Reading this book that says it reveals the Flood Story

Mero

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The Critical History of Ancient Human Migrations and its support for the Flood Story

Based on Y-DNA migrations and movements since prehistory

By M.L.M.D.











































Haplogroups are male determined—Y-DNA—and female determined—mtDNA. Both are genetic markers that are passed from the father (Y-DNA) to sons. And from the mother (mtDNA) to daughters and sons. These are invaluable for tracking human migration among tribes and populations. One marker reveals male lineage, while the other illustrates female lineage. This work is not merely a scientific text; it also integrates ethical considerations and biblical narratives, offering a critical perspective on human migration. I aim to create a comprehensive picture based on the best available science, acknowledging that new studies may refine and enhance our understanding of human migration. Additionally, I will explore what it means to be Homo sapiens and the potential of humanity. The dates of origin for the haplogroups are only approximate, as they are based on mutations; various factors influencing mutation can lead to changes in these estimates.

Chapter 1: Out of Africa

The oldest clear archaeological evidence of Homo sapiens has been found in Omo Kibish, Ethiopia, dating back 233,000 years [East Africa’s Oldest Modern Human Fossil Is Way Older Than Previously Thought, Brian Handwerk, 2022; https://www.smithsonianmag.com/scie...-way-older-than-previously-thought-180979384/]. The skull associated with these remains exhibits definitive modern human traits, distinguishing it from both the ancestors of Homo sapiens and relatives of Homo sapiens. Another significant sample of Homo sapiens, a jawbone discovered at the Misliya Cave site in Israel, is estimated to be between 177,000 and 194,000 years old [This ancient jawbone suggests our species left Africa 40,000 years earlier than expected, Ann Gibbons, 2018; https://www.science.org/content/art...cies-left-africa-40000-years-earlier-expected]. Two additional related samples to Homo sapiens sapiens give further evidence of an "Out of Africa". A much older remains of a possible Homo sapiens was found in Jebel Irhoud, Morocco dating to 300,000 years ago [World's oldest Homo sapiens fossils found in Morocco, Ann Gibbons, 2017; https://www.science.org/content/article/world-s-oldest-homo-sapiens-fossils-found-morocco]. There was debate whether this sample is a true Homo sapiens. It is now widely accepted as Homo sapiens, despite archaic features. This archaic Homo sapiens gives further support to the evolution of humans within Africa. This supports the theory that migrations were first from "Out of Africa". An additional sample in Ethiopia in Herto, the "Herto Man" is a subspecies closely related to modern humans, classified as Homo sapiens idaltu, and further proves recent ancestors of Homo sapiens provide further evidence supporting the scientific theory: the first man was from Africa [Oldest human skulls found, Johnathan Amos, 2003; http://news.bbc.co.uk/2/hi/science/nature/2978800.stm]. There is a growing minority claiming man is from Southeast Asia because of diversity and diversification there of early man. As we shall see in this book, the majority of humans, 50 to 65 percent or more, are from Southeast Asia. This new data is confusing scientists because the diversification and migration of humans is now weighted toward Southeast Asia as a source, with Africa and the Middle East secondary, so a few scientists are going from one extreme to another extreme. It was out of Africa, and diversification happened in the Middle East and spread from there. That was the old false model. Finding potentially 2/3, at minimum 50%, of modern humans are from Southeast Asian origin, a few scientists are saying humans thus evolved out of Southeast Asia to go to the other extreme. When the scientific evidence is for an "Out of Africa", later to the Middle East and a majority of humans – particularly Y-DNA K2 - diversified in Southeast Asia.

The first significant diversification of male Y-DNA occurred after the numerous haplogroups of haplogroup A in Africa, leading to the emergence of Y-DNA haplogroup B and Y-DNA haplogroup CT, both of which split from Y-DNA haplogroup BT in Africa. This diversification likely took place in Africa for two main reasons: first, Y-DNA haplogroup B is an African haplogroup; second, one of the descendant haplogroups of CT is DE, which is believed to have originated in East Africa. Y-DNA haplogroup B, which serves as the core haplogroup for pygmies and their prehistoric ancestors, will be discussed later in the chapter on Atlanteans and the Flood Story. Additionally, the oldest Y-DNA haplogroup A will also be mentioned in that chapter. Y-DNA haplogroup BT diversified into CT. While there are many modern haplogroups derived from Y-DNA haplogroups A and B due to mutations, CT mutated and diversified into over 99% of the human population, resulting in haplogroups C through T. However, no modern humans belong to the CT* category due to these mutations and diversifications. The asterisk (*) indicates only that, not represent successive generations of mutations leading to further downstream haplogroups. Human mutations that change haplogroups do not take one generation to have the next mutation; they can take hundreds of years or longer between event mutations. Though the specific mutations happen in one generation in an instantaneous moment.

If a person possesses Neanderthal Y-DNA, that man should be scientifically classified as a Neanderthal; however, this classification may be debated, of course. The ability to breed Neanderthal Y-DNA because you have Neanderthal Y-DNA makes you a Neanderthal. Showing Y-DNA determines race and identity. In contrast, having 5% Neanderthal autosomal DNA does not make you a Neanderthal (Are you part-Neanderthal?, Jennifer Viegas, 2006; https://www.abc.net.au/science/articles/2006/08/23/1722109.htm). Neanderthals went extinct because their males were wiped out by competition with Cro-Magnon. A male Homo sapiens copulating with a Neanderthal female does not produce a hybrid human-Neanderthal; while there may be hybridization in autosomal DNA, such a hybrid cannot make Neanderthal Y-DNA; thus, the hybrid was never a hybrid. Instead, it is a male human defined by male human Y-DNA with 50% of its DNA derived from Neanderthals. Thus proving male racial identity is determined by Y-DNA. The presence of various autosomal DNA does not change race, identity, or species. Since males produce the sperm necessary for fertilization, they are the determining factor of identity, gender, race, species. Consider the analogy of a maple seed: when it falls into the fertile ground of Mother Earth, it produces a maple tree, regardless of whether it lands on another planet with different evolutionary conditions. Despite variations in the environment, the identity of the seed remains unchanged. The seed determines identity. When a seed gets deposited in soil, a tree grows. When a seed gets deposited in an egg, a human grows. Humans are humans because their entire Y-DNA male line going back hundreds of thousands of years were 100% human Y-DNA. You don't call a maple tree, half maple and half tree soil. The material of the mother in human DNA is irreverent to identity. As humans having DNA from Neanderthals, does not make them less human. Because seed determines identity. Mothers nurture their offspring and provide eggs containing DNA, which, in conjunction with the sperm, leads to genetic variation. However, the essence of humanity, race, and identity are provided by the Y-DNA of the father. The survival of the human species does not depend on the mitochondrial DNA (mtDNA) of the mother; rather, it relies on the seed and that which produces the seed, the man, thus the Y-DNA. Women do not produce seed; they provide the egg for the seed to enter. A Neanderthal woman can carry on the human race, as Neanderthal women did tens of thousands of years ago; this is why many individuals possess Neanderthal autosomal DNA. However, the reason Homo sapiens survived while Neanderthals did not is precisely because Y-DNA determines Homo sapiens, race, and identity. Skin color does not determine identity. Nose length does not define it. Possessing "good genes" does not invent a race. Skin color does not determine race because a white father with a black mother produces a brown race baby, different than the race of its parents, though linked with brown skinned babies around the globe of many different un-connected lineages. Calling all brown-skinned people a single "race" would be like grouping all tall people or all curly-haired people as one race—it ignores their vastly different origins. A high IQ does not invent a race. Your Father's House determines your identity. Father's House is represented by your Y-DNA. With a multitude of migrations, nearly every ethnic group consists of two or more races in the ethnic group. If you were to find a man in Europe with Neanderthal Y-DNA, he would not be classified as Homo sapiens; rather, he would be a Neanderthal, as he would carry Neanderthal seed. Seed begets seed. Paternal lines determine race.

More on this topic. If females played the role in determining race and species, then some ancient Europeans and Middle Easterners, that are descended from female Neanderthals that mated with human males, would be considered Neanderthals. This is agreed to be false that women play the determining factor of race and species, that Neanderthal women beget Neanderthal children no matter what. Tribes don't go extinct because the females that have been in the tribe since the start no longer have offspring, tribes go extinct because the males have no offspring. The reason why Neanderthals went extinct is because their males went extinct that pass on Neanderthal Y-DNA. For those looking at autosomal DNA as the determining factor, if Neanderthals took more homo sapiens women for mates and homo sapiens autosomal DNA dominated Neanderthal DNA in Neanderthals, would they still be Neanderthals. If you believe they would stop being Neanderthals then Y-DNA is unimportant to you. If you believe those would still be classified as Neanderthals, then you believe the Y-DNA determines race, species and identity. As with trees, it is seedline, as with animals, it is seedline. These determine species. In humans, seedline also determines race and identity. There is hybrid in autosomal. There is no such thing as hybrid in Y-DNA and mtDNA. Meaning hybrids are not new species, they are sub-classifications of existing species. For Y-DNA determines species. In humans it determines species, race and identity.

In mammals, there are three main instances where Y-DNA is not species specific. Firstly, in recent specialization such as dogs can share overlapping haplogroups as wolves. Making dogs “domesticated gray wolves”, as they are. Secondly, hybrids, which were covered in the previous paragraph. You can still use terms such as mule and hinny. Science defines which parent is which, which is completely falls in line with my reasoning, since they remain the seed of their father, so defining hybrids by male and female ancestry is very accurate such as ligers and tigons. The liger is seed from the lion, and carries 50% of autosomal DNA from the mother tiger making a male liger a hybrid in autosomal DNA, not in Y-DNA. Neither is the female liger a hybrid in mtDNA. Thirdly, very rare incomplete lineage sorting where Y-DNA variation may persist across sister species where two species are related by ancestral links and the lack of clear Y-DNA mutations differentiating the two species. Typically these can mate and have offspring with autosomal hybridization. Though the general rule is Y-DNA determines identity. For those still considering race to be determined by autosomal DNA, 100% of humans are racial hybrids in autosomal DNA, making there no such thing as race. For those looking at skin color, thousands of years ago there were individuals with white skin that had no common ancestor between them unless you go back tens of thousands of years ago, yet in this common macro-race with an ancestor 50,000 years ago, they share their racial identity with brown skin individuals (such as certain dark skinned South Asians). Making multiple white skin races with no common white identity link. Or a macro-race that includes brown skin individuals. I thought the racial scientists believed in one white race. So the white races or white race today is multiracial, which means they are not one race. Again the conclusion that humanity is a hybrid race if you look at autosomal DNA or skin color. Only looking at Y-DNA do you get clearly defined races not based on the old standards of racial scientists, instead one based on science, not science fiction of merely measuring noses, skulls and looking at shades of skin color.

A significant finding is that introducing non-human DNA into these Y-DNA and mtDNA specific sequences would, by definition, alter their scientific classification, effectively making them non-human in terms of established haplogroup lineage. This is not the case for Neanderthal autosomal DNA, for instance having 5% Neanderthal autosomal DNA. Making species and race determined by Y-DNA. Since human lines have female neanderthals in their ancestral lines, you have to determine whether it is the male Y-DNA or the female mtDNA that determine species. Both are important scientifically. Though the male human that mated with the female Neanderthal was carrying on the human line and the male Neanderthal mating with the female human was carrying on the Neanderthal line. This is clear in the realm of metaphysics, philosophy, sociology, and anthropology. In terms of the natural order, it does not matter who the male mates with (as previous generation ideal breeding would have produced healthy females), to the female it matters who she mates with as she wants the one the most embodies their ideal animal species – songs, strength, skill, compassion for health and success of the species. In the animal kingdom, the male are the variable and the female the fixed. This may appear as the female is the cardinal, yet this is not the case, the female is the fixed and is in some species picky because she determines which seedline continues, because Y-DNA determines species. That is the female's responsibility. In the animal kingdom, the males that mate are cardinal, the females are fixed and the males looking for spouses/mates are mutable. Castrated males are fixed because they are fixed, no longer able to mutate the next generation into new traits or abilities. When female eggs mutate, it is mostly damage from cellar division. Most egg mutations (especially from older females) are harmful, primarily leading to chromosomal disorders or failed pregnancies, these are not mainly evolutionary changes. Sperm mutations are more varied—some harmful, some neutral, and a few possibly beneficial. Sperm mutate much more than eggs, but the types of mutations differ. Primary mutations for sperm are single-base changes and indels. Primary mutations for eggs are chromosomal errors (aneuploidy). Haplogroup changes in females happen mainly in adult life after puberty. Most new mtDNA mutations happen here due to Oxidative stress (aging increases mutation risk) and DNA replication errors during egg maturation. Explaining why females are fixed, most changes are from errors. Some female epigenetic changes (not mutations) in eggs can also influence traits. Males are mutable, most changes are evolutionary as is the role of the sperm to pass on new traits from the father's behavior. This is why this topic is in the realm of metaphysics, you cannot rely on modern science to only guide you. Ethics, morality, philosophy and other studies are above cardinal for human sociology and are above science. You are still human with 1% Neanderthal autosomal DNA, yet if you have 1% non-human DNA in Y-DNA haplogroup, you fall out of the classification as human. Y-DNA determines identity paramountly, far more than autosomal DNA.
 
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Chapter 4: Haplogroup E – Atlanteans/Tree of Knowledge of Good and Evil

Y-DNA Haplogroup E originated around the same period as D and C, approximately 50,000 to 65,000 years ago, though in East Africa. Haplogroup E migrated to West Asia and North and East Africa by the Younger Dryas event. As hunter-gatherers, Y-DNA haplogroup E mixed with the Pygmies in Africa nearly 50,000 years ago as Y-DNA E2. And Y-DNA E mixed with the San or Bushmen people more recently as E-M293 before the Bantu expansion and displacement of San people thousands of years later. Before the Younger Dryas flood, Haplogroup E spread from nearly the whole of Africa into West Asia, perhaps as far as Central Asia.

Now here is the controversial part of the book. If you don't like controversy and "pseudo-science," skip the part on Atlantis. I link scientific research with the Egyptian story of Atlantis told to Solon.

Jimmy Corsetti of Bright Insight Youtube channel found the theory of Atlantis from previous information and expanded on the theory.

Here is the evidence the Eye of the Sahara/Richat Structure was the capital city of Atlantis:
- The Pillars of Heracles are widely accepted to mean the Straits of Gibraltar. Meaning the city of Atlantis is not in the Mediterranean Sea, as disinfo agents pin it on the Minoans; it is to be found out beyond the Pillars.
- Possibly a prehistoric river entrance into the Richat Structure when the Sahara was green, that gives a water entrance into the City of Atlantis beyond the Pillar of Heracles with access to the Atlantic.
- Same number of circles in the Richat Structure as Plato's account.
- The legendary King of Atlantis was named Atlas, and the Atlas Mountains are later named after that king.
- Stones of Atlantis—red, black, and white—mentioned by Plato are found at the Richat Structure.
- Atlantis was not sent to the bottom of the ocean; its immediate fate after the ocean swallowed Atlantis was a shoal of mud, as described by Plato.
- Tsunamis are the ocean swallowing inland land. The buildings and structures of Atlantis were obliterated from a mega tsunami.
- The sunken island is the Eye of the Sahara; its remains turned into a shallow layer of mud from the Younger Dryas flood event.
The word “Island” in Greek also means peninsula and a region surrounded by water/rivers/lakes.

There were 10 Kingdoms of Atlantis—the best candidates are: Atlantis Capital at the Richat Structure—sedentary inhabitants. Atlas Mountains Kingdom—hunter-gatherers. Nile Kingdom—semi-sedentary or sedentary. Natufian Kingdom—semi-sedentary. The Sahara was wet during this period, so 6 more kingdoms could be placed in the lands between the Red Sea and Atlantic Ocean. The islands off the northwest coast of Africa could be another kingdom of Atlantis. Atlantis was part of the transition of humans from hunter-gatherers to cities to established cities. This was part of the advanced technology.

The northern part of Atlantis was mainly E1b1b and the southern part of Atlantis was likely E1b1a. How do we know Atlanteans were Y-DNA Haplogroup E1? Iberomaurusian hunter-gatherers resided in present-day Morocco, not far from Mauritania and the Richat Structure, during the era of Atlantis. And they were E1b1b. As in modern societies, not the entire population moves to the cities. The Iberomaurusians survived by food according to the region of Morocco. The Atlantean Empire extended to the Natufians. These did not farm, though harvested local cereals. And Natufians were E1b1b too. Today, residents of Mauritania are over 80% E1 and the remainder are Arabs from much later Middle East migrations. The ancient DNA samples and modern samples paint a picture of a Y-DNA Haplogroup E1 Kingdom of Atlantis before the Biblical Flood. Iberomaurusians are close to the Eye of the Sahara during the Atlantean era before the younger dry event, according to Plato. They are E1b1b, yet are hunter-gatherers. The Natufians are the advanced culture of their age and overlap with the era of Atlantis according to both the Younger Dryas event and the Plato story of Atlantis. And the Natufians are E1b1b. Both Iberomaurusian hunter-gatherers and Natufian cereal harvesters demises happen almost identically with the Younger Dryas flood event. Atlantis was a kingdom of both advanced tools and buildings and primitive hunter-gatherers in regions predisposed to continuing the old ways based on the region, availability of resources, climate and historicity of the residents.

Iberomaurusians were from 25,000 years ago to the Younger Dryas event, about 12,000 years ago. Both the Iberomaurusian Atlanteans and the Natufian Atlanteans had microlithic tools, although these were common among their contemporary cultures. While Atlanteans were not farmers, Atlanteans harvested wild cereals and grasses and then stored them into storage pits, which was an early stage of human food storage. This is evident for the Natufians. This would have been likely for the Atlantean Nile Kingdom too. While previous Homo sapiens gathered cereals, Natufians were among the first to harvest grasses with stone tool sickles. This Sea and Land Empire also likely had colonists.

