So here's an article for you...
https://medium.com/@kurtcagle/jesus-christ-phoenician-fdc26cb2fac4
As indicated by the title: the author, Kurt Cagle, also speculates that Jesus Christ was a Phoenician, and that Christianity spread through Phoenician trading routes. Which is a little bit odd, considering that at least according to conventional wisdom, the Phoenician trading network had suffered a series of blows after its high point around 800BC, and was a mere shadow of its former self by the 1st century AD. Unlike 'Gerry' and his web host Miles Mathis, Cagle doesn't give any indication that he thinks that Alexander the Great, Hannibal or the Punic Wars were fake news.
The offhand mention that Ashkenazi were 3% of the worldwide population of Jews in the 11th century AD, is also odd. Unsourced, like everything else in the article.
https://medium.com/@kurtcagle/jesus-christ-phoenician-fdc26cb2fac4
The case for red haired Phoenicians is not strong, but not necessarily out of the question either.
I’ve long been fascinated by red hair. There were two dominant waves of Indo-Europeans that could draw their origins from early Persians. The first wave, which went north and east around the Black Sea, would eventually end up populating most of central Europe all the way to Russia (with one big exception around the Volga river) and would end up in Y-Haplogroup R1a. They would have largely missed the Hittite populations. The second group of Persians would go almost due West, through the Hittite and Canaanite populations. It’s unclear whether the Hittites originally had red hair, though they were known to have blonde hair (the blonde Helen of Troy, a Hittite city, comes to mind), but the aboriginal Phoenicians may have had the MC1R mutation.
There’s a very curious phenomenon that affects hair color: at 45° N Latitude, hair color begins to lighten in response to lower amounts of ultraviolet radiation. Hair that is normally very dark becomes lighter shade of browns and eventually blonde. If the MC1R mutation exists as a dual recessive trait, then it appears red instead.
R1b is found in greatest concentration in a few places — Ireland, Scotland, Wales, England (stronger in the West than the East), Portugal, Spain and southern Italy, Romania, in the Volga … and Lebanon and with Ashkenazi Jews. Given the close proximity (and shared history) of Canaan and Israel, it is very likely that the Jews of Galilee especially frequently traveled on Phoenician ships, settled into Phoenician enclaves (or vice versa) and took Phoenician spouses. By the 11th century AD, Ashkenazi Jews made up only 3% of the worldwide population of Jews, and they were concentrated in Sicily, Spain and Tunisia, all areas associated with the Phoenicians. They have R1b markers, but also have markers for J2 Y-haplogroup, which most likely reflects the ancient Babylonian origins of both Phoenicians and Israelis. This hints that the MC1R mutation may be connected to in some way to both markers, though this is just speculation on the author’s part.
I’ve long been fascinated by red hair. There were two dominant waves of Indo-Europeans that could draw their origins from early Persians. The first wave, which went north and east around the Black Sea, would eventually end up populating most of central Europe all the way to Russia (with one big exception around the Volga river) and would end up in Y-Haplogroup R1a. They would have largely missed the Hittite populations. The second group of Persians would go almost due West, through the Hittite and Canaanite populations. It’s unclear whether the Hittites originally had red hair, though they were known to have blonde hair (the blonde Helen of Troy, a Hittite city, comes to mind), but the aboriginal Phoenicians may have had the MC1R mutation.
There’s a very curious phenomenon that affects hair color: at 45° N Latitude, hair color begins to lighten in response to lower amounts of ultraviolet radiation. Hair that is normally very dark becomes lighter shade of browns and eventually blonde. If the MC1R mutation exists as a dual recessive trait, then it appears red instead.
R1b is found in greatest concentration in a few places — Ireland, Scotland, Wales, England (stronger in the West than the East), Portugal, Spain and southern Italy, Romania, in the Volga … and Lebanon and with Ashkenazi Jews. Given the close proximity (and shared history) of Canaan and Israel, it is very likely that the Jews of Galilee especially frequently traveled on Phoenician ships, settled into Phoenician enclaves (or vice versa) and took Phoenician spouses. By the 11th century AD, Ashkenazi Jews made up only 3% of the worldwide population of Jews, and they were concentrated in Sicily, Spain and Tunisia, all areas associated with the Phoenicians. They have R1b markers, but also have markers for J2 Y-haplogroup, which most likely reflects the ancient Babylonian origins of both Phoenicians and Israelis. This hints that the MC1R mutation may be connected to in some way to both markers, though this is just speculation on the author’s part.
The offhand mention that Ashkenazi were 3% of the worldwide population of Jews in the 11th century AD, is also odd. Unsourced, like everything else in the article.
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