Monkeys caught on camera ‘kidnapping' another species' babies
Capuchin monkeys kidnap babies from another species, scientists say footage captured on a remote island shows.
Experts recorded 11 separate incidents of the baby howlers being kidnapped between 2022 and 2023 on Jicarón, a small Panamanian island, leaving scientists perplexed.
'This was very much a shocking finding,' said Zoë Goldsborough, a behavioural ecologist at the Max Planck Institute of Animal Behavior in Germany, who studied the strange behaviour.
'We've not seen anything like this in the animal kingdom.'
The monkeys' motivations for the abduction are yet to be determined, though scientists suspect it is a 'cultural fad'.
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
BreakingNews.ie
2 days ago
- BreakingNews.ie
28 Years Later review: Another relentless apocalyptic horror from Danny Boyle
Danny Boyle and Alex Garland have produced another horror masterpiece with 28 Years Later , the third instalment in the '28 Days' universe. The director and writer were not heavily involved in the followup, '28 Weeks Later', but they make a triumphant return in the new film. It is partly shot on iPhones, something introduced by Boyle with 28 Days later, and this contributes to the frantic and anxiety-inducing pace of the film as our new protagonisted go up against the infected. Advertisement This includes new additions to the creatures that were produced about the rage virus, including the terrifying 'alphas' who are able to effortlessly rip people's heads off. While the film is full of the action we saw in its two predecessors, Boyle and Garland manage to include a commentary on British society. With the rest of the world operating as normal as the 21st century rages on, Britain is quarantined to keep the infected from reaching the rest of the world, with navies patrolling its waters. In a remote island, survivors life a primitive but peaceful and safe existence, accessible to the foreboding 'mainland' only by a causeway only accessible when the tide recedes. Advertisement With Britain stuck in the past, it's hard to avoid the intended Brexit parable. This is only accentuated by Boyle's use of black and white World War footage, and a haunting score which includes 1903 poem " Boots " by Rudyard Kipling , recited by American actor Taylor Holmes. Jamie (Aaron Taylor-Johnson) brings his 12-year-old son Spike (Alfie Williams) to the mainland to get his first kills in an almost ritualistic expedition, against the advice of the communiy's elders who warn that Spike is far too young. Ralph Fiennes in 28 Years Later. The horrors they encounter leave a mark on father and son, but Spike is determined to return to seek a cure for his seriously ill mother Islan ( Jodie Comer ). This is where we once again enconter Dr Ian Kelson (Ralph Fiennes). A key character in the first film, Dr Kelson steals the show once again. His descent into madness, looking like Colonel Kurtz in Apocalypse now, isn't quite what it seems, despite the temple of skulls he has amassed. The ending sets things up nicely for 28 Years Later: The Bone Temple, which is due for release in January 2026.
The Independent
4 days ago
- The Independent
Early humans adapted to extreme habitats. Researchers say it set the stage for global migration
Humans are the only animal that lives in virtually every possible environment, from rainforests to deserts to tundra. This adaptability is a skill that long predates the modern age. According to a new study published Wednesday in Nature, ancient Homo sapiens developed the flexibility to survive by finding food and other resources in a wide variety of difficult habitats before they dispersed from Africa about 50,000 years ago. 'Our superpower is that we are ecosystem generalists,' said Eleanor Scerri, an evolutionary archaeologist at the Max Planck Institute of Geoanthropology in Jena, Germany. Our species first evolved in Africa around 300,000 years ago. While prior fossil finds show some groups made early forays outside the continent, lasting human settlements in other parts of the world didn't happen until a series of migrations around 50,000 years ago. 'What was different about the circumstance of the migrations that succeeded — why were humans ready this time?' said study co-author Emily Hallett, an archaeologist at Loyola University Chicago. Earlier theories held that Stone Age humans might have made a single important technological advance or developed a new way of sharing information, but researchers haven't found evidence to back that up. This study took a different approach by looking at the trait of flexibility itself. The scientists assembled a database of archaeological sites showing human presence across Africa from 120,000 to 14,000 years ago. For each site, researchers modeled what the local climate would have been like during the time periods that ancient humans lived there. 'There was a really sharp change in the range of habitats that humans were using starting around 70,000 years ago,' Hallet said. 'We saw a really clear signal that humans were living in more challenging and more extreme environments.' While humans had long survived in savanna and forests, they shifted into everything from from dense rainforests to arid deserts in the period leading up to 50,000 years ago, developing what Hallet called an "ecological flexibility that let them succeed.' While this leap in abilities is impressive, it's important not to assume that only Homo sapiens did it, said University of Bordeaux archaeologist William Banks, who was not involved in the research. Other groups of early human ancestors also left Africa and established long-term settlements elsewhere, including those that evolved into Europe's Neanderthals, he said. The new research helps explain why humans were ready to expand across the world way back when, he said, but it doesn't answer the lasting question of why only our species remains today. ___ The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute's Science and Educational Media Group and the Robert Wood Johnson Foundation. The AP is solely responsible for all content.
