Egypt Team Identifies Fossil of Land-roaming Whale Species

Egyptian researcher at Mansoura University Abdullah Gohar, shows the fossil of a 43 million-year-old four-legged prehistoric whale known as the "Phiomicetus Anubis," in an evolution of whales from land to sea, which was unearthed over a decade ago in Fayoum in the Western Desert of Egypt, at the university's paleontology department lab, in the Nile Delta city of Mansoura, 110 kilometers north of Cairo, Egypt, Sunday, Sept. 12, 2021. (AP Photo/Nariman El-Mofty)
Egyptian researcher at Mansoura University Abdullah Gohar, shows the fossil of a 43 million-year-old four-legged prehistoric whale known as the "Phiomicetus Anubis," in an evolution of whales from land to sea, which was unearthed over a decade ago in Fayoum in the Western Desert of Egypt, at the university's paleontology department lab, in the Nile Delta city of Mansoura, 110 kilometers north of Cairo, Egypt, Sunday, Sept. 12, 2021. (AP Photo/Nariman El-Mofty)
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Egypt Team Identifies Fossil of Land-roaming Whale Species

Egyptian researcher at Mansoura University Abdullah Gohar, shows the fossil of a 43 million-year-old four-legged prehistoric whale known as the "Phiomicetus Anubis," in an evolution of whales from land to sea, which was unearthed over a decade ago in Fayoum in the Western Desert of Egypt, at the university's paleontology department lab, in the Nile Delta city of Mansoura, 110 kilometers north of Cairo, Egypt, Sunday, Sept. 12, 2021. (AP Photo/Nariman El-Mofty)
Egyptian researcher at Mansoura University Abdullah Gohar, shows the fossil of a 43 million-year-old four-legged prehistoric whale known as the "Phiomicetus Anubis," in an evolution of whales from land to sea, which was unearthed over a decade ago in Fayoum in the Western Desert of Egypt, at the university's paleontology department lab, in the Nile Delta city of Mansoura, 110 kilometers north of Cairo, Egypt, Sunday, Sept. 12, 2021. (AP Photo/Nariman El-Mofty)

Egyptian scientists say the fossil of a four-legged prehistoric whale, unearthed over a decade ago in the country's Western Desert, is that of a previously unknown species. The creature, an ancestor of the modern-day whale, is believed to have lived 43 million years ago.

The prehistoric whale, known as semi-aquatic because it lived both on land and sea, sported features of an accomplished hunter, the team’s leading paleontologist, Hesham Sallam, told The Associated Press — features that make it stand out among other whale fossils.

The fossil was first found by a team of Egyptian environmentalists in 2008 in an area that was covered by seas in prehistoric times, but researchers only published their findings confirming a new species last month.

Sallam said that his team did not start examining the fossil until 2017 because he wanted to assemble the best and the most talented Egyptian paleontologists for the study.

“This is the first time in the history of Egyptian vertebrate paleontology to have an Egyptian team leading a documentation of a new genus and species of four-legged whale," said Sallam.

The fossil sheds light on the evolution of whales from herbivore land mammals into carnivorous species that today live exclusively in water. The transition took place over roughly 10 million years, according to an article published on the discovery in the journal Proceedings of the Royal Society B.

Egypt's Western Desert region is already known for the so-called Whale Valley, or Wadi Al-Hitan, a tourist attraction and the country's only natural World Heritage site that contains fossil remains of another type of prehistoric whales.

The newly discovered creature belongs to the family of Protecetids, extinct semi-aquatic whales that lived from 59 to 34 million years ago, Sallam said. It would have walked on land but also hunted in the water.

“This is yet another new species of early whales from the time when they retained four functional limbs,” said Jonathan Geisler, an expert on the evolutionary history of mammals with New York Institute of Technology.

He said that the location of the discovery in Egypt is also a clue as to when and how they spread around the globe. Geisler was not involved in the find.

The oldest fossil whales are about 50 million years old and are believed to have originated in modern-day Pakistan and India. However, scientists have not been able to reach a conclusive answer as to when whales moved out of their point of origin to all the world’s oceans.

“This new species by itself cannot answer that question, but when viewed in the context of other fossil discoveries, suggests that this dispersal occurred 43 million years ago,” said Geisler, adding the new find could possibly serve as a link between Indo-Pakistan and North American regions.

The fossil whale has been named Phiomicetus Anubis, after the god of death in ancient Egypt.

“We chose the name Anubis because it had a strong and deadly bite,” said Sallam, professor of paleontology at Mansoura University in Egypt. “It could kill any creature it crossed paths with.”

The new species stands out for its elongated skull and snout that suggest it was an efficient carnivore capable of grasping and chewing its prey, he said. It was about 3 meters and weighed around 600 kilograms, according to researchers. It is also believed to have had sharp hearing and sense of smell.

The discovery followed a four-year collaboration between Egyptian paleontologists and US-based scientists, Sallam added.

