Friday, March 20, 2009

What the Different Styles of Crowns could mean in the developments leading up to Kmt [Nwt] State Formation

Perhaps few give little thought to the matter, given the oft spoken about Crowns of Kmt (Kemet or "ancient Egypt"), particularly the "White" (Hedjet) and "Red" (Deshret) Crowns, but access to these items as tangible relics of the past has thus far been elusive. Pictures of pharaohs seem to indicate that the king's crown was made from a variety of material, from soft-looking ones [e.g. headdresses] to relatively harder ones. There are quite a variety of them, at that; these undoubtedly include those typically associated with the Neteru.

For its part, the so-called "encyclopedic" Wikipedia attributes this to an Egyptologist named Bob Brier…

Egyptologist Bob Brier has noted that despite its widespread depiction in royal portraits, no actual ancient Egyptian crown has been discovered. Tutankhamun's tomb, discovered largely intact, did contain such regal items as his crook and flail, but not a crown. Crowns were assumed to have magical properties, and Brier's speculation is that there were items a dead pharaoh could not take with him which therefore had to be passed along to his living successor.

…presumably based on notes from: Brier, Bob. PhD. History of ancient Egypt (in Audio). The First Nation in History. The Learning Company. 2001.

If this is Mr. Brier's speculation, there is little that can be made from it, since there were a variety of these 'hard-looking', and hence, very likely "durable", Pharaonic crowns, and just not a single or a few in Kmt. Hence, some of these, provided they were made from durable material as they seemed, should have survived along with other regalia.

It had been suggested, as quoted by a website owner Myra Wysinger, that...


The While and Red Crowns

Though no example of these crowns survive (that we know of), scholars have proposed that they were made of fabric or leather, supplemented in the case of the Red Crown by a "wire" ending in a spiral. Both of these crowns are mentioned in the Pyramid Texts, where their luminous color is associated with the light of celestial bodies.

This prospect is questionable in that, what kind of fabric or leather would be easily made into the shape of say, the white crown, without "hard" support—like metal—to act as a "skeleton"? If a metallic/wooden "skeleton" was needed to provide the shape of the leather or fabric "covered" crown, then is it not reasonable that this "skeleton" is expected to be found? Even a scenario of having a single crown of each kind at a time doesn't necessarily excuse the status of no solid-material/hardened crown being found; if a hard-crown is made of durable material, which the likes of the white crown and red crown suggest, then it is reasonable to expect such material to survive for some time, especially given that crowns are supposed to be important symbols of royalty, i.e. the "divine"-appointed ruler of the land.

Archaeologically, we are told by touregypt.net website, that the first sight of the 'red crown' which was presumably associated with "lower Egypt", actually occurs in Upper Egypt [Nagadan complex] rather than in the Delta or Lower Egyptian area:

"The red crown, or deshret, may very well have originated in Upper Egypt, although it eventually became associated as the symbol of Lower Egypt. A sherd from a large vessel dated to late Naqada I, near the town of Nubt, the city of Set, has a representation in relief of the red crown, and on both the Narmer palette (one side) and macehead the king’s figure is shown wearing the red crown. - M. Parsons, touregypt.net

This theme is repeated by several other observers, namely for example,...

In the Wadi Qash, a branch of the Wadi Hammamat, Wilkinson (Genesis, p. 80) cites two rock drawings of men wearing red crowns, which he dates to Naqada I (c. 3600 BC). These drawings place the red crown earliest in Upper Egypt, just where we would expect to find the white crown — only the white crown is nowhere to be seen at this time. From this it appears that the red crown was initially associated with Upper Egypt — or at least the Wadi Hammamat — and that the white crown was a later arrival from somewhere else. - Genesis of the Pharaohs: Genesis of the ‘Ka’ and Crowns?, by Timothy Kendall.

the Double Crown, comprising Red Crown (first attested as a motif on a pot sherd from Naqada in southern Upper Egypt, dating to the Naqada Period) and White Crown - the two crowns seem to be designed to form a unit, the White Crown slotting into the Red Crown and being held in place by its distinctive frontal coil; the first monument on which a king is shown wearing both crowns is the siltstone cosmetic palette of king Narmer (depicted on one side of the palette wearing the White Crown, and on the other side wearing the Red Crown); some deities wear one or other of these crowns, but they are not worn by the human subjects of the king - University College London, digitalegypt.ucl.ac.uk

The sherd of pottery that is being alluded to in the above, was pictorially reproduced in Wilkinson's publication [Early Dynastic Egypt] below (fig. 1):



Another Predynastic figure sporting what appears to be the Red Crown, as alluded to by Timothy Kendall above, also from Upper Egypt [Wadi Qash] and dating back to around the Nagada I phase:



Also, from the Palermo stone piece, we come across several king figures of presumably the predynastic era; some observers guess that they must be from the delta, because of the Red Crown, but this premise is questionable on the grounds that no predynastic era-oriented material of either authored Kings' list, tags or tombs filled up with regalia symbols as such [i.e. the Red Crown] have been recovered to verify it, as far as one can come to attention:



This below is an ivory piece that was dedicated to king Djer. In that image, only the Red Crown is visible; no sign of the White crown here.



Many of the pre-dynastic Abydos or Nagadan rulers were often artistically rendered with the familiar cloth "Pharoanic" headdresses, and very rarely seen with the Hedjet ("White" Crown). The Red Crown however, occasionally appeared alone [without double rendition of a king wearing both crowns] on "predynastic" figures, as seen in that example above, of an apparently old rendering in Wadi Qash, and on the alleged pre-dynastic Kings shown on the Palermo stone, also above. Only on figures fairly close to the turn of the predynastic era, like say, exemplified by King Scorpion, do we begin to come across the Hedjet displayed on the of heads of Nagadan or Abydos situated Kings. Speaking of which, below is a sculpture of an unidentified King at Abydos, presumably dating to earliest dynasties (ca. Dynasty 0 or 1st) or the very late predynastic line of kings; he is clearly sporting the Hedjet ("White" Crown) on his head:


Archeological evidence seem to indicate that both the Red Crown and the White crown originate in the Upper Nile Valley region. The reckoning here could be that the reason the Red Crown eventually came to be associated with north regions, is that the Red Crown line of kings progressively [prior to the introduction of the White Crown in the Nagadan strongholds] brought certain territories in that general region under their control to some degree or another before the effective unification of the entire sub-region [both Upper and Lower Egyptian regions] under one centralized polity. The White crown may have been introduced from lower Ta-Seti shortly before said unification. The earliest pictorial attestations of the Hedjet displayed on a king figure appears to come from the Qustul cemetary regalia.

In relation to the last point, concerning Ta-Seti, a possibility here is that Red crown rulers in predynastic upper Egyptian [perhaps Nagadan] complexes made some headway in dominating parts of lower predynastic Egypt before 'newcomer' elites [white crown rulers]—coming further from the south [like from Ta-Seti or perhaps beyond]—became dominant in the Nagadan complex, as a result of political alliances and perhaps conquests. This process would mean that regalia of the Red Crown Upper Egyptian rulers would have been found in lower Egyptian regions under their sphere of influence, before the consolidation of the political authority of the 'white crown' rulers in the greater part of Upper Egypt. Once this consolidation was accomplished in Upper Egypt, there would have been a move to incorporate the holdout 'spheres of influence' of the Red crown kings of Upper Egypt in Lower Egypt into the new consolidated Upper Egyptian polity, to be dominated by the White crown. As a symbol of complete unification, the white crown and red crown were harmonized by 'combining them', as seen in some places. And yes, this would have meant the movement of people from Upper Egypt to the Lower Egyptian regions.

Recounting a discussion, the present author raised "questions" about the "possibility" of a "surrogate" Ta-seti polity in the so-called Nagadan complex, as one of the possible ways, amongst the others out there, by which "White Crown" rulers from further south of Abydos may have sought to consolidate their rule in the greater part of "Egyptian" territory; direct conquest from further south was the other possibility among said possibilities already examined in the preceding passages. Think of a "surrogate polity" as a 'proxy' polity, or a polity that is tied (related) to or pays allegiance to another polity/administration elsewhere. In the context of the predynastic upper Egyptian polities, the question was raised based on archaeological indicators of "concurrently" running polities in Ta-Seti and Nagada...and a study that determined royal remains in the Upper Egyptian regions north of Ta-Seti to have close affinities with those in what is dubbed "Nubia". That said study of royal remains was described as follows:

"A biological affinities study based on frequencies of cranial nonmetric traits in skeletal samples from three cemeteries at predynastic Naqada, Egypt, confirms the results of a recent nonmetric dental morphological analysis. Both cranial and dental traits analyses indicate that theindividuals buried in a cemetery characterized archaeologically as high status are significantly different from individuals buried in two other, apparently nonelite cemeteries and that the nonelite samples are not significantly different from each other.

A comparison with neighboring Nile Valley skeletal samples suggests that the high status cemetery represents an endogamous ruling or elite segment of the local population at Naqada, which is more closely related to populations in northern Nubia than to neighboring populations in southern Egypt.

Extract from: American Journal of Physical Anthropology, Vol. 101, Issue 2, October 1996, Pages: 237-246.

Going back to that Timothy Kendall excerpt posted earlier, the work it came from said something related to what has just been relayed, but tells us little more beyond that, read:

From Timothy Kendall, Genesis of the Pharaohs: Genesis of the ‘Ka’ and Crowns?, courtesy of aforementioned Myra Wysinger via her site...