While the Atlantis story is considered a myth, the parallels and similarities to geologic events and locations are coupled with the possibility that the Sphinx could be much older. Survivors of the flood that destroyed Atlantis carried on this story in Ancient Egypt among oral history of the priests. Y-DNA J, being children of Noah, children of archetypal figure of Utnapishtim, were servants of nature (the Ark), the preservers of the connection between God and Nature and Man. The great ancient civilizations spring forth Js from Mesopotamia to Greece. Computer modelings of where Y-DNA J spread from are pinpointed to the location from Caucasus Mts down to the Mountain of Ararat and surrounding local regions. Not only is Y-DNA J the original Caucasians (with Y-DNA G), Y-DNA Js are the sons of Utnapishtim, from the younger dryas event. The 40 days and 40 nights of rain was symbolic. In Mesopotamian astrology, astronomy and religion, the number 40 could be linked to purification rituals, Enki, or represent a large number (of days). These events are real—the Younger Dryas flood, with real people—Utnapishtim as representative surviving the flood in the Mountains of Ararat. The bible story adds layers of solemn reverence and symbols such as the use of the number 40. The story of creation using the holy number of 7, representing God in his Heavens, does not imply that creation was in actual 7 days; it is the story of creation using the holy number of 7 (the Seven Heavenly Celestial bodies) to impart sanctity to the Creation Story. God did create the earth, and God did create man; the number seven is an added reference to the Divine. The number 40 is an added reference to the Divine, perhaps to the Divine regarding man, as Enki created man in Mesopotamian religions. 40 years in the desert, 40 days of fasting. God and man. Also the purification of man. The flood story in the Bible saying the flood went over the mountains was true; spiritually, the entire earth was cleansed of evil. The younger dryas water went spiritually over the mountains, and the earth was renewed. Atlantis was destroyed. The Sumerians say humanity was too noisy, and the gods flooded the earth. Too noisy can be interpreted as bothersome to the divine gods. Being good and noisy in worshiping the gods is one form of noise. The bad form of noise is doing bad things. Being good and noisy would not warrant a flood; doing evil and being noisy would warrant destruction. It would not be the poor and simple folk that would be causing the trouble. It would be the self-important ones that would be the bad, noisy ones. Which points to Atlantis as the blame from the Sumerian Flood Story too. The Atlantis story was from an Egyptian priest, from hidden knowledge of the history of the ancient Egyptians. Both the ancient Egyptians and Atlanteans were haplogroup Y-DNA E1. Ancient Egypt's Sphinx was likely a ruin from the pre-Younger Dryas Atlantis. The Bible speaks of somehow the oceans filling up and spilling over on land, in addition to the rain. Not knowing the origin of this "extra" water, the water was explained as coming from the depths of the ocean. This is the best way to describe the origin of the water while keeping the information hidden. The ancient Egyptian story does not say Atlantis fell into the sea. Yes, the sea destroyed it, yet Plato describes the ruins of Atlantis as "impassable and impenetrable" due to "a shoal of mud" caused by the Younger Dryas event, which left a layer of mud. Not Atlantis at the bottom of the ocean.

The Younger Dryas Flood was according to the best science, caused by an up to 100km wide dirty comet that broke apart and had thousands of impacts on the earth. It caused localized tsunamis, impacts on ice sheets that later melted, and the longest rainstorms the earth saw in millions of years, global flooding.

According to the biblical account, the pre-flood Earth was filled with evil. The Younger Dryas event cleansed the earth of evil. The oceans and rain cleaned the land. So how does this relate to Greece in the Egyptian tale of Greece defeating Atlantis and then the Younger Dryas event took place. Possibilities of Atlantean colonizations near Greece remain. And attempts at colonization are possible if there were no successful ones. Aggressive colonizations from Atlantis to Greece (the north of Atlantis) are in the realm of possibilities due to the strength of Atlantis. This is the most logical explanation of the Atlantis myth coupled with the flood story. And who were the victims of colonization in Europe by Atlanteans? The YDNA Haplogroup I1 and I2 in Southern Europe.

The arguments against the Richat Structure being Atlantis are:
- The Eye of the Sahara is a natural feature dated to 100 million years ago.
- Plato places the destruction of Atlantis at 11,600 years ago, though evidence of a calamity then is not evident.
- Lack of buildings, canals, and ruins at the Richat Structure.
- It is a stretch to say Atlantis was in NW Africa. It is supposed to be an island.

The replies to these myth busters are that no one is saying the Atlanteans carved out the Eye of the Sahara; the Atlanteans saw the natural formation of the Richat Structure and built their capital there using canals to flood it with water. The evidence is there for Atlantis being totally wiped clean by the Younger Dryas flood. The Younger Dryas event happened at the same general period as the end of Atlantis.

The Natufians did possess a sophisticated ecological understanding of their environment that allowed them to harvest wild grains with remarkable efficiency. The crucial distinction is that they were intensive foragers, not cultivators. The Natufians (c. 15,000–11,500 BP) were sedentary or semi-sedentary, allowing them to map and memorize the territories around their base camps over generations. They absolutely understood where the best wild cereals (emmer, einkorn, and barley) grew. They repeatedly harvested the same stands, selecting well-drained slopes, basaltic soils, and areas with reliable seasonal rainfall. However, there is zero evidence that they actively improved soil quality. They did not dig, aerate, or fertilize the soil. Their "management" was entirely extractive—they simply returned to the naturally productive patches year after year, relying on environmental memory rather than human modification. They lived in permanent or semi-permanent settlements for months at a time. They processed tons of grain, and in doing so, they have seen spilled seeds germinating in the moist, organic-rich soil around their huts and trash middens (dung heaps). They would have clearly connected the seed to the resulting plant. Most archaeologists and paleoethnobotanists agree that the Natufians did not plant seeds precisely because wild grains were so abundant that the extra work of sowing, tending, and protecting a crop made no economic or evolutionary sense. The ultimate evidence that abundance and lack of need were the reasons comes from what happened next. Around 12,900 years ago, the Younger Dryas cold drought slammed the Levant. The lush, wild grain stands collapsed and became patchy and scarce.

Qadan culture (roughly 15,000 – 11,000 BCE), which thrived in Upper Egypt (particularly around the Kom Ombo plain and Aswan) right up to the cusp of the Younger Dryas. The vast majority of what we know about pre-Younger Dryas Nile inhabitants comes from UNESCO salvage campaigns in the 1960s. Before the Aswan High Dam flooded Nubia forever, archaeologists raced to excavate sites along the river's ancient terraces—landforms that were above the annual flood line 15,000 years ago. They excavated massive sites like Wadi Kubbaniya, Tushka, and Kom Ombo. These sites preserved hearths, grinding stones, and thousands of lithic (stone) tools, proving that these people were settled or semi-settled long before the Younger Dryas hit. The studies reveal a culture that was just as sophisticated in grain processing as the Natufians—but with a completely different staple. They harvested wild tubers and grasses: The Nile Valley did not have dense carpets of wild wheat and barley. Instead, the Qadan people intensively harvested wild tubers (especially the nut-grass Cyperus rotundus, a weed today) and wild sorghum/millet. They invented specialized sickles: At sites like Wadi Kubbaniya, archaeologists found thousands of microlithic flint blades with distinct "sickle gloss" (silica polish from cutting silica-rich grass stems), identical to the Natufian sickles. They built huge grinding stations: They carried massive 100+ lb sandstone querns to their camps to process these seeds and tubers into flour. The sheer size of these grinding stones proves they weren't just passing through—they stayed for months at a time. The pre-Younger Dryas Nile inhabitants had zero use for hoes or weeding tools because they didn't plant anything. They managed the soil and vegetation indirectly through controlled burning and by perfectly timing their harvests to the river's natural flood-recession cycle. They were masters of ecological manipulation, but they were absolutely not farmers. Their toolkits—and the total absence of tillage-wear on any stone artifact—prove beyond a doubt that weed and soil tillage control was a Neolithic invention that arrived in Egypt thousands of years later, long after the Younger Dryas had come and gone.

The Hebrew word for "tiller" in Genesis 4:2 is `ovéd adamah – literally "worker of the ground/soil." The Natufians (Epipaleolithic Levant, ~12,500–9,500 BCE) were intensive "laborers of the soil" (`ovdé adamah in the broad sense), but they were not "tillers" in the strict agricultural sense of plowing, sowing domesticated seed, and relying on farming as their primary subsistence. ovéd adamah* – "laborer/worker of the ground." This fits the Natufians perfectly. They *worked* the ground—harvesting, processing, grinding, and managing wild stands. The root *avad implies intensive, sustained toil upon the earth. chorésh – This is the specific Hebrew word for a "tiller/plowman" (from the root charash, meaning to plow, engrave, or cut into). This implies actively breaking the soil, turning it over, and sowing domesticated seed. The Natufians never did this. The Natufians represent the exact evolutionary stage implied by Cain's title in Genesis 4:2—they were hard-laborers intimately connected to the soil, working it with their hands and tools. But they were pre-tillage. True "tilling" (the chorésh stage) only arrives in the Levant thousands of years later, with the Neolithic Revolution. You can be a profound laborer of the earth without being a tiller.

About 3,500 years after the Younger Dryas event, ancient Egypt, with the errors of Atlantis, formed the Predynastic Period of Ancient Egypt. Keeping oral traditions of their Atlantean past and later developing into the Dynastic Egyptian Kingdoms to then tell the Atlantis story to Solon by an Egyptian priest. The date of the Younger Dryas flood event matches with the Atlantis Story/Flooding of Atlantis date, within a few hundred years.

Hunter-gatherers repopulated Africa, south of the Sahara. These were Bushmen/San and Pygmies mentioned at the beginning of the chapter. The San are dominated by Y-DNA A, and Pygmies are dominated by Y-DNA B. These two are among the oldest haplogroups. After the flood, they repopulated Sub-Saharan Africa. Niger-Congo populations, possible relatives of Atlanteans, displaced the peaceful hunter-gatherers in West Africa about 10,000 to 5,000 BCE. These early agriculturalists grew yams, millet, and sorghum. Spreading from the Niger-Congo were the later Bantu expansions that left the Pygmies deep in the jungles of the Congo and the San people to the desert, as the Bantu took the best land for farming and later livestock and kicked out the hunter-gatherers and indigenous pastoralists from their native homelands.

The association with Haplogroup E as the representatives of Africans is a more recent event. As recently as 10,000 years ago, hunter-gatherer ancestors of the Bushmen and pygmies were the most widespread Africans, in terms of land occupation, with Y-DNA A and B being dominant among these groups.

Chapter 5: Haplogroup G – Started European Civilization then helped the wrong side and civilization ended

Haplogroup G is among two Caucasian groups (the other is J) and likely originated in the Near East or Caucasus region, hence being Caucasian. Y-DNA Haplogroup G descended from F, approximately 25,000 to 50,000 years ago during the Upper Paleolithic. The region of origin includes modern-day Iran, the Caucasus Mountains, and eastern Anatolia. G-men did not get corrupted by Atlantis because their later deeds were building civilization.

Unmoved by the flood because of geographic highland living, G expanded in Europe several thousand years later with the advent of farming.

The primary subclades, G1 (M285) and G2 (P287), diverged within the origin region. G1 is less common and found in Iran, the Caucasus, and South Asia, suggesting localized diversification. While G1 went East. G2, particularly G2a (P15), became predominant and is strongly associated with Neolithic farmers who migrated into Europe during the Agricultural Revolution (~9,000–7,000 BCE). G2a expanded westward into Anatolia and Europe, evidenced by its high frequency in early European Neolithic remains. Subclades like G2a2b (L30) diversified further in Europe. Other branches, such as G2b (M377), remained in the Near East and South Asia, showing distinct regional diversification. High frequencies persist today in the Caucasus (e.g., Georgia, Ossetians), Iran, and Anatolia. In Europe, G is less common but found in isolated regions like Sardinia and the Alps, reflecting Neolithic migration patterns, remnants of an older Neolithic Europe.

G2a Anatolian Neolithic farmers moved first to the Aegean, no later than 8000 years ago, then soon into the Balkans spreading into the temperate regions of Europe. The most famous farming culture the G men started was the LBK culture that would include J men and a wide range of Y-DNA haplogroups, though G men would be most numerous.

The Linearbandkeramik (LBK) culture was named after its distinctive linear-band pottery and was one of Europe’s earliest Neolithic farming societies. Emerging around 5,500–4,900 BCE, it played a pivotal role in spreading agriculture from the Near East into Central Europe. It was centered in the Danube River Basin, stretching from modern-day Hungary to the Paris Basin and Ukraine. Core regions include parts of Germany, Austria, Slovakia, and Poland. First farmers of Central Europe cultivated crops like emmer wheat, barley, and legumes and raised cattle, pigs, and goats. They lived in longhouses (timber-framed communal dwellings) clustered in small villages. Practiced a mix of sedentary farming and limited mobility. Pottery was decorated with incised linear patterns. They had stone tools of polished adzes and flint blades for farming and woodworking. LBK marked the transition from Mesolithic hunter-gatherer societies to agrarian life in Europe. Linked to the Neolithic Demographic Transition, as farming supported population growth. The LBK culture’s genetic profile supports the idea that farming spread into Europe via migration (not just cultural exchange as happened in more northern regions).

Neolithic Europe was the age of G men. Transforming a hunter-gatherer Europe into a farming Europe, many hunter-gatherers eventually adopted farming. Farming arrived in Iberia (Spain and Portugal) during the Early Neolithic (c. 6000–5000 BCE), likely through cultural diffusion and migration from the eastern Mediterranean and Anatolia G2a men. The Cardial culture (named after its pottery decorated with shell impressions) spread along the Mediterranean coast, bringing domesticated plants and animals. The main crops were emmer wheat, einkorn wheat, and barley. Also legumes, such as lentils, peas, and beans. Flax seed was used for textiles and oil. They had domesticated animals—sheep, goats, cattle, and pigs were introduced, replacing reliance on wild game. Permanent villages emerged, such as La Draga (Catalonia), a lakeside site with preserved wooden tools, houses, and evidence of crop cultivation. Neolithic Spain had food storage and stone tools for farming. Silos and pits for grain storage (e.g., Cova de l'Or in Valencia, where carbonized cereal grains were found). Neolithic Spaniards used polished stone axes for clearing forests and sickles with flint blades for harvesting. Neolithic pottery was Cardial-impressed pottery (used for storing food). Later megalithic cultures (those having burial tombs and other structures) reflect settled agrarian societies. Farming spread faster along the Mediterranean coast and southern Spain, while interior and northern regions retained mixed economies (farming + foraging) longer due to harsher climates. There was the possibility of irrigation in parts of Neolithic Spain. Early irrigation systems may have developed in arid regions like southeastern Spain. Such a strong, food-secure Europe could withstand climate change and could support massive population gains.

Farming supported larger, stable populations. Surplus food led to trade networks such as trade in obsidian and flint; and ritual practices (megalithic tombs like Antequera or Dolmen de Menga). Deforestation and land clearance for agriculture began altering Iberia’s landscape. Genetic studies suggest a mix of migrant farmers from Anatolia and local hunter-gatherers adopting farming. The spread was not uniform, with some communities resisting or blending practices.

Farming was a cornerstone of Neolithic Spain, introduced through Mediterranean contacts and adapted regionally. Evidence from tools, settlements, and plant remains confirms a transition to agriculture, though integration with foraging traditions varied. This shift laid the foundation for later Copper societies in Iberia.

Livestock herding was a defining feature of Neolithic societies across much of Europe, following the spread of agriculture from the Near East and Anatolia. Evidence of pastoralism in Neolithic Europe is widespread, with regional variations in species emphasis and husbandry practices.

In Southeast Europe, Neolithic cultures such as the Starčevo-Körös-Criș (c. 6200–5600 BCE) and Vinča (c. 5700–4500 BCE) had cattle and pigs for livestock. Sheep and goats were less common initially but increased over time. This is proven through animal bones in settlements and cattle figurines and ritual deposits (linked to fertility/status).

In Central Europe, cultures such as the Linear Pottery Culture—LBK c. 5500–4500 BCE, extending from Ukraine to France, had cattle for livestock. These cattle were central for meat, milk, and labor. Pigs and sheep/goats would have been secondary. Evidence for this includes cattle enclosures and large bone deposits and dairy residues in pottery (lipid analysis shows milk processing).

In Mediterranean Europe, Neolithic Cardial Ware and Impressed Ware cultures were dominated by sheep/goat herding due to rugged terrain. In Southern France, the Chasséen culture relied on cattle and pigs. Sheep pastoralism was present in drier regions.

In Neolithic Northern Europe, Scandinavia, and the British Isles, cattle and pigs were domesticated. In more Alpine regions of Neolithic Switzerland and Italy, cattle, pigs, and sheep were domesticated. There is preserved dung, and the fodder evidence shows signs of winter stabling. The key patterns are cattle: dominant in temperate, forested regions (Central/Northern Europe). Sheep/Goats: Thrived in Mediterranean and arid zones. Pigs: Common in wooded areas. Dairy: Evidence of milk use from lipid analysis in LBK and Britain.

That Neolithic Europe only relied on farming for food is the biggest lie to defend the genocide of those same Neolithic Europeans by Steppe barbarians.

The meals of Neolithic Europe would not be foreign to modern Europeans. Wheat, beans, animal meat, and milk. The lack of eggs and sugar would be among the main missing elements of a modern-like meal.

The turning point of history since the Younger Dryas event happened in Old Europe about 6000 years ago. The farmers of Europe established the first cities of Europe in Old Europe in the Eastern Balkans and Ukraine. It was the most populous place on Earth. G men not only transformed Europe with spreading agriculture; Neolithic G men were among the first to bring copper and the Copper Age to Europe. It began in Old Europe, in the Balkans. Old Europe had among them, the older natives of Europe, however the founders were the G men that brought farming into Europe and herding into Europe.

Old Europe made pottery and developed metallurgy using copper and gold. Old Europe grew and grew, then vanished from the face of the Earth. Old Europe ended around 2800 BC. Old Europe's focus was on the living, not the dead. The cities were the focal point of the community. Old Europe developed beautiful, intricate pottery. As the Cycladic people did, the people of Old Europe made ceramic female figurines, though for likely different purposes. The genetics of Old Europe are from Neolithic Anatolia, from Europe's first farmers. They had livestock—cattle, sheep, and goats—and farmed cereals. They stayed in contact with their distant relative farmers in the Aegean region.

The steppe hunter-gatherers around 5500 BCE were still primitive, yet later learned metallurgy and herding from the civilizations south of the steppe from G-men. For 1000 years, the Steppe, to 4500 BCE, remained hunters and fishers. The G-men farmers were of a common heritage.

Settlements in Old Europe were built one on top of another for over 1000 years, on mounds called tells, which was rare throughout the globe; they were honoring their ancestors from generation to generation in their homes for the living. Old Europe was a civilization that had communities with two-story buildings and settlements with over 10,000 people. From 4500 to 4200 BCE, there were big two-story homes for more important people of the community in these settlements.

The Neolithic farming region of Anatolia was where metallurgy began to make copper from ore, and it quickly spread to their relatives in Old Europe. If you could make pottery by using intense heat, you could also separate copper from copper ore. From around 5000 to 4500 BCE, copper production from metallurgy started in Europe, in Old Europe. Firstly, copper was used for jewelry or pendants. Secondly, with hotter casting, you could make copper axes and daggers. Old Europe had several mines that produced vast amounts of copper. Copper was used in trade, making the region rich. Gold jewelry and wealth were concentrated at settlements near Varna in Old Europe in 4500 BCE. Before reading and writing, before the wheel, Old Europe had advanced cities and civilization. By 4300 BCE, Old Europe was thousands of years old.

Those living in Old Europe were descendants of those from Aegean farmers from Anatolia. The Steppe hunter-gatherers were from East Asia tens of thousands of years before.

The early steppe were hunter-gatherers that fished for sturgeons, were foragers, and hunted wild horses and gazelles. Spoke different languages. Were of different races. The frontier between Old Europe and the Steppe lasted several thousand years because, for those years, those on the Steppe remained weak and primitive.

However, during the years of peace, copper made its way to the Steppe in trade or gifts. The steppe population started to herd cattle from Old Europe, changing from hunter-gatherers to pastoralists by 4500 BCE.

It transformed the Steppe population and allowed them to get stronger. The domestication of cattle gave the steppe population the idea begin to domesticate horses by as easrly as 4200 BCE. Horses can be ridden bridleless and bareback with precision, but it requires a high level of trust, training, and communication between horse and rider. A person who has experience domesticating and directing cattle (such as a rancher, herder, or drover) likely has the foundational skills to learn bridleless horse riding—but it depends on their ability to adapt those skills to horses. A skilled cattle handler has the intelligence and animal sense to learn bridleless riding—but they must adapt their methods to the horse’s sensitivity and build a riding-specific skill set. It’s not automatic, but the foundational livestock experience gives them a major advantage over someone with no animal training background.

