Showing posts with label millions of years. Show all posts
Showing posts with label millions of years. Show all posts

Tuesday, 10 February 2026

Evolutionists think that Bonobo's pretend tea party shows capacity for imagination

 

Kanzi the bonobo at the age of 43. Image courtesy of Ape Initiative

Joel Kontinen

Bonobos are our closed relatives and that they share the same traits that we do.  

Kanzi, a bonobo with exceptional language skills, took part in a make-believe tea party that demonstrated cognitive abilities never seen before in non-human primates. A bonobo that took part in a pretend tea party like those acted out by young children has shown that our closest primate relatives have the capacity for make believe.

Kanzi the bonobo (Pan paniscus) was born in the US in 1980 and died at age 44 in March last year. He spent most of his life at the Ape Initiative in Des Moines, Iowa, where he was renowned for being able to communicate by pointing at symbols on a board.

In the year before he died, Amalia Bastos at the University of St Andrews, UK, and her colleagues ran a series of experiments aiming to understand whether, along with his superior language skills, Kanzi was also able to engage in what researchers describe as “secondary representations”. This is the ability to imagine an alternative reality and, in some situations, share that pretense with another individual – a skill that humans develop at an early age.

At 2 to 3 years old, children can follow the movement of imaginary liquid between containers and keep track of where the “tea” is or isn’t, says Bastos. “That’s exactly the sort of context we presented to Kanzi to test this ability in a non-human animal.”

In the first stage of the experiment, researchers pretended to pour non-existent juice into two empty cups before pretending to empty one of the cups and then asking Kanzi which one he wanted. More than two thirds of the time, Kanzi chose the cup that hadn’t been emptied and still contained the pretend juice.

“If Kanzi hadn’t conceived of ‘imaginary juice’ in the cups throughout the study, he should have picked between the two cups at chance – after all, they were both empty,” says Bastos.

Then the researchers placed an empty cup and one containing juice on a table in front of Kanzi. He chose the cup containing juice more than three quarters of the time. This test was to ensure the bonobo could differentiate between real and fake juice.

For the third test, the team started by placing a real grape into one of two cups; Kanzi selected the real grape every time. Then a pretend grape was placed in each of two cups before one was emptied. Again, in over two-thirds of attempts, Kanzi correctly chose the cup that still contained a pretend grape.

Bastos says all of the team’s studies with great apes are fully voluntary. “The fact that Kanzi stuck around and continued to engage even in trials where he knew there would be no reinforcement says to me that he must have at least enjoyed it a little bit.”

Source:

James Woodford 2026 Bonobo's pretend tea party shows capacity for imagination | New Scientist 5 February 

 

 

Friday, 12 December 2025

Mars may once have had a much larger moon

 

The Gale crater on Mars. Image courtesy of ZUMA Press, Inc./Alamy

 Joel Kontinen

There are two small moons in orbit around Mars today, but both may be remnants of a much larger moon that had enough of a gravitational pull to drive tides in the Red Planet's lost lakes and seas.

A bigger moon for Mars. that is the result of water that supposedly sprang from it as the smaller moons that encircle they could not produce so much water.  

This is the result of believing in millions of years as it may given time for the moon to be formed.

A Mars crater may have once contained water that sloshed back and forth as a tide came and went. If that is true, it follows that Mars must have had a moon that was massive enough to exert a gravitational pull on the planet’s seas sufficient enough to create tides. Neither of the two moons it currently possesses are big enought for the job.

Suniti Karunatillake at Louisiana State University and his colleagues have found that traces of tidal activity seem to be preserved in thin layers within sedimentary rocks in Gale crater

Source:

Bas den Hond 2025 Mars may once have had a much larger moon | New Scientist 12 December 

Saturday, 18 October 2025

Ancient lead exposure may have influenced how our brains evolved

 

 Image courtesy of frantic00/Shutterstock

Joel Kontinen

Does lead poisoning have to with how our brains evolved? That is what Darwinists acclaim.  

 Lead poisoning isn't just a modern phenomenon: fossil teeth show signs that it affected ancient hominids, and Homo sapiens may have coped better than our close relatives.

Prehistoric hominids have been exposed to poisonous lead for at least 2 million years, a study of fossil teeth suggests, and modern humans may have evolved to cope with the toxic metal better than our ancient relatives. That is what Darwinists say, Hominids means ape men.

Lead poisoning has long been thought to be a uniquely modern problem tied to industrialisation, poor mining practices and its use as an additive in fuel, which has been phased out since the 1980s.

It is particularly dangerous for children, impacting their physical and mental development, but it can also cause a range of severe physical and psychological symptoms in adults.

Source:

James Woodford 2025 Ancient lead exposure may have influenced how our brains evolved | New Scientist 15 October 

Tuesday, 9 January 2024

Giraffes' long neck

 

Kuva: Miroslav Duchacek, Wikipedia.

Joel Kontinen

Giraffes' necks can be up to 3 meter (10 feet) long, allowing the animals to reach leaves high up in trees. But they didn't always have this impressive feature.

This is what Live Science said: “Discokeryx xiezhi is a sheep-size, ancient relative of modern day giraffes that lived around 17 million years ago during the early Miocene epoch (23 million to 5.3 million years ago). It had a stumpy neck and a disk-shaped, thick skull.

”Scientists in 2022 proposed that the thick skulls of D. xiezhi evolved to withstand massive blows to the head during fights between males. Those same bouts fueled the growth of their necks to aid in fighting. This is called the "necks for sex" hypothesis and suggests competition led to longer necks developing. Males who won fights more often passed these genes onto their offspring than did the losers, eventually leading to the giraffes we see today.”

Source: 

How 10 animals evolved their iconic features | Live Science 6 January.