DNA Did Not Prove Ancient Egyptians Were European — What the Max Planck Study Actually Said (Part 2 of 2)

Learning Objectives

By the end of this lesson, students will be able to:

• Identify UNESCO's General History of Africa and explain its significance to the study of ancient Egypt
• Describe the haplogroup identified in the mummy of Ramesses III and where it is most common today
• Explain what population genetics research shows about genetic diversity across the African continent
• Summarize the limitations of the 2017 mummy DNA study discussed in Part 1 of this series
• Compare the timeline of the Great Pyramid's construction to the development of ancient Greek and Roman civilization
• Evaluate the claim that ancient Egyptian identity could not have been defined by civilizations that emerged thousands of years later

Key Vocabulary

• UNESCO General History of Africa — An eight-volume scholarly work produced by an international committee under UNESCO, examining African history from its origins to the present, including ancient Egypt's place within the continent's broader civilizational history. [1]UNESCO. "General History of Africa." unesco.org.
• Haplogroup — A genetic population group sharing a common ancestor, traced through a specific marker on either the Y-chromosome (paternal line) or mitochondrial DNA (maternal line); Ramesses III's Y-chromosome haplogroup was identified as E1b1a. [2]Wikipedia. "Genetic history of Egypt."
• Y-chromosome — The chromosome passed from father to son, used to trace direct paternal-line ancestry across generations. [2]Wikipedia. "Genetic history of Egypt."
• Genetic diversity — The total variety of genetic characteristics within a population or species; Africa has the highest documented human genetic diversity of any continent. [3]The Conversation. "Africa has the world's greatest genetic diversity, yet it's missing from research." theconversation.com. Genome Biology. "The long walk to African genomics." genomebiology.biomedcentral.com.
• Nubia — The region along the Nile south of Egypt, historically and genetically connected to ancient Egyptian civilization, particularly its earliest dynasties. [3]The Conversation. "Africa has the world's greatest genetic diversity, yet it's missing from research." theconversation.com. Genome Biology. "The long walk to African genomics." genomebiology.biomedcentral.com.[4]Schuenemann, V.J. et al. "Ancient Egyptian mummy genomes suggest an increase of Sub-Saharan African ancestry in post-Roman periods." Nature Communications 8, 15694 (2017). nature.com. See also Part 1 of this lesson series.
• Bronze Age — The historical period marked by the use of bronze tools and weapons; mainland Greece had entered its Early Bronze Age by the time the Great Pyramid of Giza was completed. [5]World History Encyclopedia. "Bronze Age Aegean." worldhistory.org. Ancient-Greece.org. "History of Greece: Bronze Age."

The Full Lesson

Part 1 — The Scholarly Consensus

Ancient Egypt's place within African history is not a fringe position — it is affirmed by major scholarship, including UNESCO's General History of Africa, an eight-volume project produced by an international committee of scholars that situates ancient Egypt firmly within its African context. [1]UNESCO. "General History of Africa." unesco.org.

"Major African history scholarship — including UNESCO's General History of Africa — places ancient Egypt firmly within its African context."

Part 2 — What Royal DNA Actually Shows

Genetic evidence adds further detail to that picture. Analysis of the mummy of Ramesses III identified the Y-chromosome haplogroup E1b1a, a paternal lineage traced through the male line. [2]Wikipedia. "Genetic history of Egypt." Today, E1b1a reaches its highest frequencies in West African populations, at roughly 80 percent, and Central African populations, at roughly 60 percent. [2]Wikipedia. "Genetic history of Egypt."

"And when we look at royal DNA the picture sharpens. Ramesses the Third belonged to haplogroup E1b1a a lineage rooted deeply in West and Central Africa."

Part 3 — A Continent of Diversity Shaped Kemet

Population genetics research has established that Africa holds the greatest human genetic diversity of any continent on Earth. [3]The Conversation. "Africa has the world's greatest genetic diversity, yet it's missing from research." theconversation.com. Genome Biology. "The long walk to African genomics." genomebiology.biomedcentral.com. Ancient Egypt did not develop in isolation from this diversity; it developed along the Nile, a river connecting Egypt to Nubia, the African interior, and the wider continent, from its southern source to its delta on the Mediterranean.

"Africa holds the widest range of human features on earth. From the Nile's source to its delta African diversity shaped the civilization of Kemet."