"In the Wadi Qash, a branch of the Wadi Hammamat, Wilkinson (Genesis, p. 80) cites two rock drawings of men wearing red crowns, which he dates to Naqada I (c. 3600 BC). These drawings place the red crown earliest in Upper Egypt, just where we would expect to find the white crown — only the white crown is nowhere to be seen at this time. From this it appears that the red crown was initially associated with Upper Egypt — or at least the Wadi Hammamat — and that the white crown was a later arrival from somewhere else. Both the red and white crowns have ungainly shapes, hardly natural as head-wear. The red crown was a low cylindrical hat with a high spike-like pillar at the back, from which a rigid, curling element projected forward. The white crown was very tall and conical, and swelled slightly at the peak to form a knob. Neither form has been satisfactorily explained. What ideas lay behind such crowns? Where and how did they originate, and what did they symbolize? Wilkinson’s book may offer clues. The most distinctive aspect of the red crown is its curled element, which has the same shape as the later coiled ‘rope’ hieroglyph (Gardiner 1969, V 1). One would thus assume that this feature symbolized a rope. This symbol appears again as an element in another hieroglyph, which is the standard of the god Min (Gardiner 1969, O 44). Here the coiled rope appears between a pair of bull horns mounted on the top of an upright post. The combination of motifs — post, bull horns, and rope — seems to evoke the action of tethering a bull, an activity of the Min figure (or his human double) frequently pictured in the rock art (Genesis, figs. 37, 38, 39, 41, 52). The early presence of the red crown in the Wadi Hammamat coupled with its morphological similarity to the Min standard may suggest that the crown, and the kingship it represented, emerged in the Eastern Desert out of the Min cult. Its name (ds&rt: ‘the red one’) may even suggest a relationship with the desert (ds&rt ‘the red land’).

The Min standard with bull horns (also called ‘ka’) usually appears in dynastic art erected in front of a very tall, tubular, phallic-shaped shrine, known as the sh.nt, before which Min stands (Munro 1983, figs.). This structure, described as a ‘primitive tent shrine of the desert’, was either conical or spiked at the top and was usually depicted with a doorway or pylon in its lower half, indicating that it was many times the height of a man. The shrine was supposed to have housed a bull (‘ka’) consecrated to Min, and many scenes from dynastic art depict the raising of such shrines by Nubian men with feathers in their hair (Isler 1991, 158 ff.; Giuliani in press). In some scenes we see that the rope of the Min standard, which coils between the bull horns, is actually attached to the base of the spiked top of the sh.nt just as the curled ‘rope’ element of the red crown emerges from the crown’s spike. In other images, the sh.nt appears with a conical rather than spiked summit, and its peak sometimes terminates in a knob (Isler 1991, 161, fig. 7). In such renderings the sh.nt has an equally strong resemblance to the white crown. This leads us to consider the possibility that both the red and white crowns may have derived from the Min cult but simulated different forms of the sh.nt. (Might the white colour of the ‘white crown’ be related to the white colour of the clothing of Min, as it appears in dynastic art?) Unfortunately, the earliest known depictions of the sh.nt in Egyptian art date from the 6th Dynasty, and nothing like a sh.nt appears in the rock art. It is hard to imagine, however, that such a distinctive shrine would simply be invented in the late Old Kingdom and inserted into a cult already very old. One suspects that the sh.nt may have been there all along but had not been represented.

The origin of the white crown is ambiguous. Its first appearance in Egypt may be a rock drawing in the Wadi Abbad, about 50 km east of Edfu (Genesis, p. 192). Here, a figure wearing a tall crown (without knob) appears seated on a Naqada II-style boat, accompanied by a bull and a figure of Min. The image is apparently two or three centuries later than the earliest images of the red crown. The Wadi Abbad, it should be noted, intersects the Nile near El-Kab and Hierakonpolis. These were the cities of Nekhbet and Horus Nekheny, respectively — the deities of the historic white crown kingship. Oddly, in the famous painted tomb of Hierakonpolis, also Naqada II, there is not one representation of a white crown among the numerous images of the ruler. And on the painted textile from Gebelein the ruler seated in the boat wears only a kind of bowler hat (Genesis, pl. 12).

Ironically, the earliest certain images of the white crown come not from Egypt but from Qustul in Lower Nubia, about 300 km up-river from Hierakonpolis. These images occur on two incense burners of uniquely Nubian type, which depict kings seated in archaic high-prowed boats wearing abnormally tall crowns with knobs, accompanied by bulls and Horus falcons(Williams 1980; 1986, pls. 33, 34). They date to about 3300 BC. The same crown then appears not long afterwards in Egypt: on an unprovenienced ivory knife handle in the Metropolitian Museum and, later still, on the Scorpion mace head and Narmer palette (Wilkinson 1999, 194–5). The evidence can be interpreted several ways:

a) the white crown was exclusively Egyptian, and it is Egyptian kings who are represented on the Qustul incense burners;

b) the white crown was used simultaneously by competing rulers in Upper Egypt and Lower Nubia; or

c) the white crown was first used in Nubia and spread northwards.

It was obviously associated with riverine kingship (kings in boats), bulls (the Min cult) and the god Horus. The white crown is usually assumed to be a homegrown Egyptian symbol—badge of the kings of the emergent Upper Egyptian state. They obviously pushed the red-crown wearers into Lower Egypt before the advent of the dynastic era. We need at least to consider the possibility, however, that the white crown might have had a Nubian origin. Varying forms of the shrine of Min, showing their similarities to the red and white crowns. When Egypt conquered the A-Group rulers of Qustul, they may simply have adopted their crown, just as they adopted the red crown to legitimize their claims to the north. This may explain why Ta-Seti (Lower Nubia), from the beginning of dynastic history, was Egypt’s first nome (Baines & Malek 1986, 15).

It may seem surprising, but there is a strong ancient tradition linking the white crown to Upper Nubia. In the first century BC, Diodorus Siculus (3.2.1–3.6) wrote that at the beginning of time the Egyptians and Nubians (‘Aithiopians’) were one people and that Osiris (i.e. their first king) came from ‘Aithiopia’ and colonized Egypt after it was created by the out-flowing Nile. This, he states, explains why Nubian and Egyptian customs are similar and why the kings of both countries wear ‘tall pointed felt hats ending in a knob’(Eide et al. 1996, 645). This story can be traced back to the early 18th Dynasty, when the Thutmosid pharaohs established their southern cultic frontier at Jebel Barkal, near the Fourth Cataract. This mountain is distinguished by a 75 m high pinnacle, in whose natural shape the Egyptians saw the vague features of a gigantic figure (i.e.Osiris) as well as a rearing uraeus (Nekhbet of el-Kab), both wearing the white crown. Because they also recognized the rock as an erect phallus, they believed they had discovered here the original mound of Creation — a Nubian Heliopolis and Karnak—and the birthplace and residence of the primeval ithyphallic Amun (= Min). Since the mountain lay in the extreme south, they identified its god as the source of the inundation and fertility. Since it was the perceived home of the southern uraeus (a southern el-Kab), they also believed it was the birthplace of the white crown. They thus built here an important coronation complex and Pr-wr (temple of Nekhbet) (Kendall 1997, 168–70; 2002; 2004). They simultaneously built Luxor (‘Southern Sanctuary’) as a Theban manifestation of Jebel Barkal in order to honour the same god and to perform the same coronations locally (Pamminger 1992; Kendall 2004). At the end of the New Kingdom the Amun priesthood at Thebes took away the right of the kings to rule the South. I am presently investigating a hypothesis that this may have been due to the fact that the pharaohs had lost control of Jebel Barkal and had allowed Nubia to become detached from Upper Egypt. The priesthood only willingly restored the white crown to a ruling family in the eighth century BC, when they recognized the Nubian kings of Kush as heirs to the imperial pharaohs by virtue of their renewed control of Jebel Barkal and their ability to reunite it with Karnak. Like the New Kingdom pharaohs, the 25th-Dynasty kings believed that through their control of Jebel Barkal they were heirs to the ‘kingship of Re’. It was this belief that drove the Egyptianizing Meroitic state in the Sudan for the next thousand years. The Jebel Barkal pinnacle is the largest freestanding monolith in the Nile Valley, and to superstitious ancient man its impact on the senses and imagination would have been enormous. When the Egyptians laid eyes on it in the early 18th Dynasty, they thought they had rediscovered the source of the white crown and the home of their first kings. Was this merely contrived history, or was this belief based on some genuine, possibly ancient Nubian tradition?

Surely the Nubians who greeted the Egyptians must have venerated this rock in similar ways, if ethnological parallels can be applied. Many modern animist peoples of the Sudan typically worship large phallic-shaped stones and identify them simultaneously with ancestors and totemic animals and consider them sources of fertility (Bell 1936; Bolton 1936).

Morkot (2000, p. 55) has shown that some Upper and Lower Nubian kings, independent of the pharaohs, were wearing the white crown at the time of the 11th–17th Dynasties. Is it possible that this practice, usually described as ‘emulating the pharaohs’, might actually be a native tradition going back to Qustul? The problem is that we have almost no pre-Egyptian Nubian representational art— or texts. However, a recently discovered Egyptian text from the tomb of Sobeknakht, governor of el-Kab in the late 17th Dynasty, recounts a massive Nubian invasion of Egypt as far north as el-Kab, apparently by the king of Kerma. Might this have been launched to extend that potentate’s ‘white crown’ control over Upper Egypt (Davies 2003)? Is it a coincidence that the territory over which Huy, Viceroy of Kush, later claimed administrative control extended from el-Kab to Jebel Barkal (Davies & Gardiner 1926, 11)?