His team has previously made headlines worldwide with their 2018 discovery of Mansourasaurus, a new species of long-necked herbivorous dinosaurs that lived in the Nile Delta province of Mansoura.



Missing Teen Found Alive After 6 Days in Australian Woodlands

In this image made from video and provided by the Victoria State Police 17-year-old William, center right, is embraced by his mother Elizabeth, only first names were provided by police, while in a helicopter in Cowwarr, Australia, Thursday, Nov. 12, 2026, after William spent six days lost in eastern Australian woodlands. (Victoria Police via AP)
In this image made from video and provided by the Victoria State Police 17-year-old William, center right, is embraced by his mother Elizabeth, only first names were provided by police, while in a helicopter in Cowwarr, Australia, Thursday, Nov. 12, 2026, after William spent six days lost in eastern Australian woodlands. (Victoria Police via AP)
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Missing Teen Found Alive After 6 Days in Australian Woodlands

In this image made from video and provided by the Victoria State Police 17-year-old William, center right, is embraced by his mother Elizabeth, only first names were provided by police, while in a helicopter in Cowwarr, Australia, Thursday, Nov. 12, 2026, after William spent six days lost in eastern Australian woodlands. (Victoria Police via AP)
In this image made from video and provided by the Victoria State Police 17-year-old William, center right, is embraced by his mother Elizabeth, only first names were provided by police, while in a helicopter in Cowwarr, Australia, Thursday, Nov. 12, 2026, after William spent six days lost in eastern Australian woodlands. (Victoria Police via AP)

A 17-year-old boy with autism was found alive Thursday after six days lost in eastern Australian woodlands.

The boy, whom police identified only as William, had begun camping with a teenage friend when he disappeared last Friday near Walhalla, a former gold-mining town 185 kilometers (115 miles) east of Melbourne, police said.

A police helicopter crew found him surrounded by wilderness lying asleep on a flat rock beside a creek, and he was later reunited with his mother. William was in good spirits and mostly in good health, the police statement said.

Video shot from the rescue helicopter showed he was shirtless and sunburned. He was wearing shorts and boots and was using towels as blankets.

“I’m just over the moon that he’s alive,” his mother, Elizabeth, told reporters.

The AP has decided not to provide her family name to avoid identifying her son.

“And he’s never leaving the house again. He’s grounded for life. He’s not going anywhere ever again,” she joked.

William was later taken to a hospital for his health to be monitored, police said.

William's family have said he has Level 2 autism. That requires “substantial support,” according to the Australian advocacy group Autism360.

Such a person may have marked deficits in verbal and non-verbal social communication and rely heavily on routines and predictable activities.

Disruption can cause significant distress.

The Southern Hemisphere spring weather had been mild for the past week in the alpine region where William was lost and there had been little rain.

Elizabeth had dropped off her son and his friend last Friday for a weekend of camping. William walked a short distance from the campsite to the drop-off location to collect more camping equipment but never returned to his friend, police said.

After becoming lost, William trekked for days up and down “some very steep terrain,” Acting Police Inspector Jason Benbow said.

He spent the last two days where he was found at the creek, trapped by the steepness of his surrounds 2 kilometers (1.2 miles) from his camp site, Benbow said.

“He woke up to the sound of the helicopter, gave them a thumbs up and they winched him to safety,” Benbow told reporters.

The extensive police search for him involved more than 100 emergency services personnel and volunteers.


Europe’s Hera Spacecraft Begins Close Inspections of an Asteroid Rammed by NASA in a 2022 Test

This undated image provided by the European Space Agency on Nov. 5, 2026 and taken by the Hera spacecraft, shows asteroid Didymos. (European Space Agency via AP)
This undated image provided by the European Space Agency on Nov. 5, 2026 and taken by the Hera spacecraft, shows asteroid Didymos. (European Space Agency via AP)
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Europe’s Hera Spacecraft Begins Close Inspections of an Asteroid Rammed by NASA in a 2022 Test

This undated image provided by the European Space Agency on Nov. 5, 2026 and taken by the Hera spacecraft, shows asteroid Didymos. (European Space Agency via AP)
This undated image provided by the European Space Agency on Nov. 5, 2026 and taken by the Hera spacecraft, shows asteroid Didymos. (European Space Agency via AP)

A European spacecraft has begun close inspections of an asteroid rammed by NASA four years ago in a planetary defense test.

The European Space Agency announced Wednesday that the Hera spacecraft is now studying Didymos and its moonlet Dimorphos from just 15 miles to 18 miles (25 kilometers to 30 kilometers) away, The AP news reported.

NASA’s Dart spacecraft deliberately slammed into little Dimorphos in 2022 to see whether such a defensive move might help save Earth from a killer space rock one day.

The impact shortened the moonlet’s orbit around Didymos. More importantly, it nudged the moonlet into a slightly different path around the sun.

Next month, the small car-sized Hera, launched in 2024, will venture even closer — just 12 miles (20 kilometers) away.

