Yeah, I knew that when I read it.Brain fart!

And I know all about 'em too.
BTW - great maps you guys are posting!
Moderators: MichelleH, Minimalist, JPeters
Excellent maps, Charlie. Cool
Good work!
Thanks Stan and Beag.BTW - great maps you guys are posting!
Charlie, on your maps you are not clearly showing the areas where our direct Neanderthal lineages arose. Why in the hell do you think we like rocks so much?BTW, if you notice anything wrong about them, please let me know. I'm still very new to this genetics bit.
Yeah, it appears HNs traits were expressed, most predominantly, from ca. 330,000 B.P. (pre-Illinoian time- an interglacial) to ca. 30,000 B.P. (end of the Sangamonian Interglacial- beginning of the Wisconsin). Figure they headed north for "Summer" and south for "Winter", with the general human population absorbing their peculiar allele during a southern migration (i.e.- Wisconsin)?Charlie, on your maps you are not clearly showing the areas where our direct Neanderthal lineages arose. Why in the hell do you think we like rocks so much?![]()
It does my heart good to have other folks saying this stuff. I won't be in the nuthouse alone.Charlie Hatchett wrote:Yeah, it appears HNs traits were expressed, most predominantly, from ca. 330,000 B.P. (pre-Illinoian time- an interglacial) to ca. 30,000 B.P. (end of the Sangamonian Interglacial- beginning of the Wisconsin). Figure they headed north for "Summer" and south for "Winter", with the general human population absorbing their peculiar allele during a southern migration (i.e.- Wisconsin)?Charlie, on your maps you are not clearly showing the areas where our direct Neanderthal lineages arose. Why in the hell do you think we like rocks so much?![]()
So our genetics were created during a Southern Summer Slumber Party? HSN women probably weren't too bad in the dark as long as you couldn't smell!with the general human population absorbing their peculiar allele during a southern migration (i.e.- Wisconsin)?
Possible Ancestral Structure in Human Populations
Vincent Plagnol*, Jeffrey D. Wall
1 Department of Molecular and Computational Biology, University of Southern California, Los Angeles, California, United States of America
Determining the evolutionary relationships between fossil hominid groups such as Neanderthals and modern humans has been a question of enduring interest in human evolutionary genetics. Here we present a new method for addressing whether archaic human groups contributed to the modern gene pool (called ancient admixture), using the patterns of variation in contemporary human populations. Our method improves on previous work by explicitly accounting for recent population history before performing the analyses. Using sequence data from the Environmental Genome Project, we find strong evidence for ancient admixture in both a European and a West African population (p ≈ 10−7), with contributions to the modern gene pool of at least 5%. While Neanderthals form an obvious archaic source population candidate in Europe, there is not yet a clear source population candidate in West Africa.
http://genetics.plosjournals.org/perlse ... en.0020105
I think being in the nuthouse is a prerequisite for participating in this forum.It does my heart good to have other folks saying this stuff. I won't be in the nuthouse alone.![]()
That's why beer was invented.
Yeah, but it's a valid scientific principle, in historical matters: Inference To The Best Explanation. Who knows, Bro. We're just scratching the surface...I always get nervous when statisticians begin talking about "goodness of fit", but there are some interesting approaches taken to ancient admixture.
WARNING: Don't read this article without a pillow handy!![]()
Sarnthein, M., Kiefer, T., Grootes, P.M., Elderfi eld, H., and Erlenkeuser, H., 2006,"The most likely immigration route of these pre-Clovis people led along the southern coast of the then dry Bering shelf, the Aleutian island arc, and the shoreline of British Columbia..." (Sarnthein et al. 2006:141).