It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
originally posted by: peter vlar
. The biggest difference between Denisovans and H. Naledi is that we have literally hundreds of remains of H. Naledi from the Rising Star Cace system in South Africa
Please feel free to ignore science though if it hurts your religious sensivilities.
originally posted by: cooperton
originally posted by: peter vlar
. The biggest difference between Denisovans and H. Naledi is that we have literally hundreds of remains of H. Naledi from the Rising Star Cace system in South Africa
^These are the "hundreds of remains of H Naledi"
This missing link is missing so many parts, how can they empirically suggest anything from this?
Please feel free to ignore science though if it hurts your religious sensivilities.
Can't you see they are speculating? They are assuming the theory is correct, and using insufficient evidence to support their opinion. It blows my mind that this small collection of bones, without ONE full skull, is believed to be an intermediate species. Don't you realize how ridiculous this is? Or do you believe literally everything the science gods say?
originally posted by: AngryCymraeg
a reply to: cooperton
Do you have a qualification in comparative palaeontology? Or a qualification in basic biology? Or are you just a self-appointed expert in these things without actually having seen and studied the remains?
there were complete remains for at least 15 individuals in one cave and they've recently discovered other chambers holding the remains of 2 adults and a child.
You should probably understand that any 'continuous process' doesn't stop for thousands of years, right? You would understand that's not 'science', to still believe in such nonsense, yes?That's exactly what evolution sadly asserts, though, in a nutshell.
Human Evolution: The many mysteries of Homo naledi
Chris Stringer Is a corresponding author Natural History Museum, United Kingdom
Abstract More than 1500 fossils from the Rising Star cave system in South Africa have been assigned to a new human species, Homo naledi,which displays a unique combination of primitive and derived traits throughout the skeleton.
Main text
When the recovery of fossil hominin remains from the Rising Star cave system near Johannesburg in South Africa was widely publicised in 2013 and 2014, I'm sure I wasn't the only one who thought that the coverage had more hype than substance.But now, in two papers in eLife, we can see what the fuss was all about as Lee Berger of the University of the Witwatersrand, Paul Dirks of James Cook University and an international team of colleagues report the discovery of more than 1500 fossils that represent at least 15 individuals (Berger et al., 2015; Dirks et al., 2015). These remains have now been assigned to a new human species, which has been named Homo naledi. However, despite the wealth of information about the physical characteristics of H. naledi that this collection provides, many mysteries remain. How old are the fossils? Where does H. naledi fit in the scheme of human evolution? And how did the remains arrive deep within the cave system?
originally posted by: cooperton
originally posted by: AngryCymraeg
a reply to: cooperton
Do you have a qualification in comparative palaeontology? Or a qualification in basic biology? Or are you just a self-appointed expert in these things without actually having seen and studied the remains?
I know anatomy well enough to say that the majority of the mass of that skull is missing
there were complete remains for at least 15 individuals in one cave and they've recently discovered other chambers holding the remains of 2 adults and a child.
So where are the pictures of these other, more complete fossils? There must be actual skull fragments - not replicas that extrapolate on the sparse skeletal remains
originally posted by: peter vlar
a reply to: turbonium1
And if you ever left your cave and read a book, you would know that modern humans today, are STILL evolving. Every single new generation of H. Sapiens is different from their parents on a genetic level. SNP's occur frequently during cell replication. It's not that hard to understand if you actually read a book or a journal. If the big words are scary, just come back and ask and I'll help,you sound them out real slow like so that you have time to absorb it.
originally posted by: Noinden
a reply to: JameSimon
14to 5 000 years we've gained Lactose persistence (ability to drink milk) in several groups. Not once, but three different times (different groups)
originally posted by: peter vlar
a reply to: Noinden
Don’t forget that while humans developed the lactase persistence snpj, the cattle they had been herding started producing milk that was easier for adults to digest it.
originally posted by: peter vlar
In the photo that you think makes everything irrelevant, there are the remains of nearly every anatomical feature of H. Naledi.
originally posted by: cooperton
originally posted by: Noinden
a reply to: JameSimon
14to 5 000 years we've gained Lactose persistence (ability to drink milk) in several groups. Not once, but three different times (different groups)
originally posted by: peter vlar
a reply to: Noinden
Don’t forget that while humans developed the lactase persistence snpj, the cattle they had been herding started producing milk that was easier for adults to digest it.
You guys are making up stories. ALL humans can digest lactose, otherwise they wouldn't have made it past infancy. Lactase persistence is an epigenetic phenonemon in which the lactase gene remains turned on. There was no evolution required.
" Epigenetically-controlled regulatory elements were found to account for the differences in lactase mRNA levels between individuals, intestinal cell types and species" Article (2016)
originally posted by: peter vlar
In the photo that you think makes everything irrelevant, there are the remains of nearly every anatomical feature of H. Naledi.
So that is the best actual collection of "H. Naledi"? It appears the missing link is missing most of its skull and hip bone.
originally posted by: JameSimon
Wrong. The gene turns off after infancy in pretty much all mammals and humans. We gained the ability to keep it on because we evolved. If you don't understand such a simple concept then there is no possible way we can continue arguing
originally posted by: JameSimon
a reply to: cooperton
Only evolution could allow a gene to switch off an on.
Please address everything else I said (and that you so carefully choose to ignore).
originally posted by: JameSimon
I didn't say such thing, so please refrain from making personal statements when the only argument you have is to distort the message.
originally posted by: cooperton
originally posted by: Noinden
a reply to: JameSimon
14to 5 000 years we've gained Lactose persistence (ability to drink milk) in several groups. Not once, but three different times (different groups)
originally posted by: peter vlar
a reply to: Noinden
Don’t forget that while humans developed the lactase persistence snpj, the cattle they had been herding started producing milk that was easier for adults to digest it.
You guys are making up stories. ALL humans can digest lactose, otherwise they wouldn't have made it past infancy. Lactase persistence is an epigenetic phenonemon in which the lactase gene remains turned on. There was no evolution required.
" Epigenetically-controlled regulatory elements were found to account for the differences in lactase mRNA levels between individuals, intestinal cell types and species" Article (2016)
originally posted by: peter vlar
In the photo that you think makes everything irrelevant, there are the remains of nearly every anatomical feature of H. Naledi.