
Scientists find possible artifacts of oldest known Wallacean hominids in Indonesia
SOPPENG, Indonesia - Scientists have found a series of stone tools on Indonesia's Sulawesi island they say may be evidence of humans living 1.5 million years ago on islands between Asia and Australia, the earliest known humans in the Wallacea region.
Archaeologists from Australia and Indonesia found the small, chipped tools, used to cut little animals and carve rocks, under the soil in the region of Soppeng in South Sulawesi. Radioactive tracing of these tools and the teeth of animals found around the site were dated at up to 1.48 million years ago.
The findings could transform theories of early human migrations, according to an article the archaeologists published in the journal Nature in August.
The earliest Wallacean humans, pre-historic persons known as Homo Erectus, were thought to have only settled in Indonesia's Flores island and Philippines' Luzon island around 1.02 million years ago, as they were thought to be incapable of distant sea travel, proving the significance of the Sulawesi findings in theories of migration.
'These were artifacts made by ancient humans who lived on the earth long before the evolution of our species, Homo Sapiens,' said Adam Brumm, lead archaeologist from Griffith University in Queensland, Australia.
'We think Homo Erectus somehow got from the Asian mainland across a significant ocean gap to this island, Sulawesi, at least 1 million years ago," Brumm said.
Wallacea is a region in Eastern Indonesia including several islands such as Sulawesi, Lombok, Flores, Timor, Sumbawa that lie between Borneo and Java and Australia and New Guinea. The region is named for the naturalist Alfred Russel Wallace who studied the fauna and flora of the area. — Reuters
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GMA Network
15 hours ago
- GMA Network
Scientists find possible artifacts of oldest known Wallacean hominids in Indonesia
Archaeologists work at the site where they found small, chipped tools, used to cut little animals and carve rocks, under the soil in the Wallacea region, which scientists say may be evidence of humans living there 1.5 million years ago, in Soppeng, South Sulawesi province, Indonesia, August 7, 2025. REUTERS/Abd Rahman Muchtar SOPPENG, Indonesia - Scientists have found a series of stone tools on Indonesia's Sulawesi island they say may be evidence of humans living 1.5 million years ago on islands between Asia and Australia, the earliest known humans in the Wallacea region. Archaeologists from Australia and Indonesia found the small, chipped tools, used to cut little animals and carve rocks, under the soil in the region of Soppeng in South Sulawesi. Radioactive tracing of these tools and the teeth of animals found around the site were dated at up to 1.48 million years ago. The findings could transform theories of early human migrations, according to an article the archaeologists published in the journal Nature in August. The earliest Wallacean humans, pre-historic persons known as Homo Erectus, were thought to have only settled in Indonesia's Flores island and Philippines' Luzon island around 1.02 million years ago, as they were thought to be incapable of distant sea travel, proving the significance of the Sulawesi findings in theories of migration. 'These were artifacts made by ancient humans who lived on the earth long before the evolution of our species, Homo Sapiens,' said Adam Brumm, lead archaeologist from Griffith University in Queensland, Australia. 'We think Homo Erectus somehow got from the Asian mainland across a significant ocean gap to this island, Sulawesi, at least 1 million years ago," Brumm said. Wallacea is a region in Eastern Indonesia including several islands such as Sulawesi, Lombok, Flores, Timor, Sumbawa that lie between Borneo and Java and Australia and New Guinea. The region is named for the naturalist Alfred Russel Wallace who studied the fauna and flora of the area. — Reuters


GMA Network
6 days ago
- GMA Network
UK scientists find genes linked with chronic fatigue syndrome
Researchers at the University of Edinburgh said on Wednesday they have discovered differences in the DNA of people with chronic fatigue syndrome that should help dispel the notion that the debilitating condition is psychological or driven by laziness. Their study found eight areas of genetic code that are different in people with myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS) than in healthy volunteers. The finding provides 'the first robust evidence that genes contribute to a person's chance of developing the disease,' the researchers said in a statement. The key features of the condition include worsening of fatigue, pain and brain fog after even minor physical or mental activity. Very little has been known about the causes of ME/CFS, and there is no diagnostic test or cure. The condition is believed to affect around 67 million people worldwide, the researchers said. The DecodeME study analyzed DNA samples from 15,579 people who reported having chronic fatigue on a questionnaire and 259,909 people without it, all of European descent. Gene variants that were more common in people reporting ME/CFS were linked to the immune and nervous systems, according to a report of the study that has not yet been peer-reviewed. At least two of the gene regions relate to how the body responds to infection, which aligns with reports that the symptoms often start after an infectious illness, the researchers said. Another gene region has previously been identified in people with chronic pain, another common symptom of the condition. The findings 'align with decades of patients reporting on their experiences,' researcher Andy Devereux-Cooke said in a statement, adding that they "should prove game changing in the ME/CFS research field.' 