A prehistoric Sudanese origin for the white crown may sound preposterous, but is it beyond possibility? The most important point made by Wilkinson in Genesis is that the climate in Upper Egypt was much wetter in the early fourth millennium BC. This implies that the farther south one went, the rainfall would have been greater, and the deserts more habitable. Greater rainfall would have meant higher inundations and better seasonal navigation of the Nile. Recent studies indicate that the great wadis of the northern Sudan were all major Nile tributaries at this time (see, for example, Keding in press; Fuller 1998). Communication would have been easier between north and south, which probably accounts for the striking cultural uniformity between Egypt and Nubia at this time (Wilkinson 1999, 176; Wengrow 2003b, 126–35). The similarity of style between the rock drawings of Upper Egypt and northern Sudan implies wide-ranging pastoralist peoples of similar backgrounds (Chittick 1962; Allard-Huard 1993; Paner 2003, 19, pl. 12), who probably all worshipped some form of Min (a god venerated, according to later Egyptian texts, from Upper Egypt to ‘Punt.’). Would it be so difficult to imagine that in the late fifth or early fourth millennium BC local herdsmen venerated the Jebel Barkal pinnacle was worshipped by surrounding herders both as a god’s phallus and as a divine ancestor in stone wearing a strange, very tall pointed headdress? If so, wouldn’t the leaders of these peoples have adopted a similar crown to show their descent from him? If the crown symbolized the god’s phallus, then the wearers of the crown would have been perceived as the bearers of the god’s fertility wherever they went. And if some of them roamed far north from Jebel Barkal—into Lower Nubia — with their herds (see Castiglioni & Castiglioni 2003, pl. XXXI), wouldn’t they have continued to worship the god in his tall sh.nt shrine, which duplicated the form of the mountain’s deified monolith? From there these symbols could have easily passed to the earliest rulers of Egypt.

If it seems improbable that an Egyptian crown would have its prehistoric origins in the Sudan, would it not be just as improbable to find there that an ancient Egyptian royal emblem had survived to modern times as a symbol of high political office? Visiting the Khalifa’s House Museum in Omdurman in January 2004, I saw a glass case containing some of the possessions of the Mahdi’s successor, the Khalifa Abdullahi el-Taishi (died 1899), who would have known nothing of the pharaohs. There, together with his Qur’ans, was his wooden staff: a classic was scepter!"

- Ends -

The idea that the Red Crown must have always been a "delta Nile Valley thing", comes from narratives setup to explain off scenes displayed on the Narmer Palette. This has often been invoked as events surrounding unification of the two lands; the delta region—represented by the Red crown, and upper Egypt—represented by the White crown. However, like Narmer, King Scorpion II—presumed to have preceded Narmer—also sported a Red crown in one scene, and a White one in another. Surely, this too could well be interpreted as relating events surrounding unification of the regions. If so, then this would have implied two major unification events, and thus along with it, weaken the 'Narmer as the first unifier' viewpoint. Some of course, have tried to work around the seemingly contradictory indicators, by suggesting that while the initiative and undertaking of bringing the said regions under a centralized polity may have began under rulers who proceeded Narmer, it culminated into Narmer's unification endeavor. From a personal viewpoint, this just goes to show the hypothetical nature of the narrative about not only Narmer being the absolute first unifier, but also the notion that the Red crown must have been the regalia of a lower Egyptian polity(s), while the White crown was that of the upper Egyptian rulers. The latter particularly seems to be so romanticized and attractive, that it is virtually repeated everywhere as though it were gospel truth, despite the fact of no predynastic Red crown regalia having ever showed up in lower Egypt, let alone predate the upper Egyptian examples of the same item. However, any idea that the Red crown may very well be ultimately upper Egyptian in origin [as preponderance of evidence as it stands, suggests] would require a relatively more complicated storyline than the aforementioned, which one imagines, lessens its appeal in some circles. Personally, not a single large royal tomb associated with any specific delta king assigned to a specific territory comes to mind, let alone an elaborate list of kings, tags implicating them or what have you.

On the question of the last point, a recent article posted by weekly.ahram.org.eg, titled "Not rivals but culturally united", followed by the attention-grabber of "Sensational discoveries by a Polish mission in the Nile Delta have revealed that far from being hostile regions as previously supposed, Upper and Lower Egypt were politically united in predynastic times, says Jill Kamil", noted:

"Now, thanks to the Polish discoveries, it is fairly certain that there were indeed two predynastic capitals of Upper and Lower Egypt."

This elicited the following response in a reader...

I also don't see where there were TWO capitals, as the article claims: "Now, thanks to the Polish discoveries, it is fairly certain that there were indeed two predynastic capitals of Upper and Lower Egypt. Fairly certain? Where? I see a well endowed northern location, flush with many material goods, but how does this make a "capital" or "state" of Lower Egypt? Am I missing something here? Indeed, it seems that several objects found relate to similar things inthe south like the carved dwarfs. And the Hed-Sed festival is very ancient, no doubt found south as well. - by forum discussant going by the moniker of "Zarahan".
 
Indeed, as the present author replied the discussant above, the article itself makes no specific mention of anything in way of tangible evidence, to my knowledge, that directly bespeaks centralized local state authority in the Delta, as we see in the Upper Egyptian areas.

For instance, we don't see record like this, as noted by the authors of said article themselves below, in the Delta areas prior to "unification":

However, archaeologists excavating at Abydos have found historical proof of the order of succession of the earliest kings of Pharaonic Egypt (inscribed on a clay seal), and also, in a predynastic and already heavily excavated cemetery, evidence of a possible 15 kings before Narmer (Menes/Aha), who stands at the beginning of recorded dynastic history.

Yet the mentioning of two supposed "capitals" might misleadingly insinuate that there was some sort of major centralized polity(s) in Lower Egypt which is somehow elicited or implicated by tangible evidence, when no such evidence exists or has been brought to light.


It looks like the notion of "two capitals" here was merely an inference made from an allusion to the "leading urban" centers, which according to said article, were supposedly gleaned from recent archaeological material findings; the author(s) of the article and/or proponents of the said "leading urban" centers figured that these centers must have had local authority respective to each and note, with attention to emphasis:

During the long predynastic era, different settlements (identified with totems) appear to have expanded their boundaries and begun to coalesce. Maybe some tribal groups gravitated towards larger ones and started to trade and barter with them. A process of assimilation took place. They became more dependent on one another, and there was a natural fusion into larger social units. Gradually the affairs of various villagers became **tied to a major settlement, which undoubtedly represented the richest and most powerful of them**. This is especially apparent at Nekhen near the modern town of Edfu, where there are five unusually large graves among the burials, and, as we now know, at Buto in the Delta.

To reiterate, the article provides no specific evidence about Delta Kings, their kings' list and large tombs, as noted, that we see in the case of upper Egypt, to suggest the existence of some major autonomous "capital" of the delta area, which was presumably that of centralized delta polity. The article however, does go onto reiterate some of the issues raised by previous observers, about possible cultural unification processes along the Nile Valley prior to first actual political unification and consolidation of a large area under the first of the Dynasties of the unified state of Egypt. One example of this from the article,...

"Cialowcz points out that before Upper Egyptians
entered the Delta, there were at least two centres that
rivalled them in every field. "Cultural unification
[which is observed in archaeological materials all
over Egypt, from Elephantine to the Mediterranean]
was not equal to political union."

As the present author had noted here, when the article was brought to attention...

What the authors of the present article were presumably driving at in their own way, is that Upper Egyptian and Delta polities competed with one another [as many nations still doregardless of "socio-economic" and "military" status, i.e. even between the stronger and the weaker states over natural resources and strategic trade routes] over gaining the upper hand in access to not just in situ Nile Valley [including as far as where Kush lay] natural resources and trade, but also strategic corridors to accessing trade and resources in the "Near East", while also gaining the upper hand in political clout. In the process, so reckons the article, there were cultural fusions that culturally unified the regions involved to some extent or another before actual conquest endeavors [primarily from the south] and political unification under a central authority, but that Upper Egyptian polities were more advantaged when it came to the socio-economic situation and political clout.

Even so, it goes onto say,

Cialowcz points out that before Upper Egyptians entered the Delta, there were at least two centres that rivalled them in every field. "Cultural unification [which is observed in archaeological materials all over Egypt, from Elephantine to the Mediterranean] was not equal to political union.

And:

The thrust for expansion, and ultimate unification, came from the south.

...meaning that "the south" was more socio-economically advanced, giving it the upper hand to unite the general territory under a single centralized authority.

Recounting the present author's own postings back in 2005—in a discussion board, the following was raised, featuring different publishers/authors and evidently sporting themes about gradual cultural unification, as a side effect of trade and political relations along the Nile Valley prior to full unification into a single large state:

There is no question within academia, about the creation of a unified Egyptian nation state, the first central nation state, being the initiative of the Upper Egyptian establishment. However, there seem to have been differences in viewpoints as to how this came about. For instance, was it the culmination of military conquest of the Lower Nile Valley polity by the Upper Nile Valley polity...OR, was it a more peaceful and gradual process of Upper Egyptians moving northward, as a result of trade initiatives, resulting in the relations between the regions to grow into a unified state, with the more socio-economically developed Upper Egypt, and hence, its more powerful leadership having the advantage to rule over all lands?

Perhaps interesting questions for one to ponder!


In reply, a respondent wrote:  
It is possible that it was a combination of both, but the war and violence part we definitely have evidence of. 

Even the formation of each of the Two Lands had some sort of violence involved. Look at the glyphs of King Scorpion. There appeared to be conflict between Nekhen and Nakada as well as other city-states.
In response to the respondent, the present author wrote:

Agreed. Here is what Professor Kathryn Bard; Trustees of Boston University and the Journal of Field Archaeology, put together:

...Based on an analysis of archaeological evidence, the earliest writing in Egypt, and later king lists, Kaiser (1964: 118, 105-114) proposes that the Nagada culture expanded north in Nagada IIc-d times to sites in the Fayum region (such as the cemetery at Gerza), and then later to the Cairo area and the Delta. The unification, therefore, was much earlier than the period immediately preceding the beginning of the First Dynasty (Kaiser 1964: 114, 1985: 61-62, 1990: 288-289).