A bridleless horse can be guided with both precision and quickness, but it requires exceptional training, clear communication, and a deep partnership between horse and rider. A bridleless horse can be guided as precisely and quickly as one with a bridle—if the horse is trained for it and the rider has mastered seat/leg aids. It’s common in advanced disciplines but requires trust and practice.

On the question about the possibility of bridleless horse riding potentially pushing back the first date of riding horses, since horses were domesticated in around 4200 bce to 4000 bce and riding with bridles happened many, many centuries later. Could a person fooling around and having fun to see if they can hop onto a horse started the slow process of domesticated horse riding with bridles a later invention.

The idea that early horse riding may have begun bridleless and bareback before the invention of bridles is a compelling—and quite plausible—theory. It’s entirely possible that early horse riding began as showing off, bridleless experiments—perhaps even before or after formal domestication for milk or/meat. Bridles then developed later as humans demanded greater control for hunting, herding, and war.

Raiding cultures could absolutely have used horses bareback and bridleless—especially in quick, chaotic village raids where speed, surprise, and agility mattered more than tight battlefield formations. Tactical battles involving cavalry require precision formations and thus require bridles on horses. Raids are different, horses can be ridden bridleless and bareback with accuracy and quickness, though it is more chaotic. Bridleless riding would have been effective for skilled horse riders to raid and pillage.

For small-scale, chaotic raids, bridleless riding was likely effective, cheap, and efficient. But once conflicts scaled up to organized battles, bridles became necessary. Archaeology underestimates early riding because bridleless riding leaves no trace. Meaning the way a smaller raiding culture could end the well populated urban, and weapons and tool filled Old Europe could have been with early bridleless horse riding. 4000 BCE to 3500 BCE could easily have been an era of experimental horse riding with Old Europe prey to raids involving a handful of horses for raids. Those without horses would have raided on foot.

Old Europe was arming and giving ideas to the steppe population that would later wipe out the Old Europe Civilization and the whole of Neolithic Europe and beyond.

By 4200 BCE to 4000 BCE, the Steppe populations were domesticating horses and having metal weapons and tools. Only a few centuries after turning to cattle herders by the ideas of Old Europe, Old Europe was falling apart. Bulgaria, Moldova, the Danube Valley, and the settlements of Old Europe were abandoned after thousands of years of settlements by farmers built around the traditions of tells and successive home building, the new homes on top of the old homes. Why?

The copper production stopped. The population stopped farming and switched to herding only. A whole society collapsed. By about 4000 BCE, invasion from the Steppe into Old Europe began. Horse boats, raised mounds, and kurgans were signs of a steppe replacement of Old Europe. The Old Europeans abandoned their communities, not peacefully. In one settlement alone, the final archaeological layer of the settlement shows signs of conflict and settlement burning. 46 civilians in one settlement have strong evidence they died violently. This replacement was repeated at 600 settlements in the Lower Danube; settlements were abandoned either by violence or the threat of violence from steppe invaders. There was nowhere safe in Old Europe, and exposed sedentary farming was among the least safe ways to live when there were barbarians raiding farms and cities for goods, typically metal as that was wealth and commerce, for livestock, for women and children, and for food. The raiders when strong enough would usurp the land from from native locals through violence and fear. With new land for the descendants of Steppe livestock that the Old Europeans gifted or traded with them centuries before.

The Old Europeans empowered their own destruction and the destruction of Europe. Within 2000 years, a population replacement due to conquest would vanish most of the male population in Neolithic and Copper Age Europe, and by the modern era over 1/2 of Europeans would be descended from only 2 Bronze Age steppe leaders (R-L23; R-Z645); the steppe leaders that descended from East Asia tens of thousands of years before (“The forefathers of Europe: Two thirds of modern European men descend from just THREE Bronze Age leaders”, Richard Gray, 2015; https://www.dailymail.co.uk/science...n-descended-just-trio-Bronze-Age-leaders.html).

Deeper in the mountains of Romania to Moldova, people survived because they set up massive ditches and earthen embankments to protect their settlements from raping and pillaging and genocidal steppe invaders raiding. The communities made huge amounts of arrows to protect themselves. People from Old Europe fleeing the unsafe regions of the Tell settlements fled in part to these safer settlements. Word got out quickly of raping and pillaging steppe invaders that only had murder and theft as their intent, and Old Europe responded with fleeing.

About 4000 BCE, on the plains of the Eastern Balkans, raiding was common, burning of settlements, and stealing of herds that could have amounted to full warfare. Old Europe was the test of Steppe invaders using raids that would be done on a widescale throughout much of Europe centuries later. [Lost Civilization of Old Europe: The Copper Age and the first cities]

Haplogroup G is a testament to the equality of technology and the equality of man, only empowers evil to destroy the good. The good must remain stronger than evil. Evil must remain primitive, ignorant, and backward, or else evil does evil things and destroys the good because evil does not place limitations on itself using tools, having no morality in the first place. Evil, if given the means to dominate, quickly destroys the good.

This story is a testament to keeping your secrets and advantages among your own family, your kindred, to the civilized that already proved the ability to not use superiority to dominate and conquer. Giving your power to the weak is playing Russian roulette. They could be weak for a reason. As evil is to remain weak, or else it takes over. Haplogroup G is a story of broken trust. Haplogroup G is a story of what could or should have been, a European civilization contemporary with the Sumerians, destroyed by violence and barbarism. A European civilization where farmers and G-men outpopulated the rest of Europe due to advantages in farming, hard work and community building.
 
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Chapter 6: Haplogroup H - South Asia's Own

The origin of haplogroup H is likely in South Asia around 45,000 to 50,000 years ago, as haplogroup H is most diverse and frequent in South Asia, particularly among tribal populations in India. This suggests that it may have originated in this region. Sub-clades of H, such as H-M69 and H-P96, are also more common in South Asia, further supporting this hypothesis. H-M69 is the most common sub-clade, found predominantly in South Asia, especially among tribal populations like the Andaman Islanders, Dravidian-speaking groups, and Austroasiatic tribes. H-P96 is found in South Asia, the Caucasus, and Europe. It is rare in modern populations but has been identified in ancient samples from the Neolithic period. H-Z5857 is primarily found in South Asia and the Middle East.

Neolithic samples from Iran and Turkey show the presence of H2, suggesting early dispersal into the Near East. H2 appears to have entered Europe during the Neolithic period, likely as part of the migration of early farmers from the Near East. A Neolithic individual from El Portalón, Spain (~3,500 BCE) belonging to H2. H2 samples from Neolithic France (e.g., Normandy), as discussed in the study "Ancient genome-wide DNA from France highlights the complexity of interactions between Mesolithic hunter-gatherers and Neolithic farmers" (Ancient genome-wide DNA from France highlights the complexity of interactions between Mesolithic hunter-gatherers and Neolithic farmers, Maté Rivollat et al, 2020; https://www.science.org/doi/10.1126/sciadv.aaz5344).

While ancient DNA from South Asia is limited, the high diversity and frequency of H in modern populations suggest a long history in the region. Haplogroup H likely originated in South Asia and spread westward into the Near East during the early Holocene. H2 entered Europe during the Neolithic expansion of farming populations from the Near East, around 8,000–6,000 years ago. The Caucasus region and Northern Middle East appears to have been a key area for the spreading of H2 into both Europe and the Near East.

Ancient samples of Y-DNA H include two on the island of Cyprus dating back nearly 10,000 years ago. And a 9,000-year-old sample from Israel showing sub-clade H2. The extent of Haplogroup H in the Mesolithic Middle East should be shown to be extensive as more archaeological remains are found. Haplogroup H were on Cyprus when cats were domesticated in the Near East. Making them nearly confirmed to be among the earliest to have cats as domesticated pets, along with the other Near East haplogroups.












Chapter 7: Haplogroup I - Europe's True First

Haplogroup I is a genetic witness to Europe’s earliest populations, their survival through ice ages, and their enduring influence on modern European ancestry. I call Haplogroup I, Europe's True First because those responsible for "out-competing" the Neanderthals via threat of violence or violence should not be considered man's first in Europe. Haplogroup I would be among the top candidates that defeated Atlantis in prehistoric Greece before the Younger Dryas flood event, as mentioned in an earlier chapter.

Haplogroup I originated in Eurasia approximately 40,000–45,000 years ago, descending from the broader IJ haplogroup. Its earliest carriers were Paleolithic hunter-gatherers who migrated into Europe from the Near East or West Asia during the Upper Paleolithic. This lineage became one of the oldest and most deeply rooted Y-DNA haplogroups in Europe. The haplogroup diversified during the Last Glacial Maximum over 20,000 years ago, as populations retreated to glacial refugia in Southern Europe. Haplogroup I is associated with Mesolithic Scandinavian hunter-gatherers and later Viking expansions. I1 ancient sample was found in Spain before the Younger Dryas flood event. I2 (M438) split into several branches, including I2a and I2b, in Balkan and Mediterranean refugia.

Hunter-gatherers carrying Haplogroup I dominated Europe before the arrival of Neolithic farmers (~9,000 BCE). I2 lineages were widespread, with high frequencies in the Balkans and Western Europe. I declined when Neolithic farmers (carrying G2a) and reduced haplogroup I’s prevalence through demographic shifts. Later Steppe pastoralists (with R1b/R1a) wiped out G and I from most of Western, Central, and Eastern Europe. And I2 was heavily depopulated from Scandinavia. I1 thrived in Scandinavia, possibly due to local adaptation of bronze weapons. I1 spread via Viking expansions to the British Isles, Iceland, and Russia. While I2 is associated with Slavic migrations into the Balkans.

In summary, the origin of I* is in the Near East/Western Asia (the same as their brother Haplogroup J) with migration into Europe ~30,000 years ago. Y-DNA I split into I1 and I2 during the LGM in glacial refugia. Survived post-Neolithic demographic upheavals, now representing 10–15% of European Y-DNA. Its subclades reflect Europe’s ancient hunter-gatherer heritage and later historical migrations.

I1 origin is not up for debate, as there are pre-younger dryas flood event haplogroup I1 in Spain. I1 is generally accepted to have originated in Europe. The I1 survivors likely adapted by entering the bronze age and being strong enough to out-fight the invading conquerors. How did the Viking get so different from Irish Celts? The answer is partly explained by I1. The will to survive. To out-crazy the crazy, or in this case, out-barbarian the barbarians, while remaining non-barbarian living among the barbarian invaders in Scandinavia. If a murderer enters your neighborhood, it is best for the murderer to fear you, instead of the other way around. While there are cases of isolated or sporadic violence during the Neolithic period, there was no genocide done by Neolithic Europeans in wiping out a whole continent of civilians.

The history of European megalithic structures is a fascinating topic that intertwines archaeology, anthropology, and genetics. Megaliths are large stone monuments constructed during the Neolithic and early Bronze Age, primarily between 4500 and 2000 BCE. These structures include tombs, standing stones, and ceremonial complexes such as Stonehenge. They served as burial sites, astronomical observatories, and communal ritual spaces, reflecting complex social organization and spiritual beliefs. Megalithic construction was not the work of a single culture but emerged independently or through cultural diffusion among several Neolithic communities: In Atlantic Europe from 4500–2500 BCE, early megaliths like Carnac's alignments (c. 4500 BCE) in Brittany, France, were built by farming communities linked to the Carnac culture. In the Iberian Peninsula, the Los Millares culture (Spain, c. 3200–2300 BCE) constructed fortified settlements with megalithic tombs. The British Isles had the Windmill Hill culture (c. 3800–3400 BCE), which initiated megalithic traditions, later expanded by the Grooved Ware people (c. 3000–2500 BCE), who built Stonehenge and Newgrange. In Northern Europe (3500–2800 BCE), the Funnelbeaker culture (TRB, c. 4300–2800 BCE) in Scandinavia and northern Germany built dolmens and passage graves (e.g., Sweden’s Älleberg). On the island of Sardinia, their nuraghe (Bronze Age, post-1800 BCE) and Malta’s temples (c. 3600–2500 BCE) represent later megalithic traditions. The early phase (5th–4th millennium BCE) first emerged in Brittany, Iberia, and the Mediterranean. The peak period for megalithic Europe was 3500–2500 BCE, resulting in the expansion across Atlantic Europe and Scandinavia. Decline happened in 2500–2000 BCE after the Steppe invasion, killing most of the male population of the megalithic cultures of Europe. The shift to individual burials with the rise of Indo-European (Yamnaya-derived) Bronze Age cultures. Ancient DNA studies reveal a mix of ancestry among megalithic builders. Neolithic farmers were dominated by G2a (Anatolian-origin haplogroup), linked to the early agricultural expansion into Europe. Found in French and Iberian megalithic remains. Western European Hunter-Gatherers (WHG), especially I2 (especially subclade I2a1b), are prevalent in remains from megalithic tombs of later periods in Ireland, Britain, and Scandinavia.

Megaliths suggest communal effort, possibly by patrilineal or clan-based groups (evidenced by male-biased haplogroups in tombs). The arrival of Yamnaya-derived groups (R1b) introduced new burial practices (e.g., single graves), leading to megalithic decline by a drastic replacement of the native male population. European megaliths were primarily built by Neolithic farming cultures (4500–2000 BCE), with genetic ties to Anatolian farmers (G2a) and indigenous hunter-gatherers (I2). Their construction reflects a shared ideological shift toward collective burial and territorial marking. While later Bronze Age migrations (R1b) reshaped Europe’s genetic landscape, eliminating most Neolithic males from reproduction, megaliths remain enduring symbols of Neolithic innovation. Ongoing ancient DNA research continues to refine our understanding of these enigmatic builders.

The migration of Neolithic farmers into Europe caused the loss of vast amounts of hunting grounds to European native hunter-gatherers. And there was a shock population shift of native Europeans due to this change. Though the Neolithic farmers had no evil intent to replace the population of native Europeans, by the late Neolithic period of Europe, hunter-gatherer native Europeans rebounded and adapted to the population boom of Early European Farmers, some taking up farming themselves. In the course of humanity's history of agriculture causing the marginalization of hunter-gatherers, this is one of the good examples of the resiliency of the native population when the agriculturalists do not seek dominion and power. A co-existence of native European haplogroup I and Early European Farmer G developed. Despite some inter-racial and intra-racial conflicts over the course of several thousand years, this was one of the better examples of mixing of farmers or herdsmen and natives since the agricultural revolution and domestication of animals. The gold standard may have been in the Near East, while Africa saw the Bushmen only able to survive the herders by living in the extreme desert. The survival of the natives on some of their native land was not repeated in the Bantu expansion, in Chinese rice-growing regions where the rice growers took the whole prize of farming land, in Native Americans vs farmers' displacements of American Indians. Living among the dominant G men neolithic cultures were various Haplogroups – I, H, T, J, C, R1b-V88. A few former hunter-gatherers. The main population of Neolithic Europe were farmers.

Haplogroup I are not true Indo-Europeans and were genocided nearly to extinction by Steppe barbarians in parts of Europe, are now the staunch defenders of Steppe barbarian Indo-European identity.

The Steppe invasion changed Europe from G-rich and I-rich to R1b and R1a dominant.







































Chapter 8: Haplogroup J - Sons of Utnapishtim/Founders Of Western Civilization

While Haplogroup I are the heroes of old from the last cataclysmic event—the Younger Dryas flood event, according to the Plato story of Atlantis. Their brother haplogroup, J, focused not on defeating Atlantis by physical force. The figure of Utnapishtim, representing the whole of J, built a spiritual Ark. An Ark to preserve fallen man's connection to the whole of Nature and the Divine that created Nature. Utnapishtim did not get corrupted by the late era of the Atlanteans. Did not turn to evil. Utnapishtim stayed connected to the Divine, while others went to darkness. Haplogroup I heroes could not build a spiritual Ark to preserve man's connection to nature through the flood. Haplogroup I in Europe was too busy with the mortal work of defeating Atlantis. This spiritual connection to the Divine and to Nature, in service to the Divine and Nature, representing the whole of fallen man, is passed onto their children of Utnapishtim through a metaphysical spiritual mark on their Y-DNA, their seed, and this gets passed from seed to seed. This is why Natural Law and Spiritual Law are from the sons of Utnapishtim. The flood only wiped out the lowlands according to geological younger dryas records, it did not touch the mountains. The races of homo sapiens continued, with only a few races near Mt Ararat. Noah did not put the races of homo sapiens into the ark, Noah did that to nature, to save nature and man. Native American ancestors stayed in the Americas and survived the flood in the highlands. The races in East Asia stayed in East Asia and survived the flood in the highlands. The Steppe populations that are the fathers of most Europeans and North Indians survived the flood far to the north of Mt. Ararat in Russia. The Mesopotamians were mostly J men and it is shown in archaeological records that J men were near Mt Ararat in the years following the younger dryas global flood event that wiped out Atlantis.

Haplogroup J (M304) originated in the Near East/Southwest Asia approximately 30,000–45,000 years ago, descending from the broader Haplogroup F, GHIJK and more recently IJ. Its early carriers were Paleolithic hunter-gatherers who inhabited the Fertile Crescent (modern-day Iraq, Syria, and southeastern Turkey). This lineage later became pivotal in the genetic history of the Middle East, North Africa, and Europe.

The spread of Y-DNA haplogroup J1 (J-M267) into the Middle East is a complex topic, but current genetic and archaeological evidence suggests that it likely originated in or near the Caucasus region or northern Mesopotamia and spread southward into the Arabian Peninsula and the broader Middle East. J1 is a sub-clade of the broader Haplogroup J, which is thought to have originated in the Near East or the Caucasus region around 20,000–30,000 years ago. The specific subclade J1 (J-M267) likely emerged in the Caucasus or northern Mesopotamia (around 20,000 years ago). From there, it spread into the Levant, Anatolia, and eventually the Arabian Peninsula and beyond after the Younger Dryas flood. The genetic and archaeological evidence supports a north-to-south migration of J1 into the Arabian Peninsula. This is consistent with the timing of human migrations and the spread of agriculture and pastoralism during the Neolithic period. Early J1 lineages are found in ancient DNA from the Caucasus and northern Mesopotamia, suggesting these regions were the source of its expansion. As populations moved southward, J1 became associated with Semitic-speaking groups, including early pastoralists and later Bronze Age populations. While J1 is now highly prevalent in the Arabian Peninsula (especially among Arab populations), its presence there is thought to be the result of later migrations and expansions, particularly during the Chalcolithic and Bronze Ages (around 5,000–4,000 years ago). Ancient DNA studies from the Levant and Mesopotamia show that J1 was present in these regions before it became dominant in the Arabian Peninsula. Diversity of J1 Subclades: The highest genetic diversity of J1 subclades is found in the Caucasus and northern Mesopotamia, which is a strong indicator of its origin and early expansion in these regions. The spread of J1 is closely tied to the expansion of Semitic languages, which originated in the Levant and northern Mesopotamia before spreading southward into Arabia. J1 is also prevalent in the North Caucasus (e.g., Chechens, Ingush, Dagestanis), where it is thought to have originated or been present since ancient times. J1 is found at moderate frequencies in the Levant (e.g., Jordan, Syria) and Iraq, consistent with its north-to-south spread. J1 is most common in the Arabian Peninsula (e.g., Yemen, Saudi Arabia, Oman) and among Arab populations, with J1e as dominant, signifying a migration from north to south.