Part 4 — Three Mummies Is Not a Civilization

Part 1 of this series examined exactly what the widely cited 2017 mummy DNA study actually tested: 151 mummies sampled, but only three full genomes recovered, all from a single site, Abusir el-Meleq. [4]Schuenemann, V.J. et al. "Ancient Egyptian mummy genomes suggest an increase of Sub-Saharan African ancestry in post-Roman periods." Nature Communications 8, 15694 (2017). nature.com. See also Part 1 of this lesson series. Of those three, only one came from a period of foreign rule; the other two were from periods of native Egyptian rule (see Note on This Lesson). Three individuals from one site cannot stand in for the genetic history of an entire ancient civilization spanning thousands of years and the length of the Nile.

"Three mummies. One site. One era of foreign rule. That's not a civilization that's a footnote."

Part 5 — A Timeline That Speaks for Itself

Chronology alone challenges the idea that later civilizations could have originated ancient Egyptian identity. The Great Pyramid of Giza was completed around 2560 BCE. [5]World History Encyclopedia. "Bronze Age Aegean." worldhistory.org. Ancient-Greece.org. "History of Greece: Bronze Age." By that date, mainland Greece had already entered the Early Bronze Age (see Note on This Lesson), and Rome would not be founded for roughly another eighteen hundred years, around 753 BCE. [5]World History Encyclopedia. "Bronze Age Aegean." worldhistory.org. Ancient-Greece.org. "History of Greece: Bronze Age."[6]Britannica. "Rome, ancient." britannica.com. Civilizations that emerged thousands of years later cannot be the origin of an identity that was already fully formed long before they existed.

"When the pyramids were built Greece was still in the Stone Age. And Rome didn't even exist yet."

"So how could people who came thousands of years later define the identity of those who built Kemet. They couldn't destroy it. So they dismissed it."

Critical Thinking Discussion Questions

1. UNESCO's General History of Africa situates ancient Egypt within its African context. [1]UNESCO. "General History of Africa." unesco.org. Why might it matter that this comes from a major international scholarly body rather than a single independent researcher?
2. Ramesses III's Y-chromosome haplogroup, E1b1a, is most common today in West and Central Africa. [2]Wikipedia. "Genetic history of Egypt." How does this kind of evidence differ from the mitochondrial and autosomal evidence discussed in Part 1?
3. Africa has the greatest documented human genetic diversity of any continent. [3]The Conversation. "Africa has the world's greatest genetic diversity, yet it's missing from research." theconversation.com. Genome Biology. "The long walk to African genomics." genomebiology.biomedcentral.com. Why might that fact complicate any single, simple genetic definition of what a population "looked like"?
4. Part 1 showed that only one of the three genome samples in the 2017 study came from a period of foreign rule. [4]Schuenemann, V.J. et al. "Ancient Egyptian mummy genomes suggest an increase of Sub-Saharan African ancestry in post-Roman periods." Nature Communications 8, 15694 (2017). nature.com. See also Part 1 of this lesson series. Why does this lesson still describe the study as "a footnote" rather than a definitive answer?
5. The Great Pyramid was completed around 2560 BCE, while Rome was not founded until roughly 753 BCE. [5]World History Encyclopedia. "Bronze Age Aegean." worldhistory.org. Ancient-Greece.org. "History of Greece: Bronze Age."[6]Britannica. "Rome, ancient." britannica.com. Why does this timeline matter to the argument this lesson is making?
6. The lesson argues that ancient Egyptian identity could not have been defined by people who arrived thousands of years later. [5]World History Encyclopedia. "Bronze Age Aegean." worldhistory.org. Ancient-Greece.org. "History of Greece: Bronze Age."[6]Britannica. "Rome, ancient." britannica.com. What kinds of evidence would you look for to evaluate a claim like that?

Quiz — DNA Did Not Prove Ancient Egypt Was European

Part A: Select the best answer and check your work instantly. Part B: Write in complete sentences.

Part A — Multiple Choice

Part B — Short Answer

Extension Activity

Compare the Two Kinds of Evidence: Part 1 of this series examined a single mitochondrial and autosomal DNA study. Part 2 introduces Y-chromosome haplogroup evidence and population-level genetic diversity research. Write a half-page explanation of the difference between these types of genetic evidence (mitochondrial, autosomal, and Y-chromosome), and explain why relying on more than one type of evidence produces a fuller picture than any single study alone.