Trigger (1987: 61), however, states that if the unification occurred at an early date there would be archaeological evidence from Nagada III burials of a court-centered high culture. Instead, Trigger proposes that the northward expansion of the Nagada culture during Nagada II-III was the result of refugees emigrating from the developing states in the south, or the presence of Nagada traders involved in commerce with SW Asia. While the unification may have been achieved through conquest in the north, an earlier unification of southern polities (Nagada, Hierakonpolis, and Abydos), may have been achieved by a series of alliances (Trigger 1987: 61).
The eventual replacement of Maadi artifacts in the north by a material culture originating in the south may represent military exploits, while colonization by southerner may have occurred in northern regions where there were less well-developed local polities, as at Gerza or Minshat Abu Omar. Guksch (1991: 41) suggests that the Nagada IId ceramic horizon in Lower Egypt represents expanded Upper Egyptian trade into the NE Delta in late Nagada II times, with a (later) militarily-achieved political unification in Nagada III/dynasty 0 times. Possibly there was first a more or less peaceful (?) movement or migration(s) of Nagada culture peoples from south to north that may have been formalized by a later, or concurrent, military presence. A shift in settlement patterns is seen, and by the First Dynasty the north was much more densely inhabited than the south (Mortensen 1991: 24).
Archaeological evidence suggests a system much too complex for the southern expansion to be explained by military conquest alone, and the northern culture may have made important contributions to the unified polity which emerged (Seeher 1991: 318). One result of this expansion throughout northern Egypt would have been a greatly elaborated (state) administration, and by the beginning of the First Dynasty this was managed in part by the invention of writing, used on seals and tags affixed to state goods.

Source: Link!


*Subject to updating without notice.

Monday, March 2, 2009

Working hypothesis around haplogroups IJK, I, J, K, P, R, and Q

The newly uncovered Y-DNA clade, given the moniker of 'IJK' at the moment, is defined by UEPs designated as S137 (L15) and S138 (L16) at rs9786139 and rs9786714 respectively.

* The isogg.org site recently provided additional locus information, in the form of L69.1/S163.1:

L69.1/S163.1 is shown as L69(=G) in IJK. L69/S163 appears in multiple locations. - isogg.org

And adds that:

The DE haplogroup appeared approximately 50,000 years bp in North East Africa and subsequently split into haplogroup E that spread to Europe and Africa and haplogroup D that rapidly spread along the coastline of India and Asia to North Asia. The IJ haplogroup characterizes part of the second wave of emigration from Africa that occurred via the Middle East 45,000 years bp and defines two branches I and J that emigrated northwards and eastwards into Europe. The J branch subsequently split again and contributed to the current North African population... - Courtesy of isogg.org

For its part, the International Society of Genetic Genealogy doesn't inform us on its website of either by whom or what circumstances were involved in the study responsible for the finding; rather, said finding was supposedly brought to attention by way of private communication [see: isogg.org]

Does this clade say anything about haplogroup K (M9), and add anything to either of the two probable scenarios provided earlier here about clade R1*-M173 origins [which recalling, was either African or "Southwest Asian"]?

Unfortunately, everything that is publicly known about this clade at the moment has been outlined above.

Notwithstanding this, what the mere announcement of clade IJK indicates, is the strong possibility of Hg K being part of the male gene pool involved in the earliest peopling events of Europe and "south western Asia" by anatomically modern humans, before either clade I or R came about and thereafter become noticeable and/or dominant in the region. This would have been anywhere between ca. 40,000 and 35,000 years ago, and would likely have been the case, regardless of where clade IJK originated.

Wherever clade IJK emerged, be it in the vicinity of southern Asia or the Great African Rift Valley areas, it appears that the expansion of the lineage occurred in the latter general region, on either side of the Red Sea. The downstream markers of this lineage, R1* in particular, show a general geographical structuring wherein clade R1b is heavily scattered on western Europe, while the clade R1a sibling is more widely dispersed as one moves eastward.

As a unique case, clade R1*-M173 is thus far more widely distributed on the African continent, with the remainder being found in isolated cases in the so-called "Near East" [Jordan Dead Sea area and Oman in particular]. Clade I is more widely dispersed in western Europe, while clade J in the so-called "Near East", followed by Northern Africa. The K clade seems to be relatively more concentrated on the Great Rift Valley geographical confines, with highest frequencies showing up in certain eastern African areas, particularly in the African Horn, followed by certain areas in the so-called "Near Eastern" half of the Great Rift Valley.

The overall picture here is one where it seems that clade IJK reached its expansion peak in the Great Rift Valley region, regardless of where the lineage ultimately emerged, with portions of it spilling over to nearby areas. It is highly likely in this region, the Great Rift Valley, that clades I, J, and K split.

It's plausible that clades I (M170, M258, P212, P38, P19, U179) and J (12f2.1, M304, S35, S34, S6) diverged in the northern areas of the Levant, with clade I, shortly after, spreading westward into western Europe, while clade J largely remaining largely localized then and expanding in situ. From several works, it appears that the J2 (M172) clade emerged first, and then later, J1 (M267) [See Ekins et al., An Updated Worldwide Characterization of the Cohen Modal Haplotype; and Nebel et al. 2001, The Y Chromosome Pool of Jews as Part of the Genetic Landscape of the Middle East]; the former likely emerged in the confines of the more northerly area of the Levant, while the latter, likely in a more southwardly region of the Levant [see Nebel et al. 2001].

According to Ekins et al., the bearing of the Cohen Modal Haplotype (CMH) STRs locus in the divergent clades of J2 and J1 implies that perhaps a derived haplotype cluster fundamental to CMH emerged some time before the divergence of either J2 and J1 from a shared ancestral lineage...

It is possible that the originally defined CMH represents a slight permutation of a more general Middle Eastern type that was established early on in the population prior to the divergence of haplogroup J. Under such conditions, parallel convergence in divergent clades to the same STR haplotype would be possible. - Ekins et al.

Could such a candidate clade have been a "IJ" (M429, S2, P129, P127, P126, P125, P124, P123) clade, or a derivative of "IJ" that has largely drifted out since? Worth pondering. Recently a possible east African origin, as one of the two possible scenarios, for haplogroup J1-M267 DYS458.2 allelic variant had been explored [See "Could Y-DNA J-M267 possibly have an African Origin? Taking a look at the DYS458.2 Locus"]. It is yet another indication of the richness of IJK subclades in the Great Rift Valley neighborhood.

Clade K on the other hand, could have diverged in the northeastern Africa vestiges [including Sinai, for example] or the nearby areas in the Levant, but it need not necessarily have diverged in the same area as clade I or J. However, some clade K carriers who were situated in the so-called "Near Eastern" areas may well have at some point early on, as noted above, i.e ~ 40 ky ago or so, dispersed into Europe, representing one of the earliest male Y-DNA lineages in that region, around the said time frame. These though, were likely modest in numbers, relative to clade K bearers in say, the so-called "Near East" or Eastern Africa on the African Rift.

Given the distribution patterns noted, it seems plausible that somewhere along expansion events of clade K bearers, the few that made their way to central Asia, somewhere around where the modern nation of Afghanistan [or neighboring regions to its north thereof] lies, the clade P (M45) emerged or else simply reached its peak expansion [albeit limited] in that area, in what could possibly be characterized in a founder effect scenario. This though as just noted, does not negate the emergence of clade P in the Great Rift Valley, whether it's on the northeastern African vestiges or the Levantine areas.

It appears that the clade P-bearing populations were likely dispersed in modest effective population sizes in many of the places they were situated. If clade P emerged in central Asia, as noted in one scenario above, then in its westward flow into the Great Rift Valley [actually a piece of Africa] must have spurred clade R1*-M173 somewhere in the latter region. On the other hand, clade P's emergence in the Rift Valley regions would simply mean that amongst those clade P-carriers who remained localized, clade R1*-M173 emerged, wherein it would quickly start spreading deeper into Africa and areas nearby Africa, likely amongst a nomadic-life style oriented group.

In either scenario, those clade P-carriers who made it to central Asia, would become the basis for the downstream clade Q (M242). The newly emergent clade Q carriers would disperse, with sections notably taking the Siberian corridor route. These latter group would become ancestors of some of early American settlers, likely the wave that followed the relatively early "tropical" elements that arrived in America in the late Upper Paleolithic.

Then comes the LGM [Last Glacial Maximum]. By then of course, it's highly likely that some clade R1*-M173 carriers from the Great Rift valley region made their way westward into western Europe by way of the Asian Minor corridor. Like their clade K fore-bearers, these initial migrant would have likely represented fairly modest effective population sizes in Upper Paleolithic Europe, but this would change with the receding of the LGM.

During the LGM, several populations in the northern latitudes, namely in Europe, sought refuge in certain refuge centers. It appear there was one in southwestern Europe [Iberian peninsula region in particular] and the others in the Asian Minor region [see: Cinnioglu et al. for example] and eastern Europe [vicinity of Russia].

The subclade R1b itself seems to have emerged before the LGM, but was initially modestly distributed in Europe. Some of these clade R1b bearers seem to have found their way to these refuge centers, from where many would disperse across Europe upon the recession of the LGM, with the clade reaching its expansion peak in western Europe. Others of course, dispersed to regions nearby the refuge centers. [See: "R1*-M173 bearing chromosomes in Cameroon" for further reading]

The clade R1a (M17) seems to have largely come to the scene as another possible after-effect of the LGM dispersal events, involving mutation amongst remnant R1*-M173 bearers who did not bear the R1b signature markers, including namely M343. From the distribution pattern of this R1 subclade, it appears that the center of [even if not actual point of origin, which is not ruled out either] that dispersal was somewhere likely where the modern state of Iran now lies [perhaps via the northwestern region of Iran, if for example, either the "Ukranian LGM refugium" or the "Asian Minor LGM refugium" model is considered, but also, and more importantly, predicated on the idea that ancestral R1*-M173 arrived from westward, the Great Rift Valley region in particular via its associated so-called "Fertile Crescent" and/or Levantine areas. The alternative would be, as others have suggested, surrounding regions — vis-a-vis Iran — like northern areas of Pakistan, India or thereof].