In summary, the spread of Y-DNA haplogroup J1 into the Middle East likely followed a north-to-south path, originating in the Caucasus or northern Mesopotamia and expanding into the Levant and Arabian Peninsula during the Neolithic and Bronze Ages. This migration is closely tied to the spread of Semitic-speaking populations and the development of pastoralist and agricultural societies in the region. Thus, while J1 is now most strongly associated with Arabs, its roots lie further north, and its presence in the Arabian Peninsula is the result of later expansions.

Haplogroup J2 (M172) originated in the Fertile Crescent or Northern Mesopotamia, close to where J1 is believed to have originated, approximately 20,000–30,000 years ago. It is closely associated with early agricultural societies and the Neolithic Revolution. The haplogroup likely arose among Paleolithic hunter-gatherers who later transitioned to farming in the Zagros Mountains or Upper Euphrates Valley. The spread of Haplogroup J2 is closely tied to the expansion of agriculture, trade networks, and migrations during the Neolithic and Bronze Ages. Anatolia and the Levant: J2 was carried by early farmers from the Fertile Crescent into Anatolia and the Levant. J2 spread into Southeast Europe and the Mediterranean via Neolithic migrations, particularly with the Cardial Ware and Linear Pottery (LBK) cultures and Roman Empire migrations from the Near East and Eastern Mediterranean. J2 became prominent in Minoan and Mycenaean civilizations, linked to early Greek-speaking populations. A nearly 10,000-year-old remains of a post Younger Dryas J2a man was found in Georgia, deep in the Caucasus Mts., showing J2 was a founding Caucasian haplogroup. Also, a 13,000 year old remains of per-younger dryas J1 man high in the Caucasus (Upper Palaeolithic genomes reveal deep roots of modern Eurasians, Eppie R. Jones et al, 2015). This shows the ancestors of Utnapishtim and the sons of Utnapishtim were in the Caucasus and likely south to Mt. Ararat and the broader Middle East around the flood event. The Holy Mountains of Ararat were almost certainly populated by J men before and after the Great Flood. Not only is the flood story, the story of J men in their sacred books, J men were the ancestors of Utnapishtim and the sons of Utnapishtim. Over 3/4 of global populations have no male line ancestors near the mountains of Ararat directly after the Younger Dryas Flood Event. Meaning the sons of Utnapishtim that disbursed after the Flood from Mt Ararat were exclusively J and G men.

J2 expanded further into Mesopotamia and the Iranian Plateau, associated with the rise of early civilizations like the Sumerians and Elamites. J2 was carried by Phoenician traders and Greek colonists to the western Mediterranean (e.g., Sicily, Sardinia, southern Italy, Spain). The Roman conquests and trade networks facilitated the spread of J2 across the Mediterranean and into Western Europe. J2 was carried into North Africa and the Iberian Peninsula during the Islamic conquests (7th–8th centuries CE). J2 is a genetic marker of early agricultural societies and the cultural exchanges that shaped the ancient Mediterranean and Near East. Haplogroup J2 reflects the deep connections between the rise of farming, urbanization, and the spread of civilization in the ancient world.

I would not be surprised to find J remains in Epipaleolithic Russia or Mesolithic Russia because of a J sample in Karelia, Russia, dated roughly 8,000 years ago, had to get there somehow.

The CHG are the residents of Mt. Ararat before and after the Youmnger Dryas Biblical Flood, about 12,000 years ago. The Caucasus Hunter Gatherers are J and G men.

G2 would have been responsible for Western Civilization had it not been for their genocide by steppe invaders in Europe, as Europe had a civilization of agriculture, pastoralism, pottery, metalwork, jewelry, communal living and much more. That was wiped out during the steppe raids often on horseback that destroyed Old Europe and Neolithic Europe. Instead, present Western Civilization was founded by Ionian and Attic Greeks, mostly Caucasians J2 and G2 immigrants from the East (Anatolia). Here in the Minoan Civilization, from those Ionic populations, there was extensive farming, herding, bronze metal work, trading, shipping, and cities. There were palaces and a written language, first Cretan hieroglyphics, then Linear A, that Linear B was later based on. Athens, an Eastern migrant-based region, was the pinnacle of Greek culture, multicultural, and the first civilized democratic government. Learning spread from Greeks. Particular Eastern Greeks. Thales of Miletus (c. 624–546 BCE), who was from Miletus (Ionia, modern-day Turkey), is considered the first Greek mathematician; he predicted solar eclipses and introduced geometry to Greece. Pythagoras of Samos (c. 570–495 BCE) from Samos (Ionian Islands) founded the Pythagorean school, famous for the Pythagorean theorem in geometry. Apollonius of Perga (c. 262–190 BCE) from Perga (Pamphylia, modern-day Turkey) is known as the "Great Geometer"; he wrote Conics, a seminal work on conic sections. Hippocrates of Kos (c. 460–370 BCE) from Kos (Aegean Sea) is known as the "Father of Medicine"; he established medicine as a science separate from philosophy and religion. Hipparchus of Nicaea (c. 190–120 BCE) from Nicaea (Bithynia, modern-day Turkey) is considered the founder of trigonometry and compiled the first comprehensive star catalog. With many more scientists, mathematicians and Greek scholars likely to have Eastern/Caucasian migrant origin in Greece. The Steppe R1 invaders into Greece did not make Greece a civilization; it was an existing civilization when the Steppe hut dwellers arrived and found something much grander than their primitive barbarism. The Eastern Mediterranean and Caucasian G2-rich and J2-rich civilized men in Greece founded Western Civilization and Western Law, which were from the East, from J2-rich and G2-rich areas. Linear A was from Minoan G and J men. Linear B was derived from Linear A. And the Greek alphabet was from Ionic and Aegean regions of Greece, more G and J dominant regions.

The Greek nation and civilization were founded by Caucasians, mainly G2 and J2 men, starting in the Minoan Civilization. To provide national unity, a myth was created about Hellen, the forefather of the Greeks. It could easily be explained that the four tribes of Greece—Ionian, Achaean, Doric, and Aeolic—were representing the migrations to Greece. From the East, West, and Northern cultures. Ionians are the Eastern migrations from the Caucasus, mainly the Js and Gs. Doric were the migrations from around Albania—mainly the E1b1b and Caucasian J2bs. Achaeans are the mix of mostly Ionic and a lesser extent Steppe to make the Mycenaeans. And Aeolic are northern wild lands of horses, centaurs, and connections to the Steppe and European populations. The Dorian invasion likely replaced the Ionic and Achaean regions of the Peloponnese, Crete, and some of the Aegean Islands with Doric.

The areas of Ionic (or Caucasian Eastern migration) were the highly intellectual areas of Ancient Greece. Ancient Athens, the pinnacle of Greek identity, was founded by Ionic settlers, or specifically Attic. Although multicultural and filled with slaves, ancient Athens should be found to be rich in Caucasians among the general population.

The Orientalizing Period is a term that describes a phase in the 8th–7th centuries BCE when the Etruscans (and other Steppe derived Italic peoples) were heavily influenced by the cultures of the Eastern Mediterranean, particularly the Phoenicians, Greeks, and Near Eastern civilizations. This period marked a significant flow of ideas, art, technology, and cultural practices from the East to the West, profoundly shaping the development of Etruscan and early Roman civilization. Etruscan art adopted Eastern motifs, such as sphinxes, griffins, and lotus patterns, often seen in pottery, jewelry, and metalwork. Greek pottery (e.g., Corinthian and Attic styles) became highly prized and was imported or imitated by Etruscan artisans. The Etruscans adopted the Greek alphabet (via the Euboean Greeks) and adapted it for their own language. This facilitated record-keeping, trade, and cultural exchange. Etruscan religion incorporated elements of Greek mythology and Near Eastern deities. The Etruscans adopted advanced metalworking techniques (e.g., bronze and gold crafting) from the East. Trade networks expanded, bringing luxury goods like ivory, glass, and textiles to Italy. Eastern influences contributed to the growth of Etruscan city-states and the development of aristocratic elites. Monumental architecture, such as temples and tombs, began to reflect Eastern styles. Phoenician and Greek merchants established trading posts in Italy, bringing goods and ideas. Greek colonies in southern Italy (e.g., Cumae) and Sicily acted as cultural intermediaries. Artisans and craftsmen from the East settled in Etruria, bringing their skills and traditions. The Orientalizing Period laid the groundwork for the Archaic Period of Etruscan civilization (6th–5th centuries BCE), during which Etruria became a dominant power in Italy. This cultural synthesis also influenced the Romans, who inherited much of their early culture from the Etruscans. Without the Eastern Caucasians (J, G) and Middle Eastern populations (T, etc.), there would have been no Roman Empire. The barbarians of Northern and Central Italy, that replaced the more civilized cultures before them, received civilization from the East, from Caucasians, not steppe invaders with deep roots in Northeast, East, and Southeast Asia. Caucasians built Western Civilization, and Caucasians mean G and J. I and T would have formed closely to the Caucasus Mts., so those are Caucasian Lite. Core Caucasians are J and G.

The original Y-DNA haplogroups of the Caucasus are G and J (J1 and J2). These haplogroups represent the early populations of the Caucasus, with genetic continuity stretching back to the Mesolithic and Neolithic Age. There are prehistoric populations that intermingled with the Neanderthals, though these lack the early samples, dominant modern population representation, and genetic continuity that G and J possess. In contrast, R1b is a later arrival and does not represent the original genetic substrate of the region. Steppe R1b and R1a are not native to Western, Central, Northern, or Southern Europe either. They were an Eastern European steppe invading force with deep roots in Eastern Asia, similar to the Huns on horseback in Europe. Therefore, the people carrying G and J haplogroups can be considered the original Caucasians in the context of deep ancestral ties to the Caucasus and genetic continuity.

The Y-DNA haplogroups of the Caucasus region are diverse and reflect the long and complex history of human settlement in the area. Based on ancient DNA studies and modern population genetics, the following Y-DNA haplogroups are particularly significant for the indigenous populations of the Caucasus: Haplogroup J is one of the most prominent haplogroups in the Caucasus. J1 (J-M267) is especially common among populations in the North Caucasus (e.g., Chechens, Ingush, Dagestanis) and is thought to have originated in the region or nearby. J2 (J-M172) is also prevalent, particularly among South Caucasian groups like Georgians and Armenians, and is associated with early agriculturalists in the region and dates back to the preagricultural period. Haplogroup G is another major lineage in the Caucasus and is believed to have been present in the region since the Neolithic period. G2a is particularly associated with early farming communities and has been found in ancient DNA from the Caucasus, including the Maykop culture. Haplogroup L, also found in Maykop, is found at lower frequencies in the Caucasus but is still significant, particularly in the South Caucasus (e.g., Azerbaijan). It is thought to have ancient roots in the region.

In summary, the Orientalizing Period was a transformative era in which the Etruscans, dominated by steppe barbarians, absorbed and adapted Eastern Mediterranean influences, enriching their own culture and setting the stage for the rise of Rome. Before the Steppe invaders depopulated much of Italy from Copper Age farmers and herdsmen, most of those pre-Steppe invasion Italian farmers and herdsmen were from the Near East. That is the demographic of the native Italians that were substantially replaced by Steppe invaders. With the Greek colonies and with migration from the Eastern Mediterranean during the Roman Empire, those Caucasians (mainly G and J; secondarily T) with deep ancestry from the Near East became the majority from Rome and Latium to the south in Sicily and retook the land that their genetic relatives from the Eastern Mediterranean once owned in the Neolithic and Copper Ages. Genociders and barbarians depopulate and steal. Caucasians move and settle. Different patterns, different group identities.
 
Into to Chapters 9-10: Haplogroup K1: Where Easts meets West

K1* mutated from K* about 40,000 to 50,000 years ago perhaps in the region in and around present-day Iran, Afghanistan and Pakistan.

K* and K1 spread to the central regions of Eurasia.










































Chapter 9: Haplogroup L - East

Haplogroup Y-DNA L split from K1* between 30,000 and 45,000 years ago and spread into South Asia and into the Caucasus.

L (L-M20) is primarily associated with South Asia and the Middle East but has a patchy distribution across South Eurasia and into the north Mediterranean nations.

Ancient DNA of Y-DNA L is found in neolithic Iran in ancient farmers (~8,000 BCE) from the Zagros Mountains. Also found in South Asia, Y-DNA L was detected in ancient individuals from the Indus Valley Civilization (~2600–1900 BCE). In the North Caucasus, Y-DNA L was found in the Maykop Culture, indicating L is indigenous to the Caucasus, dating to possibly before the Bronze Age. Several L1a remains found in modern Armenia, dating to about 6000 years ago, show L was native to the Caucasus long before steppe Bronze Age movements into the Caucasus.

Modern Distribution of L is highest frequencies in Pakistan (up to 18% in some populations) and India (especially Dravidian-speaking groups), a telling story of long established roots. In the Middle East, L is found at lower frequencies in Iran, the Caucasus, Afghanistan, and the Arabian Peninsula, these population were from migration often during the Neolithic and Copper Age. Haplogroup L is rare in Europe, with minor frequencies in the Balkans and Italy, likely due to ancient and historical migrations.


























Chapter 10: Haplogroup T - West

Haplogroup T split from K1* around the same period as their brother L, 30,000 to 45,000 years ago. T spread westward into the Levant, Anatolia, and the Mediterranean.

T (T-M184) has a wide but scattered distribution, often called the "Phoenician haplogroup" due to its presence in Mediterranean maritime networks.

Y-DNA T is detected in early farmers (~6,500 BCE), supporting its association with agricultural expansions. Found in a Middle Kingdom mummy (~2000 BCE) and linked to Nile Valley populations. Nearly 4% of samples in a Copper Age site in the Peki'in cave in present day Israel were found to be Haplogroup T. Two Bronze Age individuals n another study were found in present day Syria, in Ebla and Turkey, in Alalakh.

By modern times from ancient and medieval migrations, Haplogroup T is found highest in the Caucasus and Middle East in places like the South Caucasus, Syrian in the Assyrian populations, Iraq (higher in the minority population down to Arabia. They are not high in the North Caucasus as ancient population and migrants since stayed in the South Caucasus in high amounts. Haplogroup T is found in the Mediterranean region is Europe from Greece to Italy to Spain. Particularly in Southern and Central Greece and the Islands. Much of the coast regions of North Central and North West Mediterranean. Spreading northward deeper into Europe, though typically at lower percentages. Y-DNA T is significant in Ethiopia, Somalia, and Sudan, likely due to ancient Afro-Asiatic migrations that T was included in. Present in India and Sri Lanka, possibly via trade networks or Bronze Age migrations.

Key migrations are spreading with Neolithic farmers from Anatolia into Europe (perhaps 7,000 BCE). Expanded via maritime trade networks (e.g., Phoenicians, Greeks) across the Mediterranean. And associated with the migration of Afro-Asiatic language speakers into the Horn of Africa. Found in a wide variety of Middle Eastern populations from Anatolians to Assyrians.

While the Phoenicians colonized parts of North Africa, not a large percentage of the Carthage population was from Phoenicia. So while you do find Y-DNA T in the Horn of Africa, you find less than what was expected in the Ancient Carthage. This is also true for the other Near East Haplogroups in the regions of Carthage.

Chapters like this are easy because LT has not done anything significantly wrong. I have to spend lengths of other chapters disputing claims everything was hunky-dory when it was not. Here with LT, everything was normal and hunky-dory. When a K, be an LT.






Intro to Chapters 11-17: Haplogroup K2 – And the Elves Woke Up in Cuivienen/The East

While the deeper roots of Haplogroup K may lie in South Asia or the Middle East, Southeast Asia is widely regarded as the region where K2 underwent significant diversification and served as a launching point for its subclades' spread into East Asia, Oceania, and the Americas. This conclusion is based on the concentration of basal diversity, migration patterns, and the dominance of K2-derived lineages in surrounding regions.

The high diversity and distribution of K2 sub-clades in Southeast Asia, Oceania, and East Asia suggest this region as a hub for early diversification. For example, haplogroup O (under K2a) reaches its highest frequency and diversity in Southeast Asia, indicating a prolonged presence there. K2b lineages (e.g., M, P, S, Q, R) are linked to ancient migrations into Sundaland, Sahul (Australia/New Guinea), Siberia, and the Americas, routes likely originating in Southeast Asia during the Pleistocene. While ancient DNA from Southeast Asia is limited due to preservation challenges, modern populations (e.g., Andaman Islanders, indigenous groups in Indonesia/Philippines) retain basal K2 diversity.

The exclusive women of K2 are descended from some mtDNA R* and N* women brought to Southeast Asia; R* and N* were also found in SW and South Asia 50,000 years ago. These women of K2 men were diversified into Haplogroup mtDNA O, A, S, B, F, Y, P (downstream from N* and R*) descended from the first wives of K2 in Southeast Asia and East Asia. These Southeast Asian Daughters have different maternal lineages than older East Asian maternal lineages. Y-DNA GHIJLT men and their progeny have Middle Eastern-derived R* and N* women—the daughters of the Middle East. One or many books have been written about the R* and N* daughters of the Middle East, specifically mtDNA J, T, U, K, H, X and V. Y-DNA C and D have mtDNA M* women—the daughters of East Asia. M* did not originate in East Asia; these were brought to East Asia from pre-migration locations. Y-DNA A, B, and E have mtDNA L* women, the daughters of Africa.
- mtDNA Haplogroup B is part of R and is found in East Asia, Southeast Asia, and the Americas.
- mtDNA F is also part of R and is common in East Asia.
- mtDNA A is part of N and found in East Asia and Native Americans.
- mtDNA S is part of N and found in Oceania and Australia.
- mtDNA Y is part of N, found in Japan and some parts of Siberia.
- mtDNA P is part of R, found in Oceania, especially New Guinea.
- mtDNA O is part of N; mtDNA O is less common. mtDNA haplogroup O is part of the N lineage and found in East Asia, particularly in Japan and Korea.

Later migrations (e.g., Austronesians) overwrote earlier K2b2-Y13476 paternal lineages (Aeta/Agta - indigenous hunter-gatherers) in most Philippine groups.






Chapter 11: Haplogroup P

During the Last Glacial Maximum (LGM, ~26,000–19,000 years ago), populations in Siberia (e.g., Ancient North Siberians) likely survived in refugia, where P diversified into Q and R. K2b lineages moved from East Asia (Tianyuan) into Northeast Asia/Siberia (Yana, Mal’ta), following river valleys or coastal routes. The ancestral path of K2b → P → Q/R began in Southeast/East Asia and moved north into Northeast Asia/Siberia (where P diversified). While the initial divergence (K2b → P) occurred in East Asia (as shown by P in the Pacific region from the Philippines to Siberia), the critical split into Q and R took place in Siberia. Yana Rhinoceros Horn Site Genetic and archaeological evidence points to a northward migration of P from East Asia into Northeast Asia/Siberia. This is based on ancient DNA evidence: The Yana Rhinoceros Horn Site (RHS) in Siberia (~31,000 years ago) yielded P1 individuals*, proving that P was present in Siberia by this time with an autosomal breakdown of 71% West Eurasian and 29% East Asian. ANE contribution: 100% (as the defining source population), with ANE itself being a blend of the two ancestral components above. R is descended from P. Haplogroup R are Siberians with East Asian paternal ancestry. Y-DNA Haplogroup R can ultimately trace its prehistoric origins to Southeast Asia or Sundaland, as it is a downstream lineage of Haplogroup K2b, which is believed to have diversified in that region. However, the story of Haplogroup R's origins and migrations is complex, and while its deep ancestry lies in Southeast Asia, its most significant expansions and diversification occurred much later.