ESA officials consider this a “crash site investigation” worthy of its finest robotic detective. Hera is carrying 25 science instruments as well as a pair of shoebox-sized Cubesats to survey Dimorphos even more closely and attempt to land on it.

The Dart spacecraft — short for Double Asteroid Redirection Test — sent rubble and even boulders flying off Dimorphos, providing an extra kick to the impact’s momentum. The debris trail extended thousands of miles (more than 10,000 kilometers) into space for months.

Some of that debris could still be in the vicinity, according to scientists.

Dimorphos is an estimated 500 feet (151 meters) in diameter. Didymos is roughly 2,560 feet (780 meters) in diameter.


Euclid Mission Data Release Spans More than 900 Million Galaxies

Looking across vast distances means peering into the past because of the time needed for light from distant objects to reach us (Reuters)
Looking across vast distances means peering into the past because of the time needed for light from distant objects to reach us (Reuters)
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Euclid Mission Data Release Spans More than 900 Million Galaxies

Looking across vast distances means peering into the past because of the time needed for light from distant objects to reach us (Reuters)
Looking across vast distances means peering into the past because of the time needed for light from distant objects to reach us (Reuters)

The European Space Agency has released its first big collection of data from the orbiting Euclid telescope's mission to map the universe's large-scale structure, including observations of more than 900 million galaxies, as scientists investigate the puzzling cosmic components dark matter and dark energy.

The data unveiled on Thursday covered a survey of the sky equal to about 9,500 times the size of the moon as viewed from Earth. The mission's goal is to complete the largest-ever three-dimensional atlas of the cosmos, spanning more than a third of the sky, in 2031.

Thursday's release encompassed around 13 months of Euclid observations, totaling an enormous 1.7 petabytes — 1.7 million gigabytes — of data, Reuters reported.

"It marks a major milestone for ESA's Euclid mission and for everyone involved," said astrophysicist Valeria Pettorino, ESA's Euclid project scientist.

Euclid, launched from Florida in 2023, is gathering data on how the universe has expanded and how its structure has formed over time while amassing information about the nature of dark energy and dark matter and the role of gravity on large scales.

"Euclid will not just take images of galaxies in the sky, in two dimensions, but will also measure their distance, the third dimension. This will tell us where galaxies are in space and time, across 10 billion years, and in all directions beyond our galactic plane," Pettorino said.

"Galaxies cluster along filaments, surrounded by empty space, and form a network that we call the cosmic web. Euclid will reconstruct the cosmic web and how it has grown over time. This is important because the exact configuration of the cosmic web, how many clusters or voids are there, how fast it changed, depend on the properties of dark energy and dark matter," Pettorino said.

The universe's contents include ordinary matter as well as dark matter and dark energy.

Ordinary matter — stars, planets, gas, dust and all the familiar stuff on Earth — represents about 5% of the contents. Dark matter, known from the gravitational effects it exerts on galactic scales, is invisible material that may make up about 27% of the cosmos. Dark energy, thought to be responsible for the accelerated expansion of the universe, may account for 68%.

Dark matter and dark energy do not emit or absorb light and cannot be directly observed.

Previous Euclid data releases covered only a few days of observations. The newly released dataset includes more than a year of data and still spans only 14% of the total sky area Euclid is due to survey in visible and near-infrared light over six years. This data release will be completed next year with the first results on dark energy and dark matter.

GRAVITATIONAL LENSING

Light traveling toward Earth from faraway galaxies can be bent and distorted by normal matter and dark matter in the foreground, an effect called gravitational lensing. Thus, the nearer galaxy's gravity warps the light coming from the one behind.

Gravitational lensing is one of the tools being used to study dark matter's distribution. The new Euclid data includes about 15,000 strong gravitational lens candidates, exceeding the total number discovered in the previous half century.

"Gravitational lenses are nature's own weighing scales," said Natalie Lines, a doctoral student in astrophysics at the University of Portsmouth in England and a member of the Euclid Consortium of scientists.

"How strongly the light is bent tells us how much matter a galaxy contains, including invisible components like dark matter. With thousands of lenses, we can study how dark matter is spread through galaxies and understand how galaxies form and evolve over cosmic time," Lines said.

Lines noted the sharpness of the Euclid images over a huge area of the cosmos.

"Telescopes on Earth can cover large areas of the night sky, but their view is blurred by the atmosphere. The Hubble and James Webb space telescopes take beautifully sharp images, but only of tiny patches of sky. Euclid does both at once, and that is crucial for finding things that are small and rare, like strong gravitational lenses," Lines said.

Looking across vast distances means peering into the past because of the time needed for light from distant objects to reach us. The most distant objects Euclid has viewed are quasars, the brilliant cores of galaxies powered by supermassive black holes. The telescope has pinpointed 60 million of them.

"Euclid has found some dating back to when the universe was just 5% of its current age, so their light set off around 13 billion years ago," Lines said.