From there, clade R1a bearers would flow further east, but also moving further southward, into southern Asia, if R1a is presumed to have a western Asian provenance. On the other hand, again, it would flow from the Iranian region into Europe via the Asian minor and its eastern surrounding areas thereof. Perhaps some visual aids are in order, to provide clarity; let's take a look at distribution maps located in easily accessible so-called "encyclopedic" websites and elsewhere on the net...


The Red highlights in the circles reflect R1b, while the purple highlights reflect R1a. The substantive basis of this distribution map (click for hi res) isn't clear, but it seems to be corroborated to some extent by the one below (click for hi res) ...


Note that the top distribution map shows exclusive presence of R1a clade in southern Asia, which would tend to lend some support to the introduction of R1a clade bearers into Iran from nearby regions in say, Pakistan or India, from R1*-M173 clade carriers who arrived from the so-called "Near East". Under such a scenario, it's plausible that the marker spread northward via central Asia and then onto eastern Europe, from where it would spread further west, or could have involved a bi-directional-pronged movement, one via 'southwestern" corridor, and one via the central Asian one.

The question then becomes, what could have sparked such major demographic processes. It is less likely to have involved a LGM in southern Asia (for which we have information on the "Near Eastern" and "European" counterparts), unless information is brought to the fore about such a situation. Then again, as noted, it could be said that shortly after arrival from or emergence in "southwestern Asia" [likely via the Iranian region], R1a clade bearers quickly situated in southern Asia, where they would expand. This would mean that the ancestral R1a* clade bearers started out nomadic [perhaps indicated by mtDNA distribution pattern; according to Richards et al. 2000, Europeans shared few clades with populations rich in R1a clade within south Asia — like India, and eastward, like Siberia. See below, Ref *], with a portion, if not much of it, of the ancestral R1a* clade bearers quickly situating themselves in southern Asia.

This would have entailed what is dubbed as a "founder effect" scenario, which would explain virtual absence of R1b markers, which if were present in the midst of the R1a* clade bearing group, must have largely drifted out. From the said map, R1b clade frequency is relatively low even in the Iranian region, and it visibly starts to fade away as one moves eastward. With the so-called "Near East" closer to Europe, it is not surprising to see some dispersal of R1b markers therein, which could have involved independent demographic expansions [in association with a "Near Eastern" LGM refugia — as that implicated in Anatolia for example; again see: "R1*-M173 bearing chromosomes in Cameroon" for further reading] from that of R1a* clade carriers.

Another caveat: If R1a* emergence occurred somewhere along the dispersal path, somewhere in the neighborhood of Iran or surrounding territories, i.e. from a migratory origin point in the more westward "Near Eastern" refugia locations, which as noted, could have involved parts of the Asian Minor, then it is conceivable that a few R1a* clade bearers moved northwestward via the "Asian Minor" corridor and some possibly through the Caucasus, while others dispersed south and a little eastward, from where they'll further disperse northward into central Asia and beyond thereof.

Ref * [for clarity for the above, as noted]: From Richards et al. 2000, Tracing European Founder Lineages in the Near Eastern mtDNA Pool...

Table 1 shows frequencies and age estimates of the main mtDNA haplogroups that occur in the Near East and Europe. These clusters are restricted primarily to Europe and the Near East (western Eurasia). Western-Eurasian lineages are found at moderate frequencies as far east as central Asia (Comas et al. 1998) and are found at low frequencies in both India (Kivisild et al. 1999a) and Siberia (Torroni et al. 1998), but, in these cases, only restricted subsets of the western-Eurasian haplogroups have been found, suggesting that they are most probably the result of secondary expansions from the core Near Eastern/European zone...

There are even fewer eastern-Eurasian lineages represented, amounting to ∼2% in total: 3 individuals with haplogroup A, 4 with B, 7 with C (or pre-C), 2 with F, 1 from N*, 1 with Y, and 10 additional potential members of the eastern-Eurasian haplogroup M, some of which may be D (Torroni et al. 1993b). As in the case of Africa, these are probably attributable to fairly recent gene flow. Most of them would imply incursions from central/eastern Asia, and their occurrence in Turkey, Greece, Bulgaria, and the Caucasus, as well as in both the Saami and northeastern Europe, implies that they may be the result of historically attested migrations into these areas.

As always, this narrative is subject to ongoing modification as updates in research modify the status quo, and as additional material come to attention.

_____________________________________________________________

Discussion points: Questions & Answers that come up about this subject...

The following is a recounting of questions that came up about a possible African origin of R1*-M173 in a DNA forum run by some Eurocentic-cultist by the name of Andrew Lancaster; he censors the board to ensure dissenting voices [to his subjective opinions] are not heard, and so, this section is being devoted to address such matters, wherein responses are not stifled or edited, as done by such self-professed "discussion boards":

Exchange #1

A poster going by a pseudonym "Jafety R1b-U152" writes, having compared a possible African origin to the same sort of logic that places Hg E as an Asian originated marker:

I wanted to say that the view to originate R from Africa seems to be like originating E from outside Africa. There is much more "political" intention than scientific, I guess. Of course your blog do not say Hg E originated outside Africa, and I do not claim it does.

My response:

Whereas R1*-M173 markers were reported across Africa, E* has never been reported in the so-called Middle East, to even begin to compare it an 'inverse' version of Hg E originating in Asia. I make specific points in the blog; if you feel something therein is not right, feel free to point it out *specifically*, and I'll be glad to discuss the point with you.

"Jafety R1b-U152" writes:

R1b has no percentage in the India study because it was not found. Of course, they could not test for downstream SNPs as every sample was M343-

My response:

I know that, as I said so myself.

"Jafety R1b-U152" writes, having been informed about the Fulani sample in Hassan et al.'s (2008) by myself:

I also found the interesting R1* among Fulani in the Sudan study. Vineviz told us in the Sub-Saharan R1b1 thread that P25 is not a stable mutation, and he thinks (I hope I understood correctly) that they probably lost P25, but had it before. I am not an expert, so I can not comment if this is possible.

My response:

Well, Vineviz will have to show evidence of a unique event SNP being lost, if he/she has it. But in terms of the Fulani situation, it is interesting to me, because the Cameroonian Fulani were one of the groups that Cruciani and other research teams had detected undifferentiated R1* chromosomes, with considerably high frequency. Hassan et al.'s study, who did also a test for P25, seems to reaffirm this. Here to, the Sudanese Fulani sport considerably high frequencies. I hear about Bantus in Cameroon have tested positive for P25 markers that were found in those samples, but it is necessary to note that the R1* markers that earlier studies noted in northern Cameroon, happen to be mainly in non-Bantu speaking groups, like the Fulani.

[Note: Emphasis is made here on "non-Bantu", because a recent study by Berniell-Lee et al. claims to have made additional discoveries into where northern Cameroonian R1*-M173 markers may actually fall, where the phylogenetic order of R1 is concerned, presumably by studying Cameroonian Bantu-speaking groups and central African pygmies. However, the R1*-M173 chromosomes located in Cameroonian samples in previous studies, were mainly found in the non-Bantu speaking groups of northern Cameroon in rather considerable frequencies, and virtually rare to absent in Cameroon's Bantu-speaking groups. The said authors conclude that the previous R1*-M173 are likely to be R1b1* chromosomes, since that is what they found in their sample. It's something worth pointing out, as it seems to not touch the radar of many folks out there. Furthermore, as noted above, the Sudanese Fulani sample of Hassan et al. (2008), obviously tested negative for the P25 marker on their R1*-M173 markers, which again appear in considerable frequencies (54%). This is important, because it contradicts Berniell-Lee et al.'s findings of R1b1*, which does have the P25 marker. Given the similar patterns of R1*-M173 frequency in Hassan et al.'s Sudanese Fulani sample and those of a number other research teams in the past, it is not hard to imagine that these are the same markers that the northern Cameroonian Fulanis have too. ]

"Jafety R1b-U152" writes:

On Fulani, it is important to see that they are not a monolithic group, for example Senegali Fulani have Hg T while Camerooni not.

My response:

Of course they are not a monolithic group, which is why I said a section of west African Fulani, in my earlier post to you. Please re-examine it. Fulani, save for the isolated cases of these R1* carriers, are largely E-M2 carriers, consistent with other areas of western Africa.

[Note: The above is alluding to genetic composition, of course, but culturally, Fulani is undoubtedly monolithic; in fact, genetically too, for the most part, save for outliers like the R1*-M173, Fulani can be described as largely 'monolithic', in that their gene pool is consistent across the Fulani communities, and with those of the general west African area]

"Jafety R1b-U152" writes:

its African origin is very unlikely.

My response:

Why, when R1*-M173 markers were found there; [what argument is there], besides the argument that Hg R is not as diverse there, which doesn't negate an African origin as I note in the blog?

"Jafety R1b-U152" writes:

A North Indian or Pakistani origin is much more likely if you look at Q, R*, R2, R1a* (xM17), and they have R1* as well. However, R1b (M343) seems to have originated elsewhere, as it is nearly absent from India.

My response:

Like I said in the last post, this rationale is not as unequivocal as you think. R1b is generally rare to absent in Indian populations, and yet, it is generally considered the older branch of the two. If Indian groups are the ancestral groups, one might expect to see a good degree of R1b distribution amongst them alongside R1a, but that's not the case; as you now acknowledge yourself, R1 is essentially rare to absent in Indian populations. This means that R1* carriers were still around when R1a mrca emerged, because that is the only way R1a marker could have branched out into its own lineage, independent of R1b. So, the presence of paraphyletic R* markers amongst them can only mean three things: 1) that R1* spread from a western region, where R1b, the older branch, are heavily clustered, to the more eastern areas, in the path of which, R1a would eventual emerge. 2) R* and R1* are relics of this sort of expansion, or 3) R* and R1* in Indian groups are yet more rare R markers whose phylogenetic status is yet to be resolved, because even though they may not match the basic defining markers for established R sub-clades, they could be other newly independent downstream branches that have yet to be identified.