Haplogroup K2b and Its Southeast Asian Deep Ancestry Origins: Haplogroup K2b is thought to have originated in Southeast Asia or Sundaland (the exposed continental shelf of Southeast Asia during the last Ice Age) around 45,000–50,000 years ago. From K2b, several important sub-clades emerged, including Haplogroup P (P-P295), which is the direct ancestor of Haplogroup R. The descendants of K2b, including P and later R, migrated out of Southeast Asia and into Siberia during the Upper Paleolithic period. So can haplogroup R be considered descended from Southeast Asia? Yes, in the sense that its deep ancestry traces back to Haplogroup K2b, which originated in Southeast Asia. Therefore, while Haplogroup R's ultimate roots lie in Southeast Asia.

While Y-DNA Haplogroup R can trace its deep prehistoric ancestry to Southeast Asia through its connection to Haplogroup K2b; its immediate origins and most significant expansions occurred later. Therefore, Haplogroup R is best understood as a Eurasian lineage with deep roots in Southeast Asia, but its descendants are primarily associated with populations in Europe, Central Asia, and South Asia. In this sense, Haplogroup R represents a link between the ancient populations of Southeast Asia and the later peopling of Eurasia.

In my hypothesis about Y-DNA K2b and mtDNA U, ANE exemplifies exactly the kind of "bridging" population I described—male-driven expansions (Y-DNA R*) integrating maternal lineages (mtDNA U) from distinct regions.

On the question of whether Ancient North Eurasians are connected to the K2b Tianyuan man and earlier paternal ancestors in Southeast Asia, or if Ancient North Eurasians are a result of the descendants of P* mixing with the local population of Siberia, which had different women and DNA than K2b had in East Asia and Southeast Asia? Thus, is ANE really the DNA acquired via mixing with different populations in Siberia, as the Mal'ta boy ancestors did in getting mtDNA U and the admixture DNA from those women of Siberia, as U2 was in Russia 37,000 years ago, before the formation of R* and P*. U8 was in Russia no later than 35,000 years ago.

The connection between Ancient North Eurasians (ANE) and the K2b lineage found in Tianyuan Man, as well as whether ANE emerged from the mixing of descendants of P* (a subclade of K2b) with local Siberian populations carrying different maternal lineages like mtDNA U. ANE's genetic makeup is due to admixture in Siberia, as seen in the Mal'ta Boy's mtDNA U. That U, U8 and U2 were on Russian Steppe, also near Vladimir, Russia, thousands of years before P* and R* existed gives high weight to the argument that P* acquired U in Siberia and ANE in Siberia and that K2b is an East Asian origin haplogroup.

ANE refers to a prehistoric population in Siberia around 24,000 years ago, exemplified by the Mal'ta Boy, who had Y-DNA R* (a descendant of K2b) and mtDNA U. ANE contributed to Native Americans and some Eurasian groups.

Connecting this to Tianyuan Man, who is from around 40,000 years ago in China and carried mtDNA B and Y-DNA K2b*. So, there's an ancestral link via K2b between Tianyuan Man and the later ANE (Mal'ta Boy's Y-DNA R* is under K2b). The question is whether ANE's ancestry is a result of K2b males (like Tianyuan's lineage) moving north and mixing with Siberian populations that had different maternal lines (like mtDNA U), rather than ANE being directly descended from an earlier Southeast/East Asian population without such mixing.

My hypothesis is that ANE on the Steppe formed when male descendants of K2b (like P* and R*) migrated into Siberia and mixed with local women who had mtDNA U and other West Eurasian genetic components. This would mean ANE isn't just a continuation of the original K2b population from East Asia but a new mix from interactions in Siberia.

But mtDNA U is more common in West Eurasia. How did it get to Siberia? Maybe through earlier migrations or interactions. The Mal'ta Boy's U suggests his maternal line came from West Eurasia, while his paternal line (R*) came from K2b in East Asia. So ANE is a mix of East Asian paternal and West Eurasian maternal lines through admixture in Siberia.

This aligns with the idea that ANE formed when K2b-descended males mixed with local Siberian (or West Eurasian-derived) females, leading to the distinct ANE genetic profile. So ANE isn't purely a continuation of the East Asian K2b population but a result of admixture in Siberia.

Additionally, autosomal DNA from Mal'ta shows a mix of West Eurasian and East Asian components, supporting the admixture model. The East Asian component would come from the K2b males, and the West Eurasian from the local Siberian populations (possibly earlier migrants from the west carrying mtDNA U).

So, to summarize, ANE is indeed a result of K2b-descended males (like P* and R*) migrating into Siberia and mixing with local populations that had West Eurasian maternal lines (mtDNA U) and possibly other genetic components. This admixture in Siberia created the ANE population, which then contributed to later groups like Native Americans and Europeans.

For example: Mal'ta Boy in Gedrosia K3 calculator:

Admix Results:

# Population Percent
1 W_Eurasian 69.88
2 E_Eurasian 30.12

Those with Central Asian and South Asian DNA plot with West Eurasians in Gedrosia.

Evidence of West Eurasian K2b* would be used to disprove my theory. There is zero evidence of West Eurasian K2b*. There is only a mountain of evidence of East Eurasian K2, K2b and K2b1/K2b2. And to add more weight to my theory, the non-steppe and pre-steppe populations of the Caucasus have ANE, giving weight to the Caucasus not getting first ANE from descendants of P males. One of the final pieces of the puzzle would be finding Siberian non-K2b males with ANE autosomal DNA dating before the K2b lineages arrived from the south into Siberia to show the ANE in R-Q population is admixture from mixing with local Siberian populations. The only logical option based on present evidence for P1 to be so-called “West Eurasian”, is from P* to leave SE/E Asia then go pick up U women from the Middle East or nearby, then go to Siberia as Q/R. This still does not change that R and Q have deep ancestral roots in Southeast Asia, and thus are essentially East Asian rooted haplogroups. It does not change that P/R got U women and ANE DNA from admixture that was not their own in Southeast Asia. So anyway you look at this, P is ancestral to Southeast/East Asia and got U mostly likely in Siberia based on available scientific data. And if you want to deny that, then P/Q/R are still East Eurasia from K2b2 being East Eurasian and P got the U women via admixture elsewhere then moved to Siberia. mtDNA U is not native to Southeast and East Asia and K2b is, clearly. The easiest explanation on how K2b East Asian males got mtDNA U and ANE is in Siberia, though more data can be made available to show other options how K2b downstream males got mtDNA U women and ANE admixture. However, it being from admixture is fairly concrete based on present evidence. Past evidence of multiple K2a findings (Oase and Ust) deep into Eurasia by settler migrations has not modified the mountain of evidence that K2a (upstream of O and N) is a Southeast and East Asian origin haplogroup. It is clear that diversification of K2* happened in Eastern Eurasia, particularly SE Asia. So potential finds of K2b* anywhere in Eurasian give no weight to other locations of origin as K2a's origin is solid with this evidence of K2a*. The ancestors of Indo-Europeans were heavily involved in miscegenation, the taking of women outside their East Asian lineage. Or else the Indo-Europeans would look more like Native Americans, Siberians and Mongols. It was admixture, particularly miscegenation, that gave European features to Far East populations of Indo-European lineage.

K2b Tianyuan man clusters most closely with modern East Asians and Native Americans rather than with Europeans or ancient West Eurasians. He shares more alleles with Han Chinese, Dai, and indigenous Southeast Asians than with Europeans or Siberians. This suggests he was part of an early East Asian lineage before the divergence of modern East Asian populations.
 
Chapter 12: Haplogroup Q—Far and Wide

Y-DNA Haplogroup Q originated possibly in Siberia, 25,000 to 30,000 years ago. It split into two branches. Q1a initially stayed in Siberia, and then many of the Q1a2a1a migrated across the land bridge between Siberia and Alaska—Beringia—around 15,000 years ago to 18,000 years ago and into the Americas, where Q became the dominant haplogroup in the Americas among Native Americans. Q became the first humans to reside in the Americas when there were still the saber-tooth cats in North America. No evidence humans hunted Smilodon (saber-tooth cats), though likely they saw one another over the span of thousands of years of co-existence. Q1a1 has been in Siberia since the Paleolithic Era. Today is found in the Siberian population of Kets and Selkups. Q1a also spread west and is associated with steppe invaders into Europe and into the flatlands north of the Caucasus.

The Clovis culture is one of the earliest well-documented archaeological cultures in the Americas, known for its distinctive stone tools and association with the late Pleistocene megafauna. A remains of a man from the Clovis culture found that Q is the dominant haplogroup. Both the remains and the culture date to approximately 13,200 to 12,600 years ago, during the late Pleistocene epoch. The Clovis culture was primarily found in North America, with sites from the U.S. to Mexico and possibly Central America. Key sites include Clovis, New Mexico, Blackwater Draw (NM), and Gault (Texas). Clovis Points were lance-shaped, fluted projectile points , likely used for hunting, crafted from chert, flint, or obsidian via flintknapping. They were attached to spears for hunting megafauna (mammoths, mastodons) and processing game.

The Clovis culture were a Hunter-Gather society that relied on large game and diverse plant resources. They were likely nomadic, following animal herds and seasonal resources. Sites like Monte Verde (Chile, ~14,500 years ago) and others suggest earlier human presence, undermining Clovis as the "first." This has led to alternative migration models (e.g., coastal routes). The Younger Dryas flood event (~12,900–11,700 years ago) ended the Clovis culture, as it did the Iberomaurusian hunter-gatherers and Natufian cereal harvesters in Africa and Asia, respectively. The flood event ended hunter gatherer cultures that hunted of small game, medium game, and large game. It ended cereal gatherers, and other cultures. The denial of this global event should be reserved to pseudo-science. Clovis remains a cultural benchmark, though its "first" status is contested. Ongoing research explores earlier migrations and adaptive strategies in the Americas.

While Q1a mostly stayed in Siberia or went further east, Q1b mostly spread westward from Central Asia into Europe, the Middle East, and down to South Asia during the Neolithic and Bronze Ages. Turkic and Indo-Iranian tribes spread Q2b into the Northern Middle East from Iran to Turkey. And Indo-Aryans could have brought Q1b2 that is present in a small percentage of the Indian population. Jews also have a minority of Q1b.






Chapter 13: R1 - Genociders and Conquerors

R1 was formed around 20,000 to 25,000 years ago, perhaps in Central Asia, and have deep ancestral roots to Southeast Asia and Eastern Eurasia and Northeast Asia. Several thousand years later, it split into R1a and R1b. Before the Younger Dryas flood there is not much known about R1 migration patterns. We do have non-Steppe Yamnaya R1b into Europe before the flood. With the lack of superior weapons or horses, there was no ability to dominate Europe, as later steppe populations did. Residing in higher terrain, these R1b1 males survived the flood. These could not be violent and genocidal because these early migrants had none of the later tools to successfully replace the male population of much of Europe since they had no superior Bronze Age weapons and had no domesticated horses for raids over 14000 years ago. The early R1b settlements into Central Europe were in the minority and weak and had to share and share alike the land. There was much to share.

R1b made early migrations to Europe before the Younger Dryas event. Residing in higher terrain, these R1b1 males survived the flood. And descendants are found in Mesolithic and Neolithic Baltic settlements and Iron Gates settlements, living in relative peace with their neighbors. The same is true in Bohemia for R1b-V88 males in Neolithic Central Europe without superior strength, forced to dwell among many various people of Europe [Dynamic changes in genomic and social structures in third millennium BCE central Europe, Luka Papac et al, 2021; https://www.science.org/doi/10.1126/sciadv.abi6941]. These were a non-Indo-European population of R1b in Europe. These lines could have struggled to survive the latter violent steppe invasion from the steppe Yamnaya.

Soon after the flood, R1b migrants from the north went into Africa via the Sinai or across the Red Sea. There they settled in the region of north-central Africa when the Sahara was green. North Africa and Central Africa could have been totally wiped clean by the flood, and new settlers were ready to colonize vacant land. These migrations eventually transformed many of Chad's tribes to have, on average, between 15 to 20% R1b, according to early studies in Chad.

The chapter on G men explained about how the ancestors of the Steppe raiders got the horse, from the idea of domestication by being traded or given domesticated cattle as gifts. For many tens of thousands of years, man hunted horses in Northern Eurasia, since Cro-Magnon. Ancestors of man since at least 500,000 years ago hunted the horse. Never did they domesticate and do wholesale riding of domesticated horses and bred domesticated horses. Only once given the idea of domestication of animals, in this case cattle, did the hut dwelling primitive population on the steppe realize they could domesticate animals, and so the steppe (perhaps Sredny Stog) culture tried it on horses and succeeded, as history has shown indications. From these steppe populations that later rode the horse did over 1/2 of European males descend from. From this group did originate the proto-IE of later slavic and celtic. They spread from the horse and violence.

As mentioned in the chapter on G men, in the Steppe Ukraine, there was many different groups, languages and races. Old Europe straddled into the openland of the beginning of the Steppe that stretched to Mongolia. There was a peace kept for thousands of years because those predisposed towards generational violence, as you will see in this chapter, were not given the means to commit wholesale genocide yet. Populations in the Middle East and Old Europe had copper and bronze tools and weapons first, yet did not descend to zero-sum barbarism.

About 1/5 of the global population is from R Steppe pastoralists of R-L23 mutation lineage and R-Z645 mutation lineage, a very recent mutation; this occurred because of the male population replacement of Europe and the expansion of the Steppe population in South Asia. The population of Europe, pre-invasion, was filled with G farmers and I hunter-gatherers, many of whom had taken up farming and pastoralism from the G men. G men in the highly farmable central/southern half of Europe. And I-men dominating the northern half and residing in the southern half of Europe. After the invasion, Europe has not been the same since; Europe went barbarian Indo-European. Over 50% of Europe descended from only two Bronze Age leaders. Genghis Khan did not leave such a horrible record of conquest and rape in the fact that 16 million males today descend from paternal lines from Genghis Khan and family. The genocide spree of Genghis Khan of 40 million did not reach this slaughter and rape from the Steppe invaders over a 1000 years in Europe. In the chapter on G men, we learned G men taught pastoralism and domestication to the R1 steppe hunter-gatherers. This helped give them the idea of the domestication of horses, as previously mentioned. The Old Europe civilization also gave gifts and traded copper to the steppe hunter-gatherers. Likely from the Maykop, the Steppe Yamnaya got the technology for bronze. With their previous use of horses and weapons to destroy the Old Europe civilization for the first Homo sapiens genocide in Europe, steppe invaders with bronze weapons began the conquest, destruction, and genocide of Neolithic and Copper Age Europe, taking women and land and leaving death and genocide behind. R1a wiped out many of the Neolithic male population of Europe via the Corded Ware culture. R1b replaced the male population of Western Europe, hitting Central Europe first. The R1b Steppe invaders gradually became known as the Bell Beaker Culture, though there is evidence the specific pottery predates Steppe invasions. In Scandinavia, I2 were mostly replaced by successive waves of steppe invaders. I1 survived, mostly due to their entry into the Bronze Age, partly due to their confidence and strength. This gave birth to Vikings, half barbarian/half civilized warriors that saw neighbors as us vs. them and lacked the morality to resist pillaging and raping that was done to them and was unheard in Europe pre-steppe invasion on such a vast total genocide wide scale. Scandinavia turned into a hellscape as much of Europe did with the Steppe Y-DNA R1 invaders. The Y-DNA I1 of Northern Europe did not know the world still survived in peace outside of Europe, as their whole world went to hell by invading barbarians, with the those adopt bronze technology surviving. Many of them witnessing their I2 European hunter gatherer brothers get replaced out of the history books.

The Baltic region was majority Y-DNA I before Bronze Age invaders using superior weapons killed the natives. After the invasion by genocidal Y-DNA Steppe barbarians, the Baltic region went 100% Steppe R1 according to the paper, “The genetic prehistory of the Baltic Sea region” by Alissa Mittnik et al 2015, replacing the native population, while pockets could be found to have survived, genetic evidence shows that in most regions of Europe, R1 steppe invaders replaced the male population.

In the paper, "Massive migration from the steppe is a source for Indo-European languages in Europe" [Massive migration from the steppe was a source for Indo-European languages in Europe, Wolfgang Haak et al, 2015; https://www.nature.com/articles/nature14317] It shows about a 75% population replacement of the native male lines in Central Europe. After Central Europe, the steppe invaders moved into modern-day France and the Netherlands. The native Neolithic G men and I men were mostly wiped from the gene pool, and their females that did not die defending their husbands and sons ended in the hands of Steppe male invaders. These steppe invaders did not check IDs for restrictions on rape, it would have been similar to the rearguard of the Red Army during WWII. From 8 to 80. It is clear that Steppe males had a policy of excluding Neolithic European males from sex and reproduction through violence against the native females and violence against the native males, resulting in the male lines being nearly wiped out. This was the foundation of Indo-European identity in Europe.

For the France Beaker era, the same story of male replacement. Y-DNA R1 was found in Beaker France, during the Bronze Age, among these studies:

The Beaker Phenomenon and the Genomic Transformation of Northwest Europe, Iñigo Olalde et al, 2017; https://www.biorxiv.org/content/10.1101/135962v1
Large-scale migration into Britain during the Middle to Late Bronze Age, Nick Patterson et al, 2021; https://www.nature.com/articles/s41586-021-04287-4
Ancient genomes from present-day France unveil 7,000 years of its demographic history, Samantha Brunel et al, 2020; https://www.pnas.org/content/early/2020/05/20/1918034117

A rough estimate of 18/22 samples showing over 80% male population replaced in a combination of the above studies in Bronze Age France.

These studies provide data on Y-DNA R1 found in Beaker Britain during the Bronze Age at various sites in the British Isles:

The Beaker phenomenon and the genomic transformation of northwest Europe, Iñigo Olalde et al, 2018; https://www.nature.com/articles/nature25738
Large-scale migration into Britain during the Middle to Late Bronze Age, Nick Patterson et al, 2021; https://www.nature.com/articles/s41586-021-04287-4
The Beaker Phenomenon and the Genomic Transformation of Northwest Europe, Iñigo Olalde et al, 2017; https://www.biorxiv.org/content/10.1101/135962v1

A rough estimate of 35/37 samples were Steppe R1 during the Beaker Era of Britain. Nearly a 95% male replacement rate according to these samples. The Y-DNA G farmers and Y-DNA I native Europeans were nearly totally replaced in a genocide.

A research paper “Long-term hunter-gatherer continuity in the Rhine-Meuse region was disrupted by local formation of expansive Bell Beaker groups” by Olalde et al. 2025 compiled unpublished and published samples from the Mesolithic to Bronze Age Rhine-Meuse region and found over 90% of the pre-Steppe invasion populations were Haplogroup I. The remainder were pre-Younger Dryas European populations of one C sample and two R1b-V88 non-Steppe samples that were present in Western and/or South Central Europe before the Younger Dryas Event. These three samples were in addition to many dozens of I samples in the region before the Steppe invasion. After the barbarians on horse entered the region at the end of the Neolithic Period, a near total replacement of the male population ensued with 100% of the Beaker/bronze age samples being Steppe R1b - 12/12 or 13/13 samples - depending on the start of the period to tally. And several possible samples of neolithic native mtDNA women with the steppe-associated invader males (K2b1a, H1a, H4a1a1a, T2b) to show the males were vastly replaced and the females were taken into the conquerors domain.

