Placing the Sons of Noah on the Y Chromosome Tree
He suggests that current Y chromosome data may not directly reflect ancient populations from Genesis 10 and 11.
Rob discusses his evolving perspective on interpreting the Y chromosome tree in relation to Noah’s sons—Shem, Ham, and Japheth.
He previously tried to align branches of the Y chromosome tree with each son but now sees this approach as overly simplistic.
Rob explores whether the genealogies in Genesis could align with genetic data, specifically by comparing the genealogies with the Y chromosome family tree.
Single Ancestral Lineage: Shem, Ham, and Japheth might have shared an identical Y chromosome, with mutations only occurring post-Babel.
Two or Three Lineages: Shem, Ham, and Japheth might each represent separate Y chromosome lineages, possibly diverging due to mutations from Noah's spermatogonial lines.
Rob explains how mutations might have occurred in Noah’s spermatogonial cell lines, possibly resulting in distinct Y chromosome lineages.
Environmental changes, like fluctuations in the Earth’s magnetic field, could have also contributed to increased radiation, possibly affecting Y chromosome diversity.
Rob summarizes the complex factors—such as radiation exposure, environmental changes, and Patriarchal Drive—that challenge efforts to trace the Y chromosome lineages back to Shem, Ham, and Japheth.
Rob directs viewers to his article, “Can We Place the Sons of Noah on the Y Chromosome Family Tree?” on Creation.com, and additional resources on topics like DNA mutation and genealogy.
Are we from the stars?
Before this period, humans had 24 pairs of chromosomes, similar to other primates.
Timeline of the Four Worlds
From 24 to 23 pairs of chromosomes
Little People
Genetic studies suggest that the San carry some of the oldest human Y-chromosome haplogroups.
Book of Giants
Chromosome count
Interview with Reptilian Woman
So they obtain perfect chromosomes from you and animals and continue to modify their own genes over and over again.