[It should be of note, that the presence of R* and R1* amongst a predominantly R1a carrying groups, can be seen as a sign of its R1a's relatively younger age and expansion than R1b, which again, is mainly seen in western areas. It may well imply that R1b had more time to expand and overshadow ancestral R1* or R*, which would have largely experienced negative drift.]

-- Exchange ends --

Exchange #2

A poster by the pseudonym of something along the lines of "DMX", writes:

The possible migration routes that article raised seem to suspiciously focus on Africa's prominence.

My response:

While an African origin for R1* therein has not been ruled out, as R1* markers have been found in Africa itself, it does leave R1* origin also open to a possible "Middle Eastern" origin; therefore your suspicion is unfounded, unless of course, you can specifically point out the specifics in question.

"DMX" writes:

Perhaps you can cite something other than (what I'm going to assume is) your blog for these over-complicated population movements?

My response:

The scenarios put forward were not done so in a vacuum, which is why illustrations from studies had been posted. I based the summary off what I've read about the distribution patterns of the lineages in question. If there's anything you find questionable therein, please point it out, and I'll be more than willing to discuss it with you, provided that censorship here allows it.

"DMX" writes:

The views expressed on that blog are just that; views, and not a scientifically credible (or even logical) explanation for Haplogroup dispersal.

My response:

Like which specific points. Please point it out.

"DMX" writes:

Further, they do not explain why almost every variant of the R Haplogroup can be found in Eurasia (let alone Central Asia) and not Africa.

My response:

It does account for such; you must have missed the sections of the post where links to related topics were provided, to expound on the theme at hand, as was done for example, with this link: R1*-M173 bearing chromosomes in Cameroon

In fact, if you like, I can invite you to another board where we can freely debate this issue mano a mano, as it is very impossible here, with all the defensive censorship going on in here.

---Exchange ends---

Wednesday, February 18, 2009

Post Alert—The Kmt-famed Pwnt ("Punt"): Exactly where was it located!



This post was drafted starting December 2008, and had since been progressively built in that mode until just recently; enough info has been compiled to warrant finally posting it here for public view by the interested parties.

Abstract
:

The name "Pwnt", known by many in the "West" as "Punt", has come to us by Kemetic accounts and legends of journeys to this exotic land, generally given an air of veneration, i.e. ancestral veneration, one perhaps predicated on the idea of distant ancestors coming from the south. One sees recurring themes of this air of respect in both wall reliefs depicting journeys to and descriptions invoked legends around this 'exotic' land. Without these accounts, all else about this land would have been lost to us, at least in so far as we now know it—as "Pwnt", as it only appears by that moniker in Kemetic records; no actual scripts of the "Puntites" have been uncovered in archaeological areas "of interest", that researchers suspect, again from Kemetic descriptions, to have hosted the community of "Pwnt" that we all have heard time and again about from Kemetians. Because of this, the precise whereabouts of "Pwnt" remains mysterious to some degree; if Kemetic descriptions have provided a hint that narrows down the most plausible general location, then the same cannot be said about either the precise location of the center of administration or the territorial extent of "Pwnt". This leaves the "Land of Punt" becoming a subject of speculation and debate. ---> Full Story...

Monday, February 2, 2009

Comments on Battaglia et al. 2008: Y-chromosomal evidence of the cultural diffusion of agriculture in southeast Europe

The objective here is to dissect and analyze Battaglia et al.'s study. Immediately below, we have the abstract:

Battaglia et al.

Dipartimento di Genetica e Microbiologia, Università di Pavia, Pavia, Italy.

The debate concerning the mechanisms underlying the prehistoric spread of farming to Southeast Europe is framed around the opposing roles of population movement and cultural diffusion. To investigate the possible involvement of local people during the transition of agriculture in the Balkans, we analysed patterns of Y-chromosome diversity in 1206 subjects from 17 population samples, mainly from Southeast Europe. Evidence from three Y-chromosome lineages, I-M423, E-V13 and J-M241, make it possible to distinguish between Holocene Mesolithic forager and subsequent Neolithic range expansions from the eastern Sahara and the Near East, respectively. In particular, whereas the Balkan microsatellite variation associated to J-M241 correlates with the Neolithic period, those related to E-V13 and I-M423 Balkan Y chromosomes are consistent with a late Mesolithic time frame. In addition, the low frequency and variance associated to I-M423 and E-V13 in Anatolia and the Middle East, support an European Mesolithic origin of these two clades. Thus, these Balkan Mesolithic foragers with their own autochthonous genetic signatures, were destined to become the earliest to adopt farming, when it was subsequently introduced by a cadre of migrating farmers from the Near East. These initial local converted farmers became the principal agents spreading this economy using maritime leapfrog colonization strategies in the Adriatic and transmitting the Neolithic cultural package to other adjacent Mesolithic populations. The ensuing range expansions of E-V13 and I-M423 parallel in space and time the diffusion of Neolithic Impressed Ware, thereby supporting a case of cultural diffusion using genetic evidence.

The Sorenson Molecular Genealogy Foundation (SMGF) produced a review article of the study in question, and it might well be instructive to go over aspects of it:

Genetic research by the Sorenson Molecular Genealogy Foundation (SMGF) and scientists from ten organizations in Europe and the U.S. shows human groups with the deepest roots in southeastern Europe were not pushed out by an incoming wave of farmer-colonists as agriculture first spread into Europe. Instead, indigenous Europeans with a hunting and gathering lifestyle adopted agriculture when it was introduced by settlers from the Middle East. The study was published in the Dec. 24, 2008 online issue of European Journal of Human Genetics...

There aren't exactly that many advocates out there, who suggest that European populations were "replaced" by incoming Neolithic farming communities; but rather, that the latter were absorbed into the European population. Where have these people been all this time? At any rate, it goes onto say this:

First, the European DNA groups, haplogroups I and R, make up about 60 percent of today’s population in southeastern Europe and represent some of the earliest modern humans to have occupied Europe, stretching back into Paleolithic times.

Second, haplogroup E entered southern Europe from Africa’s eastern Sahara and became established in the region roughly 10,000 years ago.

Third, haplogroup J is Middle Eastern and likely introduced agriculture into southeast Europe around 8,500 years ago.

Pay attention to the last piece; there is no mention of J *and* E; just J alone, in the invocation of the introduction of agriculture into southeast Europe.

Now, observe:

Both of the two later-arriving lineages, haplogroups E and J each make up 20 percent or less of the region’s population.

Lineages E and J are found predominately in the southern part of the Balkans, the region where Middle Eastern immigrants would have entered the area and where the first pottery associated with a farming society in the region is also observed.

The study proposes that the haplogroup J lineage introduced farming to the inhabitants of the southern Balkans represented by haplogroup E.

Members of haplogroup E subsequently transmitted the farming technology along the Adriatic where it was readily adopted by indigenous Europeans represented by haplogroup I.


While it is acknowledged that haplogroup E and J arrived in from non-European sources, it is only in southeast Europe, do we come across mention of haplogroup E carriers, who are not presented as the "co-agents" of the initial introduction of agriculture into Europe, but rather, served as the "middle-men", so to speak, who already happened to be in the Balkans [they are deemed to be descendants of "Mesolithic" pastoralists, who came in from north Africa, and implicated by the E-M78* paragroup] when the Hg J bearing agriculture-innovators arrived, then picked up the agricultural traditions from these Hg J bearing agriculture "pioneers", and spread it thereof onto aboriginal European groups, like those including haplogroup I bearers.

In other words, one gets the impression from this article that the authors here are saying that Hg J-carrying populations were the ones largely responsible for introducing Neolithic farming culture into Europe, and that Hg E-carrying groups in Europe were the recipients, amongst others, albeit major agents of spreading it further deep into western Europe. If so, this runs counter to the generally acknowledged idea about the first "Near Eastern" farming communities being the product of the union between emigrant Hg E-bearing groups from mainland Africa and autochthonous "Near Eastern" groups. In other words, E-bearing groups were not recipients but co-agents of Neolithic farming introduction into Europe; this article however, gives an impression that suggests otherwise.

It isn't so much as what is "wrong with the theory" Battaglia et al. put forward, but rather, that it is inconsistent with the general consensus of Neolithic farmers arriving in with both Hg J and E carriers, together concurrently. While the SMGF article says that their indicators suggest that E-V13 emerged in the Balkans, Cruciani et al. on the other hand, who identified this marker and also tested E-M78 bearing groups, including sufficiently those in the Balkans, say that the star-like pattern of European clusters vs. the non-star-like pattern of the "Near Eastern" examples [including Anatolia] shows that while the marker reaches its frequency peak in the Balkans, it actually has relatively greater microsatellite diversity in the so-called Near East. This also suggests that V13 first emerged amongst late Mesolithic Anatolian/"Near Eastern" groups who brought and/or adopted the Neolithic farming culture from the Levant, but that it would eventually peak in frequency in southeastern Europe due to positive genetic drift and population expansions within that region. This too is inconsistent with what this new paper is telling us. The paper leaves one wondering about what specific loci examinations and phylogenetic reconstructions the authors base their claims on.

It is Cruciani's [the original identifier of the E-V13 marker] word against these authors about E-V13 emerging in the "Near East" rather than Europe, but peaking in frequency in the Balkans. Additionally, Cruciani et al. arrived at this, after having studied both Balkan and so-called Near Eastern samples. Cruciani et al.'s demonstration of E-V13 haplogroup structuring in Europe, along with their E-V13 haplogroup-structuring in the so-called Near East have been well documented with maps, supplemented by specified respective microsatellite information under study; the same remains to be deduced from the study at hand. Furthermore, the article says:

In addition, it is also worth noting the Anatolian region of supposed Einkorn wheat origin (region 5 of Cinnioglu et al.), only one V13 chromosome out of 43 is found (P. A Underhill unpublished data).