“Long-term hunter-gatherer continuity in the Rhine-Meuse region was disrupted by local formation of expansive Bell Beaker groups” by Olalde et al. 2025; https://doi.org/10.1101/2025.03.24.644985

Two genetic studies on the Bronze Age Unetice Culture. One study “Kinship practices at the early bronze age site of Leubingen in Central Germany” Penske et al (2024) had 25 Steppe R1 Samples and one (likely native) I2a2a. That is over 96% population replacement from the neolithic natives. Another study: “Tracing social mechanisms and interregional connections in Early Bronze Age Societies in Lower Austria” Furtwängler et al (2025) had 36 out of 40 Bronze Age Unetice Culture as Steppe R1, no V88s noted. That is a 90% replacement rate from a genocide. The Unterwölbinger Culture was shown to be 8/9 Steppe R1.

Tracing social mechanisms and interregional connections in Early Bronze Age Societies in Lower Austria”, Furtwängler et al (2025); https://www.biorxiv.org/content/10.1101/2025.02.10.636471v1
“Kinship practices at the early bronze age site of Leubingen in Central Germany”, Penske et al (2024); https://www.nature.com/articles/s41598-024-54462-6

A rough estimate of 24/27 Bronze Age males in Spain were Steppe. Here are the sample studies:

A western route of prehistoric human migration from Africa into the Iberian Peninsula, G. González-Fortes et al, 2019; https://royalsocietypublishing.org/doi/10.1098/rspb.2018.2288
The genomic history of the Iberian Peninsula over the past 8000 years, Iñigo Olalde et al, 2019; http://science.sciencemag.org/content/363/6432/1230
Large-scale migration into Britain during the Middle to Late Bronze Age, Nick Patterson et al, 2021; https://www.nature.com/articles/s41586-021-04287-4
Four millennia of Iberian biomolecular prehistory illustrate the impact of prehistoric migrations at the far end of Eurasia, Cristina Valdiosera et al, 2018; https://www.pnas.org/doi/10.1073/pnas.1717762115
The Beaker phenomenon and the genomic transformation of northwest Europe, Iñigo Olalde et al, 2018; https://www.nature.com/articles/nature25738

Showing nearly a 90% male population replacement in Iberia by the end of the Bronze Age. This is Death Camp level of replacement of the population prompting the headline from one study showing a total population replacement: “The invasion that wiped out every man from Spain 4,500 years ago” (The invasion that wiped out every man from Spain 4,500 years ago, Manuel Ansede, 2018; https://english.elpais.com/elpais/2018/10/03/inenglish/1538568010_930565.html). Finding: According to Olalde “40% of the genetic information and 100% of the Y chromosomes come from the migrants”. Given that children inherit the Y chromosome from their fathers, “this means that the men who arrived had preferential access to local women, again and again,” said Reich at the September event.” It can be explained by exclusion of reproduction via bride stealing and threat of violence, or if resistance or the barbarians see you as a threat, that threat is eliminated. Again and again across most of Europe, the reproducing local women end in the invaders huts and the native male Y lineage almost completely wiped out of the gene pool. Neolithic and Copper Age Europe was not hunter gatherers displaced to different hunting grounds, these were very large populations of farmers and herdsmen that were displaced off their land and left unable to reproduce by a hostile invader with superior weapons and the means to take land, possessions and women. For another group of invaders of the same period, such a task would have been an impossible task, yet the invaders had the means to raid, kill and steal with relative ease and that is what the anthropological evidence shows, a population replacement by those only with the means to to do the deed.

To further prove that this was not climate change or a global flood that washed away the Is and the Gs to leave the Steppe population to take over Europe, a 100% European Neolithic woman was found in the dwelling of a Steppe male in Central Europe at the beginning of the Steppe invasion of Europe and displacement of the Neolithic male population. To find these smoking guns means this happened in thousands of other cases. No study has shown that neolithic woman had the plague, though a detailed study could provide further evidence. Neolithic women were assaulted, and the Neolithic males were removed from breeding, either in violence against the males or simply taking women in raiding parties. There is evidence of violence against Europeans from the Balkans to Western Europe by steppe barbarians. [The Beaker phenomenon and the genomic transformation of northwest Europe by Olalde et al. (2018)] [Massive migration from the steppe was a source for Indo-European languages in Europe by Morten E. Allentoft et al.] [Population genomics of Bronze Age Eurasia by Kristian Kristiansen et al.]

"Only toward the latest stages of the Neolithic (in Europe), the concept of specialized warriorhood slowly started to emerge. The perpetrators of violence might have become more clearly defined, while lethal raids and indiscriminate massacres still occurred, as multiple examples show (e.g., refs. (38, 70, and 71)). In the following Bronze Age, the face of conflict changed even further, to include specialized weapons of violence and large-scale battles likely fought by dedicated warriors (72)." [Conflict, violence, and warfare among early farmers in Northwestern Europe, Linda Fibiger et al, 2023]

The 2021 Papac et al. study on Corded Ware migrations in Bohemia found abrupt cultural replacement and genetic turnover, which could be linked to violent takeover [https://www.science.org/doi/10.1126/sciadv.abi6941]. "Europe’s prehistory oversaw dynamic and complex interactions of diverse societies, hitherto unexplored at detailed regional scales. Studying 271 human genomes dated ~4900 to 1600 BCE from the European heartland, Bohemia, we reveal unprecedented genetic changes and social processes. Major migrations preceded the arrival of “steppe” ancestry, and at ~2800 BCE, three genetically and culturally differentiated groups coexisted. Corded Ware appeared by 2900 BCE, were initially genetically diverse, did not derive all steppe ancestry from known Yamnaya, and assimilated females of diverse backgrounds. Both Corded Ware and Bell Beaker groups underwent dynamic changes, involving sharp reductions and complete replacements of Y-chromosomal diversity at ~2600 and ~2400 BCE". They mention warfare in their interpretation, specifically "possibly due to increased conflict between male-mediated patrilines". "Our results suggest that the Y-lineage diversity in early CW males was supplanted by a nonrandom process [selection, social structure, or influx of nonlocal R1a-M417(xZ645) lineages] that drove the collapse in Y-chromosomal diversity." [Dynamic changes in genomic and social structures in third millennium BCE central Europe, Luka Papac et al, 2021; https://www.science.org/doi/10.1126/sciadv.abi6941]

On the taking of women from Neolithic males: "Furthermore, women were not related to the men within the household, suggesting that men stayed within their birth communities in this society, but women did not." [Kinship-based social inequality in Bronze Age Europe, Alissa Mittnik et al, 2019; https://www.science.org/doi/10.1126/science.aax6219] There was no widespread survival of Neolithic males from taking Steppe women in bride exchanges; this disposing of Neolithic women to Steppe invaders was therefore not in the benefit of the Neolithic male population in every way, which means these Neolithic women were taken in violence or threat of violence. With violence happening to the woman for the remainder of her existence. This clears the false notion that 100% of ancient and prehistory man was bad and backward. There were racial groups that were trying to build community and racial groups trying to destroy community. It was not there was genocide and abuse equally dispersed among races and tribes. There were certain groups that made it their identity and way of carrying on their lines.

The Steppe invaders had access to vast amounts of copper for bronze weapons from various sources in Europe and beyond. Horses were also very numerous to give the two main ingredients to raiding on horse. "Fortifications and Warfare in the Neolithic/Chalcolithic Transition" Kristiansen et al. (2017) argues that the Corded Ware Culture (a Yamnaya-derived group) spread through militarized migration, as evidenced by fortified settlements and weapon-rich burials. Links the rise of warrior identities to steppe-derived groups displacing Neolithic communities. "It remains beyond question that the observed change in the gene pool must have involved the migration of people." The replacement of the native male lines of Neolithic Europe was due to the migration of the Steppe raiders on horse.

The Horse, the Wheel, and Language: How Bronze-Age Riders from the Eurasian Steppes Shaped the Modern World, Anthony synthesizes archaeological evidence of horse-based warfare and fortified sites during the Yamnaya expansion. Suggests Steppe groups used military advantages (e.g., horses, wheeled vehicles) to dominate Neolithic populations. [The Horse, the Wheel, and Language: How Bronze-Age Riders from the Eurasian Steppes Shaped the Modern World, David Anthony, 2007]. About two decades ago the archaeological sites proved violent conflict ended Neolithic Europe and Copper Age Europe. With many research papers since painting the genetic picture of the culprits and the victims of that population replacement.

The whole body of evidence paints the same picture of the genocide of Neolithic Europe by steppe invaders that replaced male lines throughout much of Europe for land and women, because the invaders had the means to accomplish this task with ease.

Here are summaries of several reports.

Genetic Replacement and Y-Chromosome Shifts
Haak et al. (2015): "Massive migration from the steppe is a source for Indo-European languages in Europe."
Found a ~75% genetic turnover in Central Europe during the Late Neolithic/Early Bronze Age, linked to Yamnaya-related migrations.
Y-chromosome lineages (male-inherited) shifted almost entirely to steppe-associated haplogroups (e.g., R1b), while mtDNA (female-inherited) retained more Neolithic diversity. This implies that incoming Yamnaya males largely replaced local Neolithic males, while Neolithic women were integrated into the new populations.

Sex-Biased Admixture in the Corded Ware Culture
Goldberg et al. (2017): "Ancient X chromosomes reveal contrasting sex bias in Neolithic and Bronze Age Eurasian migrations"
Analyzed X-chromosome data and found that Bronze Age migrations (e.g., Corded Ware) involved primarily male steppe descendants mixing with local Neolithic women. This created a stark asymmetry in ancestry, with steppe ancestry more pronounced on the Y chromosome than the X chromosome.

Patrilocal Societies and Female Integration
Mittnik et al. (2019): "Kinship-based social inequality in Bronze Age Europe"
Studied kinship in Early Bronze Age Germany and found that women often married into patrilocal groups, while male lineages remained steppe-derived. This supports a model where Neolithic women were assimilated into Yamnaya-descended groups, whereas local male lineages were marginalized.

Violence and Male Displacement
Anthony (2020): "Archaeology, Genetics, and Language in the Steppes: A Comment on Bomhard"
Discusses evidence of horse-based warfare and territorial conquests by Yamnaya groups, suggesting that Neolithic males may have faced higher mortality due to conflict, while women were incorporated as spouses.

Iberian Case Study
Olalde et al. (2019): "The genomic history of the Iberian Peninsula over the past 8000 years."
In Iberia, the arrival of steppe ancestry correlated with a near-complete replacement of Y-chromosomes but continuity in mtDNA, reinforcing the pattern of male-driven migration and female assimilation.

The dominance of steppe-derived Y-chromosomes and persistence of Neolithic mtDNA suggest that Neolithic men experienced lower survival or reproductive success, possibly due to violent conflict, social practices and assimilation of women. Skeletal evidence of trauma in Neolithic males (e.g., mass graves) supports heightened mortality. Patrilocal and patriarchal Yamnaya societies may have excluded Neolithic males from reproduction. Neolithic women likely survived through integration into Yamnaya groups, contributing to mtDNA continuity. This aligns with practices of exogamy or captive-taking documented in anthropological studies.

While no single study explicitly quantifies "survival rates" of Neolithic males vs. Neolithic females, the cumulative genetic and archaeological evidence strongly supports a scenario where European Neolithic women had higher rates of assimilation into Yamnaya-descended populations, while Neolithic men faced displacement, violence, or exclusion from mating. Key mechanisms include male-biased migration, warfare, and patriarchal social structures. For further reading, consult the cited papers and broader literature on Bronze Age demographic shifts.

Now building the criminal case that it was violence, not disease, that ended many of the Neolithic men:

In a criminal inquiry and criminal case, there is the suspect, motive, scene of the crime, and weapon. Did the Steppe Yamnaya fill these suspect, motive, scene and weapon in displacing and replacing the native male population of Neolithic Western Europe and Spain.

Scene and Suspect: The Yamnaya people from the Pontic-Caspian steppe are the primary suspects in the demographic replacement of Neolithic males in Western Europe and Spain. The Steppe Yamnaya were at the scene of the replacement event. And took native European women in Spain and Western Europe, as revealed in the above studies mentioned. The arrival of Yamnaya-associated groups in Europe (circa 3000–2500 BCE) coincides with a dramatic genetic turnover, particularly in Y-chromosome lineages. The Corded Ware and Bell Beaker cultures, which spread across Central and Western Europe, are genetically linked to the Yamnaya and show evidence of steppe ancestry.

Weapon: The Steppe Yamnaya had superior Bronze Age weapons compared to the Neolithic Western European natives and Neolithic Spain natives. Also, the Steppe Yamnaya had horses, giving them the ability to overpower villagers in raids for land or women. The Yamnaya possessed advanced Bronze Age weaponry, including metal tools, axes, and daggers, which were superior to the stone tools of Neolithic Europeans. The Yamnaya were among the first to domesticate horses, giving them a significant military and logistical advantage. Horses enabled rapid mobility, raiding capabilities, and the ability to control large territories. Archaeological sites from this period show signs of increased warfare, including fortified settlements, mass graves, and skeletal trauma, particularly affecting Neolithic males.

Motive: The Steppe Yamnaya were likely polygamists, leaving many steppe males with the desire for females and the means to take some females from the local populations. Also, if it were a non-polygamous invasion, a near-total replacement of the male population and the genetic evidence that the women survived in much larger numbers and percentages than their native male counterparts helps prove there was the taking of the native females in Western Europe and Spain, aside from the invaders being highly polygamous or not, in taking many spouses or not. The near-total replacement of Neolithic Y-chromosomes during the Bronze Age and the survival of Neolithic mitochondrial DNA (mtDNA) indicate that Yamnaya males integrated Neolithic women into their societies while displacing or killing Neolithic males. The Yamnaya were pastoralists who relied on grazing lands for their herds. Competition for land and resources could have driven violent conflicts with Neolithic agriculturalists.

Arguing against this forceful steppe invasion is the debate that since there was disease during the centuries of the steppe invasion, disease killed off most of the native men, leaving many native women alive. Arguing the Bronze Age Steppe invaders of Europe had better immunity against the disease/plague than the Neolithic and Copper Age Europeans. This "disease only" to blame for the replacement of the male population is false because of two reasons.

One: If the false argument that there was no violence and that "disease only" killed off the native males is true, then bride exchanges would explain the peaceful means by which steppe invaders got their women. This false assumption, if no immunity was passed to children of Neolithic local women and steppe males, the local mtDNA would have declined severely as the plague would have wiped out the local women's steppe children in a similar magnitude to the native and local Y-DNA depopulation that is blamed solely on disease and the plague by this false argument of "disease only". If there was no bride stealing and it was instead bride exchanges between steppe invaders and the local population, the neolithic males, in this false assumption of a more peaceful interaction, would in bride exchanges with the steppe invaders have had children with steppe females, giving the same innate immunity to their children that was given to the children of steppe males and local women that did survive. The false "disease only" and "peaceful interactions" argument rests on the idea that disease wiped out the male Y-DNA lines in a peaceful bride exchange scenario. Yet the mtDNA lines of the local women survived the plague or diseases that killed off about 90% or more of the local male lines in Netherlands, Britain and Spain. Thus, proving the group with horses and better weapons engaged in bride stealing and displacing the local male population. In summary, if disease were the sole factor, both male and female lineages would have been equally affected. However, the persistence of Neolithic mtDNA alongside the near-total replacement of Neolithic Y-chromosomes suggests a sex-biased process, consistent with violence and bride-stealing rather than a neutral disease event. If peaceful bride exchanges had occurred, we would expect to see some Neolithic Y-chromosomes surviving alongside neolithic mtDNA. The absence of Neolithic Y-chromosomes and the dominance of steppe Y-chromosomes point to the violent displacement of Neolithic males. In summary, if Neolithic women and their children with Yamnaya males had no immunity to local diseases, their mtDNA lines would have declined alongside Neolithic Y-chromosomes. The survival of Neolithic mtDNA suggests that disease was not the primary driver of male lineage replacement. If peaceful interactions (e.g., bride exchanges) had occurred, Neolithic males would have had children with Yamnaya women, passing on any Steppe immunity advantages. The tiny amounts of Neolithic Y-chromosomes in the genetic record contradicts this scenario.

Two: Looking at diseases in history, the plague would not kill off most males as the only reason why a male population was completely replaced or a near-total replacement of the male population, while the local female lines survived. The first reason why "disease only" fails is supported and enhanced by the second. Here is the second reason why "disease only" killed off most or all Neolithic and Copper Age males in Western Europe and Spain is false. Historically, diseases tended not to wipe out whole populations, leaving vacant land for invaders, especially with invaders that fit the suspect, scene, motive, and weapon, taking the land and many of the local women. Justinian's Plague is a case of a plague causing massive reductions in population. Did that wipe out the residents of the Eastern Roman Empire, leaving it to be invaded and leaving the Byzantine male population to be nearly replaced by Iranian or Arab settlers. The plague weakened the Eastern Roman Empire to make it susceptible to violent invasions, though it does not wash away the violations and offenses of violent military conquest by invaders. I am trying to find another case in ancient history where a disease wipes out a male population during an invasion, leaving the native female population. While the native male population gets a near-total replacement by new invaders, those same invaders have absorbed the native female population into their own population. This disease-only argument seems to be a poor excuse invented because the descendants of the Indo-Europeans don't want their ancestors, their forefathers, to be labeled as violent invaders of Europe that were mostly responsible for wiping out the local native population of Neolithic Western Europe, Spain and beyond. Another case is the Black Death. Europe survived the Black Death. Europe without modern medicine, with primitive medicine, survived the Black Death. Survived the plague. Europe recovered from the Black Death (1347–1351 CE) without a complete demographic replacement.

The near total replacement of the male population in Spain or the near-total replacement of the male population in Britain would not likely be from solely a plague or other disease. There have to be factors causing the male replacement and higher rates of female survival.

The Native Americans were hit with disease and conquest, and the locations where Europeans allowed Native Americans to continue living still have Native American paternal Y-DNA lines today, and the locations where Europeans expelled Native Americans to move them away into reservations no longer have significant Native American populations after being expelled from those locations. Smallpox causing the death of millions of Native Americans did not end the Native Americans. It was the choice of the European colonists that determined the fate of the Native Americans, not disease, though disease killed such a large percentage of Native Americans in many locations throughout the Americas. It was conquerors with superior weapons that took advantage of both the Native Americans unpreparedness for European diseases and took advantage of their own European superior strength in arms to have Europeans colonize the Americas. Disease alone cannot explain the loss of Native American land to the Europeans and European empires. Nor did smallpox totally wipe out the Native Americans from a specific vast region of the Americas. While diseases like smallpox decimated Native American populations, the ultimate displacement of Native Americans was driven by European colonization, warfare, and land expropriation, not disease alone.

I am arguing the only plausible reason for the replacement of the Chalcolithic and Neolithic male population of Western Europe and Chalcolithic and Neolithic Spain was the action of the steppe invaders to displace the male population and take some of the native women. Because if the standard was not bride exchanges, bride stealing is a sign of more violent or forceful invasion and contact. Bride stealing is the probable reason why Chalcolithic and Neolithic males were replaced by steppe males. Conflicts over women and land could have led to violent encounters over the centuries of gradual steppe invasions into Europe. Violence or superior strength led to the displacement of the male locals of Chalcolithic and Neolithic Western Europe and Spain.