The Independent
11-06-2025
- The Independent
Solar Orbiter offers first glimpse of sun's poles in breakthrough mission
The first-ever images of the sun 's south pole have been captured by the robotic Solar Orbiter spacecraft. The European Space Agency (ESA) released images on Wednesday using three of Solar Orbiter's onboard instruments. The images, taken in March, show the sun's south pole from a distance of roughly 40 million miles, obtained at a period of maximum solar activity. Images of the north pole are still being transmitted by the spacecraft back to Earth. Solar Orbiter, developed by ESA in collaboration with the US space agency NASA, was launched in 2020 from Florida. Until now, all the views of the sun have come from the same vantage point – looking face-on toward its equator from the plane on which Earth and most of the solar system 's other planets orbit, called the ecliptic plane. But in February, Solar Orbiter used a gravity-assist flyby around Venus to tilt its trajectory, enabling a view of the sun from about 17 degrees below the equator. Future Venus flybys will increase that angle to more than 30 degrees, allowing for even better polar observations. "The best is still to come. What we have seen is just a first quick peek," said solar physicist Sami Solanki from the Max Planck Institute for Solar System Research in Germany, who leads the science team behind the spacecraft's Polarimetric and Helioseismic Imager. Mr Solanki explained that "the spacecraft observed both poles, first the south pole, then the north pole'. He added: "The north pole's data will arrive in the coming weeks or months." Solar Orbiter is currently collecting information on several solar phenomena, including the sun's magnetic field, its activity cycle, and the solar wind – a constant, high-speed stream of charged particles that flows outward from the sun's outer atmosphere and fills the solar system. "We are not sure what we will find, and it is likely we will see things that we didn't know about before," solar physicist Hamish Reid of UCL's Mullard Space Science Laboratory said. The sun is a ball of hot electrically charged gas that, as it moves, generates a powerful magnetic field, which flips from south to north and back again every 11 years in what is called the solar cycle. The magnetic field drives the formation of sunspots, cooler regions on the solar surface that appear as dark blotches. At the cycle's beginning, the sun has fewer sunspots. Their number increases as the cycle progresses, before starting all over again. "What we have been missing to really understand this (solar cycle) is what is actually happening at the top and bottom of the sun," Mr Reid said. The sun's diameter is about 865,000 miles – more than 100 times wider than Earth. "Whilst the Earth has a clear north and south pole, the Solar Orbiter measurements show both north and south polarity magnetic fields are currently present at the south pole of the sun. This happens during the maximum in activity of the solar cycle, when the sun's magnetic field is about to flip. In the coming years, the sun will reach solar minimum, and we expect to see a more orderly magnetic field around the poles of the sun," Mr Reid said. "We see in the images and movies of the polar regions that the sun's magnetic field is chaotic at the poles at the (current) phase of the solar cycle - high solar activity, cycle maximum," Mr Solanki said. The sun is located about 93 million miles from our planet. "The data that Solar Orbiter obtains during the coming years will help modellers in predicting the solar cycle. This is important for us on Earth because the sun's activity causes solar flares and coronal mass ejections which can result in radio communication blackouts, destabilize our power grids, but also drive the sensational auroras," Mr Reid said. "Solar Orbiter's new vantage point out of the ecliptic will also allow us to get a better picture of how the solar wind expands to form the heliosphere, a vast bubble around the sun and its planets," he added. A previous spacecraft, Ulysses, flew over the solar poles in the 1990s. "Ulysses, however, was blind in the sense that it did not carry any optical instruments - telescopes or cameras - and hence could only sense the solar wind passing the spacecraft directly, but could not image the sun," Mr Solanki said.