Whereas Cruciani et al. not only found a relatively higher frequency of V13 chromosome in their Anatolian sample, but also took into account the general Asian minor region. They also took into account V13 chromosomes in other "southwest Asian"/"Near Eastern" areas, not just select Turkish samples. Frequency here is not the issue, as both Cruciani et al. 2007 and the present authors agree on that point, about frequency peak being in the Balkans; however, within-region microsatellite diversity certainly is.

From the looks of it, the fact that the age estimation for a Turkish sample in the present study was relatively greater than those from Greek regions, is further cause to raise questions about the authors' thesis, in that they did not study the "Near Eastern" or "southwest Asian" area as extensively as they should have, an area where Cruciani & co. apparently seem to have done more. In fact, the present study's "Methods & Materials" section was examined, and therein, it doesn't appear that the authors even studied any "Near Eastern" populations themselves, other than select Turkish samples.

From personal communication elsewhere, opinion has been expressed that the present authors don't focus on the issue of whether or not haplogroup E carriers were amongst the Neolithic agriculture "pioneers" who initially introduced the economy into Europe; however, examination of the study at hand, suggests otherwise;

The paper does in fact address the issue of the "Neolithic pioneers", and what lineages were supposedly involved; see:

“To investigate the possible involvement of local people during the transition of agriculture in the Balkans, we analysed patterns of Y-chromosome diversity in 1206 subjects from 17 population samples, mainly from Southeast Europe. Evidence from three Y-chromosome lineages, I-M423, E-V13 and J-M241, make it possible to distinguish between Holocene Mesolithic forager and subsequent Neolithic range expansions from the eastern Sahara and the Near East, respectively. In particular, whereas the Balkan microsatellite variation associated to J-M241 correlates with the Neolithic period, those related to E-V13 and I-M423 Balkan Y chromosomes are consistent with a late Mesolithic time frame. In addition, the low frequency and variance associated to I-M423 and E-V13 in Anatolia and the Middle East, support an European Mesolithic origin of these two clades. Thus, these Balkan Mesolithic foragers with their own autochthonous genetic signatures, were destined to become the earliest to adopt farming, when it was subsequently introduced by a cadre of migrating farmers from the Near East.”

“The low E-V13 frequency and STR variation observed in Crete indicates tat if the first Neolithic colonists came from central Anatolia, they didn't bring this hg. The two more recent expansion times for V13 Greece and Sesklo and Dimini (Table 3), dating to the Bronze age, possibly reflect a more recent integration of some V13 chromosomes into populations of first farmers represented by J-M410 and G-M201 lineages.

Hgs G and J mark the successful colonization and subsequent demic expansions of Neolithic pioneers to these regions, consistent with a wave of advance, the widespread adoption of farming by Mesolithic hunter-gatherers in the Balkans and Central Europe is recorded in the autochthonous Hg I-M423.

These data indicate the complex interactions between farmers and foragers rather than the large-scale replacement of hunter-gatherers by pioneering agriculturalists during the spread from the Neolithic to the southeast Europe. The data also indicate that I-M423 and probably also E-V13 representatives would have been well established in the Balkans before the arrival of a nucleus of pioneering agriculturalists.

Thus, unlike Crete, southern and central Italy and the southern Caucasus, the cultural transmission of the Neolithic package played an important role. Either the initial G and J2 Hg agriculturalists who colonized the Balkans at first flourished but later diminished in a similar manner to that proposed regarding the Linearbandkeramik in central Europe or the package was rapidly and robustly adopted by local Mesolithic people in the southern Balkans (plausibly characterized by E-V13), who underwent a demic expansion and a subsequent range expansion to the eastern Adriatic. These former foragers who had recently acquired the Neolithic tradition participated in ‘leapfrog’ colonization up the Adriatic, where they eventually transmitted agriculture practices to resident Mesolithic populations represented by I-M423 chromosomes.”


In all the above pieces, "Neolithic pioneers of farming" are repetitively mentioned, implicating just Hgs G and J; the question then is, where has Hg E [or even E-M78*] been implicated in this group even once? However, E-M78* carriers have been implicated as being amongst the first supposed *converts* to the "Near Eastern-imported" Neolithic farming economy.

So, no, it isn't obvious that the authors here acknowledge Hg E-M78 carriers as part of the so-called "Neolithic pioneers" of the farming economy that spread into Europe. The challenge to those who see otherwise, is this question: Where do they make this obvious?

As a matter of classification [for the study], Cruciani et al. saw Balkans sans Asian Minor regions as part of Europe, just as these Battaglia et al. (the present authors) see them. To put it another way, Cruciani et al. don't include the Asian Minor as part of Europe, but rather, group them in the "Near Eastern" camp, as that region is generally treated in "Western" academia.

To reiterate, it appears that Battaglia didn't extensively study the so-called "Near Eastern" samples as Cruciani et al. did, aside from select Turkish samples. We don't even know how extensive Battaglia et al.'s Turkish samples were, which notwithstanding — from the little info they do provide, seems to corroborate Cruciani et al.'s position, that E-V13 chromosome's likely origins was somewhere in the Asian minor/Anatolia. This raises the question then: How is Battaglia et al. supposed to get a reasonably complete microsatellite phylogenetic pattern of the "Near East" vs. the Balkans, if they didn't extensively study the so-called Near East?

Lookout for ongoing updates, as they come to attention.

Wednesday, January 14, 2009

Unwinding the Convoluted Character of the Emergence of Imazighen Groups

The sequence of events involved in the genesis of the diversity that we see today in Imazighen groups is something that not only generates a considerable degree of interest, but also one that continues to challenge even the experts who've spent a good deal of their time in unwinding the archaeological, cultural and biological developments that accompanied the development of the Imazighen.

Amongst the Imazighen, perhaps the tawny-hued coastal northwestern groups draw in the most curiousity, in terms of their seemingly asymmetric sourcing of their gene pool—comprising of Y DNA, predominantly made up of autochthonous African markers, and mtDNA, in most cases made up of largely "Eurasian"-tagged markers—and the question of when they attained their apparent tawny or "light-skin" epidermal phenotype, in a continent dominated largely by 'dark skin' [of varying degrees] autochthonous groups. All sorts of rounds of rationalizing and speculation have taken place over the years, in efforts to explain what appears to be an anomaly of some sort to some, from tying contemporary Imazighens to the so-called Mecthoid (or supposed "Cro-Magnoid") types of the EpiPaleolithic and Neolithic era to being outright descendents of the likes of Vandals, Arabs or "Near Easterners", as opposed to being descendents of autochthonous Africans with genetic influence from groups that spent their evolutionary history outside of mainland Africa. None of these of course, have born out to be based on facts consistent with evidence. To take the "Mechtoid" example for instance, attempts had been taken by Eurocentric scholars to suggest that these were the ancestors of contemporary coastal northwest African Imazighen populations, by arguing for their supposed "caucasoid" cranio-facial phenotype, the supposed morphological link with the European Cro-Magnon specimens, and by typifying them as "Mediterranean caucasiod" types [See: Mechta and Afalou: Do they and the so-called "Mechtoids" constitute a type with the "Cro-Magnon"? and Mechta-Afalou and the so-called Mechtoids: Continued!]

At least one study states this: 

the most ancient, i.e. those from Taforalt in Morocco, Afalou-bou-Rhummel in Algeria and Singa in the Sudan, cannot be considered as being either Negro or San, whereas the later Jebel Sahaba sample (c. 12000 B.P.), the Wadi Halfa (c. 11950 - 6400 B.P.) and the Mechta-el-Arbi individuals (c. 8500 B.P.) and the Jebel Moya sample (c. 2950 - 2350 B.P.) are not significantly removed from the Negro populations. - Santiago Genovés

Bearing in mind those ages provided in that extract above, it should be noted that from DNA analysis, it has been implied that the Imazighen ("Berbers") ancestor emerged ca. 8.2 kya or so [Arredi et al. 2004] in northeast Africa; given this, the northwest African samples here [the Taforalt, Afalou-bou-Rhummel, and the Mechta-el-Arbi] are all too old to be associated with the contemporary Imazighen. The age given to the Mechta-el-Arbi specimens is the only one that comes close to any age associated with contemporary Imazighen speakers; but even here, it is questionable, given that Imazighen expansion in northwest Africa is dated even more recently than the upper end 8 kya time frame—that expansion dates to ca. 2.3 kya or so. The point is, although some find it tempting to associate the contemporary Imazighen with these EpiPaleolithic and Neolithic era northwest African specimens, available data suggest otherwise.

Speaking of DNA, skin pigmentation analysis suggest that "west Eurasian" contribution likely explains the coastal northwest African 'outlier' skin tones; granted, it is quite highly likely that coastal northwest African Imazighen would have still undergone *some* level of skin tone lightening, even if they weren't influenced by "west Eurasians", as they moved to the sub-tropical areas, especially in the Atlas mountain areas. This skin lightening event though, would have likely produced—at most—the level of skin tones seen in the likes of the San "Bushmen" and the KhoiSans. The UV radiation levels in the supra-tropical and sub-tropical regions of Africa are simply not as acute as those found in the even more northerly latitudes of Europe, Asia and elsewhere. Recalling on Norton et al (clickable), we have... 

"The frequency of the SLC24A5 111*A allele outside of Europe is largely accounted for by high frequencies in geographically proximate populations in northern Africa, the Middle East, and Pakistan (ranging from 62% to 100%)."

"The relatively high frequencies of the derived allele in Central Asian, Middle Eastern, and North Africa seem likely to be due to gene flow with European populations."

Which also doesn't rule out the probability of North Africans receiving some of their skin tone variations from so-called "Middle Easterners" as well.

Citing Rando et al. 1998 [mtDNA analysis of Northwest African populations reveals genetic exchanges with European, Near Eastern and sub-Saharan populations] along the way,...