The evidence overwhelmingly supports the conclusion that the Yamnaya were responsible for the violent displacement of Chalcolithic and Neolithic males in Western Europe and Spain. The combination of superior weapons, horse-based mobility, and polygamous or bride-stealing practices created a scenario where native women were integrated into Yamnaya societies, while native males were marginalized or killed. Disease may have played a secondary role, but it cannot explain the sex-biased genetic patterns observed in the archaeological record.

The Yamnaya fit the profile of the "suspect" in this demographic replacement event, with motive (competition for resources and women), weapons (advanced technology and horses), and opportunity (military superiority). The "disease-only" hypothesis fails to account for the specific genetic and archaeological evidence, making it an inadequate explanation for the near-total replacement of Neolithic male lineages.

(Haak et al. (2015): "Massive migration from the steppe is a source for Indo-European languages in Europe"
Goldberg et al. (2017): "Ancient X chromosomes reveal contrasting sex bias in Neolithic and Bronze Age Eurasian migrations"
Olalde et al. (2019): "The genomic history of the Iberian Peninsula over the past 8000 years"
Anthony (2020): "Archaeology, Genetics, and Language in the Steppes: A Comment on Bomhard")

These studies provide substantial evidence for the Yamnaya's role in the demographic and cultural transformation of Neolithic Europe. What happened to Old Europe in clear evidence of violence continued in the same actions undertaken against the rest of Europe. Thus this can never be explained away as solely disease or solely climate change.

Whereas Neolithic Europe faced wholesale genocide as a result of the Steppe Invasion, the Middle East also faced Steppe invasions; their existing Bronze Age civilization and Bronze Age tools made wiping out the population much more difficult. Civilizations, with farming, writing, trade, and later metalwork having sprung up in the Middle East, were an ancient goose that lays the golden eggs. Barbarians would not want to destroy such jewels; ruling over them was a more profitable venture. So the Mitanni, a likely R1 nation, and perhaps the Kassites, that could have been R1, sought to rule the Middle Eastern populations rather than exterminate them. Disease did not kill the Middle East populations; climate change did not kill the Middle East population. The Middle East survived because it was not only vastly more prepared to defend itself because the Bronze Age originated there; the Middle Eastern civilizations were a wealth creation for the rulers of the said civilizations. So there is ample reason to kill off most of the Neolithic males via violence or bride stealing to get land and women. And ample reason why the Middle East survived a limited number of steppe invasions.

Take the Steppe invasion into South Asia as another example. Here it was the combination of two. In ancient India and ancient parts of Pakistan, during the Indo-Aryan invasion, there was the appeal to both keep the wealth-creating civilization going by not exterminating the population, though the Indo-Aryans took the most women where the Indo-Aryans settled in North India. In the course of a many generations, a limited number of steppe invaders in Northern India went from 0 to 60% of the population by taking the women these self-imposed rulers wanted.

That R1 Indo-Europeans were genociders is scientifically conclusive; most of what I am writing, others can arrive at different conclusions; here it is definitive. It is not merely possible or likely; it is science proving this genocide took place. Next is their descendants seeking to whitewash this true history, blaming it on climate change and disease. It happened immediately after the research papers were published confirming Indo-Europeans are uncivilized barbarians that stole European women and land and have yet to return both.

Central Europe – over 75% population replacement of males based on available studies -
Britain - over 90% population replacement of males based on available studies -
Spain - near 90% population replacement of males based on available studies -
France - over 80% population replacement of males based on available studies -
Netherlands - near 100% population replacement of males based on available studies -
West Germany - over 90% population replacement of males based on available studies -
Baltic nations - near 100% population replacement of Neolithic males by the end of the Bronze Age based on available studies -

The study, "Y-chromosome haplogroups from Hun, Avar, and conquering Hungarian period nomadic people of the Carpathian Basin" [https://www.nature.com/articles/s41598-019-53105-5] showed 2/3 of Huns in modern-day Hungary during the Hunnic period were R1. R1 are natural barbarians. Attila the Hun was surrounded by R1 Hunnic soldiers. On the elite Huns, a 2018 study (Neparáczki et al.) analyzed remains from elite Hun graves in Hungary showed several with R1a and R1b.

Elite barbarian Xiongnu males show genetic ties to primarily West Eurasian (R1a) and secondarily Siberian (Q1a) populations in the 2020 Study (A Dynamic 6,000-Year Genetic History of Eurasia’s Eastern Steppe - Jeong et al.; https://www.sciencedirect.com/science/article/pii/S0092867420313210) Siberian and Mongol Xiongnu were barbarians with Steppe R1 barbarian leaders leading a Siberian and Mongolian population to raid, kill, and pillage. The Great Wall of China was constructed to keep these barbarians out. As the Indo-Europeans were to Europe, the Indo-Iranians were to the Middle East, the Indo-Aryans were to South Asia, and the "Elite R1 dominated Xiongnu" were to East Asia, trying to Indo-fy East Asia, despite the common Xiongnu tribes being perhaps Mongolian or Turkic. China and the Middle East resisted the steppe invaders. South Asia and Europe are still under their yoke. Why are the Middle East and China not over 60% Indo-European/Aryan, the answer is because they were not genocided nearly out of existence. Immigration and migration reduced Europe's Indo-European population from about 80-90% to 50-60% over the centuries.

The "New Scientist", a popular science magazine, featured an article on the Steppe Yamnaya titled "Story of the most murderous people of all time revealed in ancient DNA." With the subtitle "Starting 5000 years ago, the Yamnaya embarked on a violent conquest of Europe. Now genetic analysis tells their tale for the first time".

"The iconic sarsen stones at Stonehenge were erected some 4500 years ago. Although the monument’s original purpose is still disputed, we now know that within a few centuries it became a memorial to a vanished people. By then, almost every Briton, from the south coast of England to the northeast tip of Scotland, had been wiped out by incomers. It isn’t clear exactly why they disappeared so rapidly. But a picture of the people who replaced them is emerging.

The migrants’ ultimate source was a group of livestock herders called the Yamnaya who occupied the Eurasian steppe north of the Caucasus mountains and Black Sea. Britain wasn’t their only destination. Between 5000 and 4000 years ago, the Yamnaya and their descendants colonized swathes of Europe, leaving a genetic legacy that persists to this day. Their arrival coincided with profound social and cultural changes. Burial practices shifted dramatically, a warrior class appeared, and there seems to have been a sharp upsurge in lethal violence. “I’ve become increasingly convinced there must have been a kind of genocide,” says Kristian Kristiansen at the University of Gothenburg, Sweden. As he and others piece together the story, one question resounds: were the Yamnaya the most murderous people in history?"[https://www.newscientist.com/articl...s-people-of-all-time-revealed-in-ancient-dna/]

There is some evidence that hunter gatherers persisted until the end of Neolithic Britain. Perhaps some I2 extended their survival into Bronze Age Britain precisely because the farmers took the observable open land and the hunter-gatherers were pushed into more covert and hidden places of Britain. When the genociders arrived about 4500 years ago in Britain, those out in the open were subject to raids and pillaging. Hunter Gatherers, already pushed into the dark and highlands, were not the first victims of the barbarians. The invaders would take women and land from the most visible regions first and most.

As was pointed out, seed is identity; your Y-DNA is your identity. If you find a human with Neanderthal Y-DNA, that human is really a Neanderthal. Barbarians celebrating nationalism and their barbarian heritage is barbarism. It is the case of the Mongols. It is also the case of Aryan Indo-Europeans. If a group only knitted clothes for tens of thousands of years, celebrating their history and traditions is not barbarism; it is cultural. Not every group is equal, as in the case of celebrating Mongol history. Barbarians ruined their history with evil. Celebrating a paternal line that only knit clothes is completely different than celebrating Aryan Indo-Europeans that genocided Europe for over 1000 years. The reason why you cannot celebrate barbarians is not your fault; it is the barbarians and their ancestors' fault. They have a problem with their family, with their identity, that is not your fault. It is the reason why we don't celebrate Hitler Day or Stalin Day, or we lose our humanity to barbarism and evil.

The steppe invasion of Europe was not a one-day event that can be explained by climate change. A volcanic eruption in about 2900 BCE could not cause 400 years later to have the native male population be replaced in Spain and Britain with the native women with only Steppe males. Volcanoes don't do that. The Steppe invasion spanned over 1000 years with signs of violence along the way. With signs of replacing the male population along the way. With signs the native female population ended assaulted by the invaders via bride-stealing raids on horseback. It cannot be explained by a one event flood because the neolithic and copper age male population was replaced over 100 years as the steppe barbarians got in contacted with the various regions and people. So there was no flood 6000 years ago, as there had to be yearly global flood to wash away the neolithic and copper age population of Europe to explain this by a flood. Neolithic Europe had a bottleneck of male lines when farming started to explode in Europe. The same thing happened in Asia. If not for farming and pastoralism, the human global population would be in the millions, not billions. However there was no near total population replacement by farmers, more of a population explosion of select lines due to the near endless children that combined farming and herding can sustain. [There was a decline of male diversity when humans took to agriculture, 2015; https://theconversation.com/there-w...versity-when-humans-took-to-agriculture-38725]. The reason for the lack of male diversity is often those populations that got humans to billions in population and not mere millions were farmers and pastoralists. Meaning those farmer lines contributed to a decline in male diversity by the sheer number of children they could support with vast lasts of farms and livestock. When the Steppe pastoralists took over Europe, Europe was already claimed by farmers and pastoralists. And the woods often had hunter-gatherers. First farmers explode in population because of the free land to grow and herd. Europe was farming for thousands of years before the genetic replacement of the Early European Farmer males with Bronze Age Steppe populations via violence and rape.

The Neolithic Europeans had weapons for conflict, as evident in earlier sporadic violence at various sites around Europe. These conflicts were typically over land and resources with deaths both to the newer farmers and older hunter gatherers. These conflicts did not end in the genocide of either group. These weapons to defend their land and women would likely have been present during the late Neolithic period when the Steppe barbarians with superior weapons and on horse replaced the male population of Europe. The founders of European civilization during the Neolithic and Copper Age Europe were nearly wiped out and replaced with hut dwelling barbarian Aryan Indo-Europeans. Western Civilization had to re-emerge from the Middle East and Eastern Mediterranean with the predominantly Ionian Greeks restarting Western Civilization for Europe. Caucasians started civilization twice in Europe. First the Early European Farmers, the G-men Caucasians, started European Civilization. Then it was genocided out of existence. Then G-men along with J Caucasians restarted Western Civilization in Greece from the G and J dominant Ionian Greeks beginning with the Minoans and later with Athens/Ionian Greek people.

Continental Europe would have been hit with successive waves of raiders on horseback, barbarians pillaging farms and villages for females for sex and stealing land for their livestock. While horses did cross into Britain, Norway, and Sweden, it was not as easy as moving across continental Europe for successive raids. Also, the abundance of supplies of copper and bronze in the interior of Europe could have had their supplies line wane further north. With fewer horses and less metal available, the magnitude of steppe abilities would have been present in the north, though not as severe in continental Europe. The I1 males in Scandinavia eventually entered the Bronze Age. This could help explain why the native northern Europeans I1 were able to integrate more into Steppe lineages and tribes. It was not the same scenario that Neolithic Continental Europeans faced. The reason why I1 lines survived in Northern Europe could be they had similar weapons technology that the Steppe invaders had and could show themselves stronger than that threat, forcing the invader to make a compromise to eventually merge tribes, forming many of the Germanic tribes.

On the issue of global cooling causing the male population to have 90% replacement rate, there is the case of the Little Ice Age coupled with the Black Death in the 14th century did not cause the male population to be replaced in the 14th century. The Little Ice Age caused crop failures and the poor died in close percentages as the well fed rich from the black death. The years of the Steppe invasion were distinctly warmer than the coldest years of the Maunder Minimum and Little Ice Age in Europe, and farms still sustained the populations during the Little Ice Age in Europe. Europe during this invasion millennia was leaving the Holocene Climatic Optimum, except the genocide of Old Europe in the Balkans happened well before moderate cooling from the warm period—Holocene Climatic Optimum. The fact that there was farming so far north into Europe during warmer years proves that farming in the middle to southern parts of Europe could be sustained in moderate cooling periods. You would expect farming in the extreme north of Europe to be affected by a one- or two-degree drop in temperature. However, if the colder north could support farming during warmer years, then Spain, after the Holocene Climatic Optimum, could too. Due to the widespread use of livestock for food, Neolithic Europe was strong against hunger. Ötzi the Iceman, of 3,300 BCE in Neolithic Europe, had his last meal of red deer meat and ibex fat along with cooked einkorn cereal grains. Showing the Neolithic Europeans not only farmed, raised livestock, and gathered, but they could easily hunt too. Europe provided Neolithic Europeans with an abundance of food to fish, hunt and gather, on top of the herded livestock and farmed crops.

As Mongolians celebrate their genocidal past. Modern Indo-Europeans engage in genocide denial to hide the guilt of their ancestors due to the loss of pride of barbarism from Indo-Europeans being in a Western Civilization started by J and G Greeks that preach ethics and morality as leadership qualities. If the barbarian Rs were stuck in their barbarian tribes and barbarian anti-culture, the Haplogroup R Indo-Europeans would celebrate the genocide by their forefathers as barbarian R Turks still do today in celebrating their horse riding Turks raiding and pillaging, and stealing land and women, and getting offspring from rape. It is because Indo-Europeans desire no loss of standing in a civilized society based on non-R Caucasian Greek Western Civilization that Rs engage in genocide denial of their past. Mongolian Cs and Turkic Rs have no such limitations and celebrate the barbarism of their ancestors and identity.

Why did the disease only wipe out Y-DNA lines that were replaced by steppe invaders, why no spread of the disease to the Aegean and Middle East? Why did the y-lines get reduced in Spanish colonies, not is regions where disease spread and the Spanish did not colonize yet? Because shifts in y-lines were from invaders, during a disease epidemic, that had superior arms and horses.

The Y-DNA replacement perfectly maps onto the expansion of the Corded Ware and Bell Beaker cultures—the archaeological footprints of the Steppe migrants. The "disease" somehow magically only killed the men in the exact regions and at the exact times these new cultural groups appeared. This is not how epidemiology works; it is how military conquest and cultural takeover work.

The Steppe had the means to commit genocide against decentralized, vulnerable Neolithic European villages, but they did not have the means to do so against the powerful, fortified city-states and empires of the Middle East and Aegean. These civilizations were "the goose that laid the golden eggs." A Steppe-derived group like the Mitanni or potentially the Kassites couldn't simply genocide the population; they sought to rule them. The pattern of Y-DNA replacement in Bronze Age Europe is not the signature of a plague. It is the signature of a male-driven conquest.

The story of the small pox epidemic for the Native Americans were two separate stories. In the face of near total annihilation of American Indians from disease, Catholic France and Catholic Spain did more to assimilated the Native Americans into their society. That is why there are American Indians and Native American Y-lines so widespread in Mexico, Peru, Bolivia and many more nations. The British and American agenda was to use Native American weakness to disease and disadvantages in warfare to exterminate or displace the population in a genocide.

The assimilation during or after one of the most lethal disease outbreaks in human history was one of the contributing factors in keeping the Native American populations of males at near half or above in many present day nations of Latin America. In regions where assimilation did not take place, there was a concerted effort to seize land and either displace or exterminate the local population in English-speaking areas, which can be distinctly characterized as genocide, sometimes occurring during or following an epidemic. This narrative diverges into two distinct accounts: one in various Spanish colonial territories where Spanish men frequently found themselves without women. This situation on the surface resembles that of the Steppe populations, that lacked women due to their society's polygamous practices. Though they divulge in the Spanish regions with the continuation of Native American y-lines, meaning there was no Spanish national policy of seeking full extermination of Native Americans, primarily males, as did happen during the Steppe invasions. While Spanish men took native women during one of the most lethal epidemics in human history, they did not have a policy to 100% exterminate the male population via violence or the preferential access of native women to deny women to the native men. Spain's men could have been polygamous and taken women and exploded in population to then do what the disease could not do - place the surviving local women with the Spanish and have the maleline Y-DNA of the Native American go under 10% throughout Latin American regions. The Spanish were different in that they did assimilate the native male population in vast numbers. Assimilation in the British descent areas meant on a rare occasion taking a squaw or for the Steppe barbarians in Europe often taking a local village girl or native farm woman captive. Adopting a European European Farmer native (slave) boy could have happened on rare occasions increased the chances of the continuation of local male y-lines. These differences further proves that the genocide in Europe during the late Neolithic and Copper Age was from violence to take as much land and women the Steppe barbarians wanted. Copper Age and Neolithic Europe was far more advanced than Native American tribes with widespread farming and widespread herding and metalwork, yet the Spanish were more advanced than the Steppe barbarians. The conquering Spanish were easier on the small pox infected Native Americans, than the Steppe barbarians were to the farmers and natives of Europe dealing with diseases. The reason for more native mtDNA than native Y-DNA in Latin America is because the Spanish single male colonists took native women for wives causing more mtDNA to remain in Latin America during an epidemic that killed tens of millions of Native Americans. Y-DNA lines of Native American males survived because there was no Latin American wide policy of the Spanish to take both land and women of the natives, during and after an epidemic, and no policy to leave the native males with no land and women to reproduce. What did not happen in Latin America did happen in Europe as disease could have weakened local society as happened in the Americas. The quest for 100% of the land causing lack of food from land theft, violence via raiding and bride stealing did not happen in the Spanish colonies in the Americas on such an organized policy of excluding males from reproduction as happened in a genocide committed by Steppe barbarians during the late Neolithic and Copper Age Europe. I am not saying what the Spanish did was not a genocide, though is a light genocide compared to the Steppe genocide with or without disease. With or without disease, the Steppe barbarians sought to replace the native men as owners of the land, taking a few of the village or farm women along the way. The majority of the local women chose to be marginalized, displaced, and die with their husbands or died from natural causes. A significant number bore sons to the Steppe barbarians to then have those sons carry on the cycle of abuse on to more native populations. A normal scene at the end of Neolithic Europe would be similar to what happened to the settlement in Old Europe, steppe raiders terrorize villages, burning villages, farms and land, the wide population flee, losing control over land and fields for livestock and farming, these populations would dwindle to near extinction. Often the border regions were attacked. No ability to fight back. A woman or girl taken in the raids adding to the local admixture DNA of Steppe invading populations. The biological weapons were more those on horse than microbes that replaced the population. Plague findings among late Neolithic Europe show less than 20% of remains in Nordic region samples had the plague (though more full samples could bring this higher), meaning the Small Pox disease and Black Death were more widespread for their victims than the plague [Repeated plague infections across six generations of Neolithic Farmers by Frederik Valeur Seersholm, et al.]. The presence of the plague over six generations (150+ years) is more indicative of an endemic or recurrently epidemic disease than a single, sharp pandemic. This pattern suggests the population had a long-term relationship with the pathogen.

The Neolithic plague lacked a specific gene which is crucial for the flea-based transmission that causes the ultra-lethal bubonic form of the Black Death. Without it, transmission was likely through respiratory droplets (pneumonic) or direct contact (septicemic), which can be deadly but may not have had the same explosive potential as the later, flea-vectored bubonic plague.

