Cro-Magnon Man and DNA.
DNA Divisions are not wholly hereditary! 25 August 2025, 1 Elul 5785.
Contents:
1. Introduction.
2. DNA Haplogroup Markers.
3. Neanderthal Man.
4. Cro-Magnon Man.
5. The DNA Conundrum.
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1. Introduction.
We (at Brit-Am?Hebrew Awareness) understand that DNA haplogroups arose in a similar manner to genetic transposons being bequeathed on whole groups when changes in the environment require it. This is analogous to a virus infecting a whole group by passing from one body to another.
See:
DNA Can Change!
https://hebrewnations.com/articles/race/transpos.html
Gene Transfer. Evolution Refuted.
DNA Changes Explained
https://hebrewnations.com/articles/race/genetransfer.html
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2. DNA Haplogroup Markers.
Scientists say that DNA determines heredity.
Within present-day mankind there are DNA haplogroups or divisions. These are genetic groupings based on inherited Y-chromosome (paternal) or mitochondrial DNA (maternal) markers.
"These markers are passed down without shuffling, creating a simple lineage that can be traced from a common ancestor thousands of years ago. Analyzing haplogroups helps researchers understand human population movements and provides individuals with insights into their ancient genetic origins and relationships."
There is a listing of Major Y(male-transmitted) haplogroups and the peoples associated with them at:
YDNA: The Forefathers?
https://www.britam.org/Questions/YDNA.html
Extract:
A still found in Bushmen etc of Africa.
found in B pygmies etc of Africa.
C gave rise to Australian Aborigines, Maoris, Ainu, etc.
D are Japanese and Tibetans.
E are Negroid Africans and most African Americans (E3a),
as well as North African Whites, Southeast Europeans, and 20% of Ashkenazic (European) Jews (E3b).
F found in small numbers in Indonesia, Middle East, North America.
G (East Europe and Asia), H (India), I (Scandinavians, Germany, Anglo-Saxons, Balkans), J include about a third of the Jews, Turks, Kurds, many Caucasians, and some elements in Balkans etc.
K gave rise to L M and P which split aside.
L and M are Indonesia and much of Southeast Asia with L also present in India and Middle East.
P (Asia and South America) gave rise to N O Q R.
N Finland, Russia, Siberia.
O Chinese, Koreans and those Japanese who are not D.
Q is Asia and North Amerindians.
R Slavs and some "Aryan" Indians (R1a), Celts and West Europeans (R1b), Cameroon Africans, some Australian Aborigines.
OK? So that is the theory. Different haplogroups evolve and then through heredity are transmitted (in the case of YDNA) from father to son. The same applies to mtDNA which is passed on from mother to daughter.
We agree with this BUT only that it takes place in between mass bequeathments of the Genetic Changes in question.
We understand that you may have groups of people (or animals) that need to change something in their physical structure. This change will be given unto them or a portion of them as a group. Henceforth they will pass it on from parent to child as an hereditary feature.
It does not mean that before then they were all of one heritage though some of them may have been.
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3. Neanderthal Man.
We have chosen as a possible example, Neanderthal Man and Cro-Magnon Man.
Evolutionists try to trace humans back to monkeys or to monkey-like creatures related to monkeys.
Before modern man came along they find other humanoid types that existed before, or parallel to, modern man but did not maintain itself.
One of these is Neanderthal Man. Neanderthal Man could interbreed with modern Humans and did so. About 2% of all mankind (outside of Africa) is descended from him. High rates of Neanderthal ancestry have allegedly been found in certain groups such as the Basques in Spain, and the natives of Papua/New Guinea.
Some sources say that human-type haplogroups have been found among the Neanderthals. Others deny that this is possible. They do however agree that such is the case with Cro-Magnon Man.
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4. Cro-Magnon Man.
Cro-Magnon was a powerfully-built creature averaging 6' 2" 235 lbs. Illustrations depicted by them are sometimes of a high standard. Both the Neanderthal and Cro-Magnon people had larger brains than modern man. There were however differences in brain structure, etc, that may be more important in determining intelligence.
Also:
"Several phallic batons are depicted as circumcised and seemingly bearing some ornamentation such as piercings, scarification, or tattooing."
https://en.wikipedia.org/wiki/Cro-Magnon
Cro-Magnons are physically similar to present-day humans, with a globular braincase, completely flat face, gracile brow ridge, and defined chin. However, the bones of Cro-Magnons are somewhat thicker and more robust. The earliest Cro-Magnons often display features that are reminiscent of those seen in Neanderthals.
AI Overview. DNA Haplogroups of Cro-Magnon.
Cro-Magnons belonged to multiple Y-DNA and mtDNA haplogroups, with Y-DNA haplogroups like C1, IJ, K2a, and I-M170 found in early male remains, and mtDNA haplogroups such as N, R, and U identified from female remains. The term "Cro-Magnon" is now considered outdated, and these individuals are referred to as Early European Modern Humans (EEMH).
https://en.wikipedia.org/wiki/Cro-Magnon
# Haplogroups identified in Cro-Magnons are the patrilineal (from father to son) Y-DNA haplogroups the earliest C1, the latest IJ, and K2a; and matrilineal (from mother to child) mt-DNA haplogroup N, R, and U.Y-haplogroup IJ descended from Southwest Asia. Haplogroup I emerged about 30,000 to 35,000 years ago, either in Europe or West Asia. Mt-haplogroup U5 arose in Europe just prior to the LGM, between 25,000 and 35,000 years ago. The 14,000-year-old Villabruna 1 skeleton from Ripari Villabruna, Italy, is the oldest identified bearer of Y-haplogroup R1b (R1b1a-L754* (xL389,V88)) found in Europe, likely brought in from eastern introgression. The Azilian "Bichon man" skeleton from the Swiss Jura was found to be associated with the WHG lineage. He was a bearer of Y-DNA haplogroup I2a and mtDNA haplogroup U5b1h. #
What haplogroup is Cro-Magnon?
Haplogroups identified in Cro-Magnons are the patrilineal (from father to son) Y-DNA haplogroups the earliest C1, the latest IJ, and K2a; and matrilineal (from mother to child) mt-DNA haplogroup N, R, and U. Y-haplogroup IJ descended from Southwest Asia.
The earliest eamples of R1b in Europe are from the Cro-Magnons.
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5. The DNA Conundrum.
If Cro-Magnon man is the result of lineal development how can he have the same variegated DNA types as those found in modern man?
Why is he not all of one type?
Most humans, if any, are not considered to be Cro-Magnon descendants.
Why are all the DNA haplogroup types of Cro-Magnon Man also those known from modern human populations?
Either DNA Haplogroups are haphazard under certain circumstances (such as being fat, or thin, short, or tall) OR the Cro-Magnon People were not a separate race which conclusion is counter-intuitive. It does not add up.
The logical conclusion is that DNA haplotypes appear as inherited attributes but may come and go according to need and location.