Here is a theory: Shortly after their emergence ca. 8 ky ago or so, nomadic pastoralist Imazighen groups dispersed from where they emerged in eastern Sahara, likely in the region straddling Egypt and Sudan, and moved northward [and also possibly westward in the Sahara]. Here, they would come into contact with arriving Neolithic groups from the so-called Near East, who would have also included E-M78* carriers [along with Hg J carriers], which made its way to the “Near East” at an earlier time frame. Being nomadic, these E-M78* and E-M81 Imazighen carriers would have likely been male-biased; however, their dispersal may have included notably Hg M1 carriers from their point of origin, amongst other common L type mtDNA lineages common in north Africa. The incoming Hg J and returning Hg E carriers would have been accommodated by “Eurasian” tagged mtDNA markers that are generally common to Europeans and “Near Easterners”, along with those more commonly found in the “Near East”. These would have presumably included some, if not somewhat limited, European mtDNA markers radiated from Last Glacial Maximum refugium centers in the so-called Near East, likely radiated from the likes of Anatolia. The following might prove to be insightful, notwithstanding outdated constructs that the authors apply in the course of their analysis... 

A great number of the 99 L3E sequences in our sample from the Berbers and other Moroccans, West-Saharans, and Mauritanians seem to be of European descent in view of the numerous matches (more than one fourth) with European but not Near Eastern sequences. The average transitional distance to the nearest neighbours in the European/Near Eastern mtDNA pool is as low as .4, which would correspond to an age of 8000 years. The same figure is also obtained for the L3 sequences from the Algerian Berbers (Corte-Real et al. 1996)...

Some further Near Eastern mtDNA lineages, more similar to extant European lineages, might have come along from the Near East with the (or some) ancestors of the Iberomaurusians, but the bulk of them probably arrived in North Africa with the posterior Mesolithic and Neolithic waves. There is thus a caveat with the European appearance of North African mtDNAs: the same lineage types that came from the Near East and dispersed along the southern Mediterranean littoral around the Last Glacial Maximum (possibly spreading the Gravettian cultures) or after the Younger Dryas (bringing the Neolithic) may also have taken the northern route along the Mediterranean sea. It is therefore difficult to establish at present a clear cut between European and Near Eastern mitochondrial lineages. Nevertheless, there is strong evidence for some European genetic input into North Africa, as for example testified by Haplogroups U5 (Richards et al. 1998) and V (Vandals, Portuguese and Spanish colonization).

The Neolithic hypothesis above seems like the more plausible scenario. And to exemplify the difficulty grappling researchers in unwinding the very complex history of the north African Imazighen,... 


In summary, the mitochondrial landscape of Northwest Africa appears to be quite complex, and cannot be studied in isolation from the European, Near Eastern or sub-Saharan mitochondrial background. Population affinity diagrams reflect essentially the north-south gradient, which is evident from cluster compositions, whereas sequence comparisons employing the mtDNA database reveal the traces in Northwest Africa of (1) Paleolithic settlement(s) before the Last Glacial Maximum, (2) Neolithic waves, and (3) migrations of northern Europeans (and possibly others, such as Phoenicians, Romans, Arabs, and Iberians) in historical times.

These multiregional influences may explain the partially conflicting interpretations of North African data, which emphasize indigenous development and European/West Asian affinity (Irish, 1197, 1998) and a clear relationship to Iberians in particular (Arnaiz-Villena et al. 1995) or disclaim specific relationships to Iberians (Comas et al. 1998) and significant (Neolithic) demic diffusion from the Near East (Barbujani et al. 1994; Bosch, et al. 1997). 


These same Neolithic groups would have found their way to southeast Europe and onto islands therein, like Crete. However, because the nomadic Imazighen groups now situated in the coastal areas of northeast Africa were male-biased and with small effective population size, their mixing with the females that came along the Neolithic groups would have given the appearance of substantial intermixing. However, these nomadic pastoralist Imazighen groups would have not been the type that would have allowed arriving Neolithic groups to dominate them. So, it would appear that instead, the Neolithic elements who intermixed with them, adopted the languages and other aspects of the nomadic Imazighen groups, while their Neolithic traditions continued to stay with them. Consequently, the nomadic Imazighen groups too would be influenced by those traditions, resulting in settlement moves amongst them, like those near the oasis on the western desert of the Nile Valley. This is where they’d have likely made initial efforts to settle before moving to the far western areas. By the bronze age Holocene period, it would appear that some coastal North Africans had spilled over to southeast European areas, with Crete being an example of that. Other Imazighen nomads spread through the length of the Sahara, likely mixing with other groups therein; and again, being male-biased, they would have picked up mtDNA gene pools of those other groups. This would explain the gradient that authors like Rando et al. observed: 

The mitochondrial data of the Northwest African populations (Berber from Morocco and Algeria, Moroccans, West-Saharans, Mauritanians, Tuareg) show a mosaic composition of mtDNA types, with a pronounced gradient of sub-Saharan lineages from north to south: at the one extreme, the Berbers from Morocco have a predominantly European (Iberian) affinity, while at the other extreme, the Tuareg are closely related to sub-Saharan West Africans as represented by several Senegalese groups in this study, whereas the West-Saharans and Mauritanians are somewhat intermediate. It is remarkable that the Tuareg bear little mitochondrial resemblance to the Berber populations, although they speak a Berber language

Hg U6 would have invariably been spread across the Sahara, with relative frequency peaks in the western end of it. At any rate, subsequent intrusions into north Africa, e.g. the likes of Phoenicians, the Greco-Romans or the Vandals, would have likely left a rather limited genetic imprint only in centers of foreign administration. It is quite plausible that much of the European-specific maternal lineages came around the historic periods after those epochs, as perhaps best indicated in one of the extracts above, when the author said: "(3) migrations of northern Europeans (and possibly others, such as Phoenicians, Romans, Arabs, and Iberians) in historical times." On the other hand, when the authors said, "sequence comparisons employing the mtDNA database reveal the traces in Northwest Africa of (1) Paleolithic settlement(s) before the Last Glacial Maximum", they were likely alluding to the likes of the autochthonous north African marker of U6, which at any rate, generally comprise a relatively smaller portion of the Imazighen mtDNA gene pool. It is not clear if much earlier contacts with the likes of Cretans would have contributed to Imazighen gene pool in a substantial way, but it’s certainly possible that some degree of genetic exchange with elements therein had resulted in a portion of mtDNA gene pool spilling into north Africa, perhaps by groups returning with African ancestry. Anyway, this could very well also have contributed to the frequency of seemingly European-specific mtDNA. Contact between Cretan inhabitants and north Africans have been spoken about on many occasions, and even implicated in images of antiquity, like the example below:


The characters with frizzy-looking hair—although with the resolution of the image above, it is rather difficult to ascertain—are said to be north Africans. Other images from the Minoans seem to invoke a considerably heterogenous or "mixed" people; the following are photographs of images on Minoan sarcophagi...


Sarcophagus portion #1:

 

Sarcophagus portion #1 blown up below:




 

Sarcophagus portion #2 blown up below:



In ancient Egyptian artwork:

In ancient Egyptian art, the first group to their western desert—in an area now dominated by Imazighen speaking populations—that *tentatively appears on their records from the predynastic era onwards, are the "Tjehenu/Tehenu"; these people were generally painted in dark hue as the Egyptians themselves were. In the old Dynastic era, one comes across another group of people in the western desert area of the Nile Valley; they were presumably referred to as the "Tjamahu/Tamahu". These latter group of people were generally depicted in the light-skin tone, in a manner not different from the Aamu, generally known by many as "Asiatics". The "Tehenu" were presumably located in the coastal areas on the western desert region, while the "Tamahou" were presumably located in the more southward areas of the western desert. The latter were generally depicted sporting interesting body tattoos, and feather head gear. There are also other groups attested to in the western desert areas; namely the "Meshwesh/Mashawash" and the "Libu/Lebu (Ribu/Rebu)", notably mentioned in the New Kingdom era [see Merneptah stele for example], in the Rameside period. Any group here or any combination of these groups may have been ancestors of the contemporary north African Imazighen. Below, is a repro of a wall relief depicting what appears to be a "Meshwesh" figure under captive, and other figures from the western desert areas, possibly the "Tjamahu" (Tamahu/Tamahou)...


 

A curious feature though about the Minoan art, is the seeming consistent [though not necessarily exclusively] depictions of the male figures in dark hue, with some being even in plain black tone; this seems to be the case in the ancient Egyptian example below, and the Minoan painted counterpart underneath that...





Below, is an occasion showing individuals in plain black hue...


Relaxing on visual aids, and resuming our theory at hand...


With substantial gene flow from European maternal gene pool in the historic period, it’s likely that some of the older Eurasian mtDNA markers may have experienced unfavorable genetic drift, lowering their relative frequency. Likewise, genetic drift may have worked favorably for the more historic European markers from the Iberian peninsula. Though not exclusively, the following examples of historic events must have surely had their own role to play, in contributing to coastal northwest African gene pool,...
 
Trafficking of women from the other side of the Mediterranean sea as slaves surely must have left its own mark. Then there were also sudden waves of migration to the north African coast during the fall of direct northwest African rule in the Iberian peninsula; no doubt families who reached the north African coast had left some genetic imprint therein. And of course, again, genetic drift has its own role to play in all this.


All that aside, a look at samplings so far undertaken in coastal northwest Africa suggests that these have generally relied on sampling small, scattered populations [see Cherni et al. 2005], giving fragmented or incomplete picture of northwest African maternal gene pool structure.
________________________________________________________________
*References:

— As noted in the paragraphs.

'*' corresponds to record that was/is taken into consideration with regards to the Tjehenu/Tehenu. For instance, the "Tehenu" Palette was subsequently discussed here: The So-called Tehenu Palette