The very existence of the large, multi-generational pedigree from Frälsegården is powerful evidence that the society persisted through these plague outbreaks. People lived, had children, and buried their dead in traditional ways for many generations while the plague was present. This is hard to reconcile with a "wipe-out" scenario. It paints a scenario of invaders taking advantage of a weaker population due to primarily superior weapons/ability to raid and secondarily to diseases. Those neolithic populations would have continued had the raids not taken place.

Since Old Europe with vast cities, settlements and copper tools could not survive the raids and had to flee the exposed regions of the Balkans, then the locals of Western and Northern Europe had little chance of resisting.

There is a lack of cultural diffusion from the Steppe invaders to the local population of native villages. There was no large trade in horses, bronze, weapons or carts to Copper Age and Neolithic Europe. The ideas went one way – the idea of domestication went to the Steppe population. Copper and Bronze technology went to the Steppe population from Old Europe or Maykop. The pottery of Bell Beaker went to the Steppe invaders. The females went to the Steppe population. The Steppe population left destroyed civilizations, cities, towns and villages in the wake of their migrations of genocide. Those that argue for economic replacement with no violence or no threat of violence, the stronger economy of the farmers did not displace the native Western hunter-gatherers, taking their hunting ground did displace the hunter gatherers. And to show the Early European Farmers had no genocidal intentions, there was cultural diffusion of farming and herding to the Hunter Gatherers of Europe from the Anatolian Neolithic G men. A mere stronger economy does not displace locals and natives. The act of using their land or taking their land does. And what peaceful economy?, with no trade of substance from the Steppe invaders, where was the extensive trading to the natives if it was only an economic replacement. The indigenous populations in the Baltic region, often referred to as the Narva culture, were primarily hunter-gatherer groups before the arrival of the Steppe genociders. These native populations that could survive in low value wooded regions and were genetically replaced by the Steppe invaders. There was ample room in Europe as the farmers and hunters gradually found balance. Over the centuries, the hunter gatherers found more balance in the cultural diffusion of learning the ways of farming and herding from the Anatolian Neolithic G men. The G male farmers knew how to herd and could have turned into semi-mobile herdsmen with their flocks if there was no violence. If land and women were stolen, then the flocks would have been targets to kill or steal too. Meaning the Steppe invasions were less about the economy of successful trade and more about an aggressive population displacement and replacement from raiding on horseback. 3 to 4 thousands years later, the Spanish had superior weapons, trade and horses, and while the Inca Empire had widespread small pox that killed very large numbers of Incas, where the Spanish did not go and displace the natives, the population recovered thus disproving a combination of factors without genocide could have replaced the native male population of Europe in most regions. The intent to steal land and women while displacing the local male population had to be there, this intent is genocide. The existence of vast intra-trade among Steppe population and nearly no trade comparatively with Neolithic and Copper Age Europe after the conquest of Old Europe shows the Steppe population knew they were committing a genocide by exclusion of natives from their economy of horse raiders and bronze weapons owners. Vast supplies of copper and tin among themselves to make sure they were the individuals with superior weapons. Did divergence in trade norms get I1 a supply of weapons in trade to have these males survive the invasions? How did they learn to make what was then the nuclear weapons of their day?

Exploiting a population with genocide during an epidemic is still genocide. Murdering people during an epidemic is still murder. You cannot say, “they had a nice house and nice possessions and were sick so I killed them when they were weak and took their house, possessions, wife and daughters that did survive. The males were going to die anyways I guess. Don't be so self-righteous. The males were going to die from disease, the females weren't, so we systematically took them. An awfully nice family you got there. Would be a shame if the males died from disease or from my sword while they were sick with disease, no difference, and I got the females.” Now you know why I call them barbarians and genociders because that quote is the best case scenario. I hope a few readers got creeped out. Barbarism is predatory. Likely worse happened. Likely violence with and without disease happened with village and farm raids. I previously established - The "disease" somehow magically only killed off the men in the exact regions and at the exact times these new cultural groups appeared. This is not how epidemiology works; it is how military conquest and cultural takeover work. So there had to be genocidal intent. Europe in the Stone Age that had little defense from invasions died off. The Middle East with bronze weapons and tools, did not die off from biological weapons on horse, because immunity was found in the metal bronze and in fortified cities. The natives of Latin America did not have wheeled wagons/carts for extensive trade and nor did they have horses, yet survived both conquerors and disease when the natives weren't exterminated or displaced. Showing a person you have a wheel does not cause the person to leave his land, showing you have superior weapons in raids does cause the countryside to flee, lose land and go nearly extinct in a genocide. Not ironically, the I1 native population that adopted bronze weapons in the north, did not go nearly extinct as their I2 brothers mostly did, these I1 males experienced a population bottleneck explosion from their adoption of bronze weapons. Meaning equality in weapons gave them an advantage to survive, not herd immunity or other types of immunity. Meaning there was a major contributing factor of violence that led to the end of most male lines of Europe during the late Copper and Neolithic Ages. The bronze weapons did not give them immunity from disease, nor give them carts for better economic trade, nor allowed them to survive climate change. Because these weren't the main issues, the native of Europe were facing genocide by Steppe barbarians and getting bronze weapons technology allowed certain natives to survive and thrive in such a genocidal environment. This again proves genocide. A slightly stronger economy does not nearly wipe out an entire continent of males, military conquest does. The local European natives had the advantage in diversity of food and food security, the invaders had the advantage of raiding as happened extensively in Old Europe and as evidence found in Neolithic Europe proves too. Population bottleneck growth happened from the farming in Europe and East Asia. So it was not an economically food secure invaders vs low population replacement natives that only hunted and gathered in most of Europe. These were two large growth populations and one had most of their males vanished while the other group had the means to cause their vanishing. No significant trade between these two groups during a replacement and no idea diffusion from Steppe populations means no peaceful co-existence rejecting the economic/trade fallacy as the explanation of the replacement of the male population in Europe. One side wanted to keep their advantage in bronze weapons, horses and mobility because that side could displace/replace the native local males and end with both the land and many of women of Neolithic and Chalcolithic Europe. Climate change, diseases, and/or better goods are excuses to hide the genocide. The community that refuses to admit the reality of this genocide are not only genocide deniers, they are ascientific. Most do not want their history to be tainted as stealers of Europe and barbarians that got Europe via a genocide.

This chapter paints the reality of genocide as the decisive factor in the replacement of the male population at the end of the Neolithic and Copper Age Europe. Not a volcano, not a plague. Violence or threat of violence was the means to displace and replace the male population of Europe.
 
Chapter 14: Haplogroup R2 - Less is More?

How you behaved during the race is more important than wiping out peaceful race competitors and declaring victory. Such latter behavior is automatically confined to the losers. 1: "I won every Olympic medal in the Olympics!" 2: "How did you do that?" 1: "I killed everybody and took the Olympic medals!" 2: "I am very sure that is cheating." Barbarism is not winning; it is a cheat.

Whereas most of R1 are descended from barbarians and genociders. R2 behaved more as civilized humans in not being horse-riding head choppers. Proving skin color does not determine superiority. While most are going to say skin color is not determined by Y-DNA, this is well known, I would also point out that R2 is found often in intermediate/brown skin regions of Asia. R2 populations are not associated with with pale skin of the northern latitudes in any way shape or form.

Haplogroup R2 (also known as R-M479) is thought to have originated in Southern Eurasia around 15,000 to 25,000 years ago. It is a direct descendant of Haplogroup R.

The spread of haplogroup R2 is believed to be associated with the migration and expansion of early human populations in South Asia. The Indus Valley Civilization, one of the world's earliest urban cultures, may have played a role in the distribution of this haplogroup. Haplogroup R2 is primarily found in South Asia, with significant frequencies in India, Pakistan, and Sri Lanka. It is also present in lower frequencies in Central Asia, the Middle East, and Europe. The presence of Haplogroup R2 in various modern populations can provide clues into historical migration patterns, cultural exchanges, and the genetic history of South Asia and the Middle East. It is often studied in conjunction with other genetic markers and archaeological evidence to reconstruct the prehistoric and historic movements of human populations. Found in ancient Northern Middle East, South and Central Asia, R2 spread before farming and animal husbandry expanded the populations of Caucasians in the Middle East and beyond. R2 was very common in parts of the Middle East before the population explosions by farmers and herders. R2 is still very common in South Asia.

Some of the notable subclades include: R2a (R-M124): A subclade of R2 and is predominantly found in South Asia. It is further divided into several subclades, such as R2a1 and R2a2, which have their own distinct distributions. R2b (R-M479): This subclade has been found in Central Asia and the Middle East.











Chapter 15: Haplogroup M/S - Remnants of an Old Asia

Y-DNA Haplogroup M and S originated in Sunda and/or Sahal about 40,000 to 45,000 years ago. Both M and S descend from the K2 lineage. Their concentration in New Guinea and Australia highlights the genetic isolation of Sahul populations after initial settlement. These moved into the Island of New Guinea. During the Last Glacial Maximum (∼20,000 years ago), lower sea levels connected New Guinea to Australia (forming Sahul), facilitating movement. Early inhabitants adapted to varied ecosystems—coastal, rainforest, and highland regions. While some highland groups (e.g., near the Kuk Swamp, 10,000 years ago) developed early agriculture (taro and banana cultivation), many lowland and forest-dwelling tribes retained hunter-gatherer lifestyles. Over 800 distinct Papuan (non-Austronesian) languages exist, reflecting millennia of isolation and cultural diversification.

Haplogroup M is found in many Indigenous Australian groups, particularly in northern and central Australia. Minor frequencies in parts of the Moluccas and Timor, linked to ancient gene flow from New Guinea. Haplogroup S is found at lower frequencies in Melanesian populations (e.g., Solomon Islands, Bougainville). There is a minor presence in islands like Halmahera and Alor in the Eastern Indonesian Islands. Traces of M have been detected in isolated Southeast Asian populations, likely remnants of ancient migrations. Haplogroup S is almost entirely restricted to New Guinea and Melanesia, with minimal dispersal beyond.






























Chapter 16: Haplogroup N - A Long Journey

Y-DNA halpogroup N originated in eastern Eurasia approximately 35,000–40,000 years ago. Genetic evidence suggests its emergence in East Asia or Southeast Asia, with some studies pointing to regions like northern East Asia or southern China. This group diverged from its sibling haplogroup O (common in East Asia) during the Upper Paleolithic, as populations adapted to diverse environments.

As carriers migrated northward toward and into Siberia around 15,000–20,000 years ago (post-Last Glacial Maximum), Haplogroup N began diversifying into subclades such as N1 and N2. Key subclades include N1c (M178) which is predominant in Europe, linked to Uralic-speaking populations. N1b and N1a which are Found in Siberia and parts of East Asia. Diversification occurred as groups adapted to northern climates and expanded into new territories during the Neolithic and late Paleolithic. The lowlands of China would have been washed away in the Younger Dryas flood, so N survived in Siberia as their home base.

Subclade N1c migrated from Siberia to the Volga-Ural region around 5,000–8,000 years ago, correlating with the spread of Uralic languages. By 3,000–5,000 years ago, these groups reached Northeastern Europe (modern Finland, Baltic states), where N1c is now prevalent (e.g., 50–60% in Finns). After Europe was destroyed by barbarians during the steppe invasion, early Finnic tribes settled in the Baltic and nearly emptied Finland, Karelia and the Kola Peninsula. Being used to the cold in Siberia.

Branches like N1b remained in Siberia, spreading among populations such as the Yakuts, Khanty, and Mansi. Minor frequencies exist in northern China, Mongolia, Korea, and Japan, likely due to ancient migrations and later admixture. Some groups settled in Arctic regions, contributing to the genetic makeup of Indigenous Siberians.

Modern Distribution is high among Finnic peoples (Finns, Karelians), Sami, Siberian groups (Yakuts). With moderate/Lower Frequencies in the Baltic states, Russia, and Turkic-speaking Siberians (reflecting historical admixture). The spread of N1c aligns with linguistic evidence tracing Uralic origins to the Ural Mountains. From East Asia to Finland, these human men could be seen as the elves that made the long journey in Middle Earth. Despite being so cold in Finland, it is the company that counts, not the cold location. Finland is filled with almost only Finnic N1 men and True First in Europe – Haplogroup I1. This explains why they are the happiest in Europe, as they are not filled with barbarians, Finland has caring people that care about community and family. This keep them warm and happy at minus 20 degrees. Human migration can only ruin such a paradise.







Chapter 17: Haplogroup O - Non-stop

Haplogroup O, a dominant lineage in East and Southeast Asia, originated approximately 34,000–40,000 years ago in East Asia, likely in the region of modern-day southern China or Southeast Asia. It diverged from its sibling haplogroup N (which migrated northward) as part of the broader NO haplogroup split. Early carriers of O were part of populations that remained in East Asia during the Upper Paleolithic, adapting to diverse environments ranging from coastal regions to river valleys.

Haplogroup O diversified into major subclades during the Late Paleolithic and Neolithic periods, driven by population growth, agricultural innovations, and cultural expansions. Key subclades include: O-M119) - linked to Austronesian-speaking populations. It emerged ~30,000 years ago, later spreading during the Austronesian expansion (~5,000–3,000 BCE) from Taiwan into Island Southeast Asia, the Pacific, and Madagascar. O-M122 split into subgroups associated with Austroasiatic-speaking groups (e.g., Khmer, Munda) and spread into mainland Southeast Asia and is prominent in Japan and Korea, likely reflecting ancient migrations from the mainland. O-M134 is The most widespread subclade, making up ~50–60% of Han Chinese males. Diversified happened during the Neolithic (~10,000–5,000 BCE) alongside rice and millet farming. Subclades like O-M117 are linked to the Sino-Tibetan language expansion into Tibet, Myanmar, and Southwest China.

After the Younger Dryas flood event, migration pathways was from East Asia to Southeast Asia spread southward with early rice farmers and seafaring Austronesian groups, reaching the Philippines, Indonesia, and Polynesia. O also expanded into mainland Southeast Asia (Vietnam, Thailand) via Han Chinese migrations and cultural diffusion. Haplogroup O expanded northward into Korea and Japan, arrived in the Japanese Archipelago and Korean Peninsula during the Yayoi period (~1,000 BCE–300 CE), blending with indigenous Jōmon populations. Korea possibly had O populations dating back to the Paleolithic period near the exposed continental shelf. O-M117 accompanied the spread of Sino-Tibetan languages to high-altitude regions, contributing to the genetic makeup of Tibetans. O subclades reached Remote Oceania (e.g., Fiji, Samoa) via the Lapita culture (~3,500–2,500 years ago). The spread of O subclades correlates with Neolithic farming expansions (rice in southern China, millet in the north). Haplogroup O’s story is one of Neolithic revolution and linguistic-cultural expansion. From its roots in southern China, it became the cornerstone of East Asian paternal lineages, shaping the genetic landscape of regions from Polynesia to the Tibetan Plateau. Its subclades mirror the spread of agriculture, languages, and empires, leaving a legacy visible in over 1 billion descendants today.

Rice farming began in East Asia, specifically in the Yangtze River Valley (China), around 8,000–9,000 BCE. Archaeological evidence from sites like Hemudu and Shangshan reveals early cultivation of Asian rice. These regions practiced both wet and dry rice farming. The Pearl River Valley may also have contributed to early domestication, with studies suggesting parallel development alongside the Yangtze, though the Yangtze remains the primary center. Korea and Japan: Rice farming reached the Korean Peninsula by 2,000 BCE and Japan during the Yayoi period (300 BCE–300 CE), introduced via migration and cultural exchange from mainland China. Rice farming spread through river valleys and coastal routes. By 2,000 BCE, rice was cultivated in Thailand and Vietnam. The Austronesian expansion (from Taiwan, ~3,000–1,500 BCE) carried rice to the Philippines, Indonesia, and as far as Madagascar. Debate exists over whether rice was introduced from China or independently domesticated in the Ganges River Valley. Evidence suggests cultivation by 2,500 BCE, with Oryza sativa becoming dominant during the Vedic period. Westward Expansion introduced rice farming during the Islamic Golden Age via Persian and Arab trade networks. Rice farming reached the Mediterranean through Moorish Spain by the 10th century CE, later spreading to Italy and the Balkans. Today, rice sustains over half the global population, with China, India, and Southeast Asia remaining major producers. Its spread reflects millennia of human adaptation, trade, and cultural exchange.

East Asian Haplogroup O men, not only gave us rice to farm, they gave us domesticated chickens, which were later bred for egg laying. Chickens were domesticated from red junglefowl in Southeast Asia (modern Thailand, Vietnam, and Myanmar). Early domestication was likely for cockfighting, rituals, or meat, not primarily eggs. By 2000 BCE, chickens reached the Indus Valley (modern Pakistan/India), where they were kept for meat and possibly eggs, as evidenced by chicken bones in settlements like Lothal. Chickens arrived in Egypt by 1500 BCE, but eggs were rarely consumed initially as ducks and geese were preferred. Mesopotamian texts mention eggs in diets, though it’s unclear if chickens were the primary source. By the Shang Dynasty, chickens were common, and egg consumption is implied in ancient inscriptions. Chickens spread to Europe via Phoenician traders and Greek colonists (c. 800–500 BCE). By the Roman Republi, chickens were bred for eggs and meat. Roman agricultural writers like Columella advised selecting hens that laid frequently. Eggs became dietary staples, featured in recipes such as Apicius’ flamingo tongue patina (a Roman egg-based dish). Eggshells in Roman-era middens and chicken coops in villas confirm systematic egg production. Chickens’ rise as egg-laying superstars reflects both agricultural innovation and their adaptability to diverse climates—a legacy stretching from Bronze Age rice paddies to modern chicken farms.

There is the possibility of N males living in a post-Younger Dryas China. O would have overpopulated and later assimilated any Y-DNA N hunter-gatherers in ancient China because of farming and O men having so many children. It is different than horse riders raiding villages - raping and pillaging. Farmers taking the open land and leaving little land for the native hunter-gatherer population while still allowing locals to keep their women and material possessions is not genocide by hate, murder and rape. It is civilization expanding and marginalizing the local hunter-gatherers. It is not good, yet it is not evil, since both are of the same group of humanity. If the hunter-gatherers remain, then they survived, and evil did not strike them. Hunter-gathering is superior in balance, farming is superior in survival. Balance is paramount, survival is a responsibility of the good. If nature imitated man in wiping out whole ecosystems, there would be little life left on earth. Meaning the actions of man in doing so is evil. With tools there is great responsibility.

Foxtail Millet and Broomcorn Millet were domesticated in northern China, likely in the Yellow River Basin. Sites like Cishan (circa 8000–6000 BCE) and Xinglonggou (circa 6000 BCE) show early cultivation. These millets were staples in Neolithic China, critical for the rise of early agricultural societies. Pearl Millet was domesticated in the Sahel region around 2500–2000 BCE. Its drought resistance made it ideal for arid climates. Finger Millet emerged in the Ethiopian Highlands or Uganda around 3000 BCE, later spreading to India. Different millets have independent origins; conflating their histories can cause confusion. East Asian domestication predates African by millennia, though pearl millet spread rapidly once cultivated. Millet farming originated independently in East Asia and Africa, with spread driven by environmental suitability, human migration, and trade networks, shaping agricultural landscapes across Eurasia and Africa.

Notice how nothing in scientific papers of the past 25 years on Y-DNA contradicts the controversial information on Y-DNA provided in the book. Thing are going to change rapidly and those findings are going to be needed to be heavily peer reviewed because many racial scientists are going to want to erase the facts about ancient migrations.
 

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