

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