'These results will not mean that a test or cure will be developed straight away, but they will lead to a greater understanding," he said. Scientists who were not involved in the study said using volunteers who self-reported chronic fatigue syndrome rather than restricting participation to those with a diagnosis from a medical professional somewhat weakened its conclusions. They called for larger studies to replicate the results. Substantial work will be necessary 'to translate these findings into new treatments," said Dr. Jackie Cliff, who studies infection and immunity in ME/CFS at Brunel University of London. "This will take considerable investment in academia and by industry.' —Reuters

GMA Network
30-07-2025
- GMA Network
Massive Russian earthquake struck on ‘megathrust fault'
Tsunami waves flood an area after a powerful magnitude 8.8 earthquake struck off Russia's far eastern Kamchatka Peninsula, in Severo-Kurilsk, Sakhalin Region, Russia, July 30, 2025, in this still image taken from video. Kamchatka branch of the Geophysical Survey of the Russian Academy of Sciences/ Handout via REUTERS SINGAPORE — The 8.8 magnitude quake off Russia that triggered tsunami warnings across the Pacific occurred on what is known as a "megathrust fault," where the denser Pacific Plate is sliding underneath the lighter North American Plate, scientists said. The Pacific Plate has been on the move, making the Kamchatka Peninsula area off Russia's Far East coast where it struck especially vulnerable to such tremors—and bigger aftershocks cannot be ruled out, they said. With its epicenter near the city of Petropavlovsk-Kamchatsky, it was the biggest earthquake since the devastating Tohuku event in 2011, which caused a tsunami that sent Japan's Fukushima Daiichi nuclear plant into meltdown. "The Kamchatka seismic zone is one of the most active subduction zones around the Pacific Ring of Fire, and the Pacific Plate is moving westwards at around 80 mm (3 inches) per year," said Roger Musson, honorary research fellow at the British Geological Survey. "Subduction" events, in which one plate pushes under another, are capable of generating far stronger earthquakes than "strike slips," such as the one that hit Myanmar in March, where plates brush horizontally against one another at different speeds. The Kamchatka area is particularly vulnerable and experienced a magnitude 9 event in November 1952, wiping out the town of Severo-Kurilsk and causing extensive damage as far away as Hawaii, Musson told Reuters. Shallow "megathrust" events are more likely to cause tsunamis because they burst through the sea floor and displace huge volumes of water. Tsunami risks With a relatively shallow depth of 20.7 km (13 miles), Wednesday's earthquake was always going to create such tsunami risks, experts said. "It is an offshore earthquake and when you have offshore earthquakes there is the potential for tsunamis," said Adam Pascal, chief scientist at Australia's Seismology Research Centre. "If you have a relatively shallow earthquake it is more likely to rupture the surface of the ocean floor," he told Reuters. "We've seen in some cases you can have large earthquakes like this and not cause a tsunami because they are too deep and the shearing doesn't express itself at the surface." Tsunami waves of around 1.7 meters (5.5 feet) reached as far as Hawaii, less high than originally expected, but scientists warned that such waves do not have to be especially big to do damage to the relatively low-lying coastlines of Pacific island nations. Parts of French Polynesia were told to brace for waves as high as 4 meters (13 ft). The impact of a tsunami depends on its "run-up" as it approaches coastlines, Pascal said. "If you have a very long, shallow run-up to the coast, a lot of the energy can be dissipated over that run-up, but if it is a very steep shelf before you get to the coast, the wave height can be higher," he said. Foreshocks and aftershocks Wednesday's quake has already triggered at least 10 aftershocks above magnitude 5, and they could continue for months, said Caroline Orchiston, director of the Centre for Sustainability at the University of Otago in New Zealand. "This demonstrates that large-magnitude earthquakes generate aftershock sequences that start immediately, and some of these can be damaging in their own right," she said. The 8.8 magnitude event on Wednesday came less than two weeks after a magnitude 7.4 earthquake in the same area, which has now been identified as a "foreshock." "Earthquakes by their nature are unpredictable," said Pascal. "There are no precursors that are scientifically consistent in earthquake sequences. Before this morning, those other ones were the main shocks." Bigger aftershocks cannot entirely be ruled out, he added, but their magnitude and frequency normally tend to decrease over time. "You can expect large aftershocks to continue for some time, but the frequency of large, damaging events will reduce as time goes on," he said. "There is always a chance of a larger event, but that larger event will usually occur relatively soon after, within days or weeks." — Reuters