Of possible interest for some:
Lecture | Genetic History of Europe Adaptation and Migration in Prehistory | Johannes Krause
Nov 21, 2023
Ancient DNA can reveal prehistoric events that are difficult to discern through the study of archaeological remains and modern genetic variation alone. Over the last decade, the newly founded field of archaeogenetics has analysed more than 5,000 ancient human genomes spanning the last 10,000 years of Western Eurasian prehistory.
[…]
In this lecture, Johannes Krause will introduce us to the field of archaeogenetics and its discoveries. He will show that all modern European populations today are a genetic mix of those steppe herders, early Anatolian farmers and indigenous European hunter-gatherers, in varying proportions. Furthermore, he will show that over the course of the past 10,000 years, genetic mix and local biological adaptation have brought about major changes in human phenotypes, such as eye colour, skin colour and the ability to digest lactose.
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This lecture is organised in cooperation with the Eugène Dubois Foundation, Eijsden, in special remembrance of Prof. dr. Joep Geraedts. He was the founding father of the Department of Clinical Genetics at Maastricht UMC+ and one of the founders and the first chairman of the Eugène Dubois Foundation.
Lecture | Genetic History of Europe Adaptation and Migration in Prehistory | Johannes Krause
Nov 21, 2023
Ancient DNA can reveal prehistoric events that are difficult to discern through the study of archaeological remains and modern genetic variation alone. Over the last decade, the newly founded field of archaeogenetics has analysed more than 5,000 ancient human genomes spanning the last 10,000 years of Western Eurasian prehistory.
[…]
In this lecture, Johannes Krause will introduce us to the field of archaeogenetics and its discoveries. He will show that all modern European populations today are a genetic mix of those steppe herders, early Anatolian farmers and indigenous European hunter-gatherers, in varying proportions. Furthermore, he will show that over the course of the past 10,000 years, genetic mix and local biological adaptation have brought about major changes in human phenotypes, such as eye colour, skin colour and the ability to digest lactose.
_____________
This lecture is organised in cooperation with the Eugène Dubois Foundation, Eijsden, in special remembrance of Prof. dr. Joep Geraedts. He was the founding father of the Department of Clinical Genetics at Maastricht UMC+ and one of the founders and the first chairman of the Eugène Dubois Foundation.
Paper Trail: 42% English, 31.5% Scottish, 12.5% Irish, 6.25% German, 6.25% Sicilian & 1.5% French.
LDNA©: Britain & Ireland: 89.3% (51.5% English, 37.8% Scottish & Irish), N.W. Germanic: 7.8%, Europe South: 2.9% (Southern Italy & Sicily)
BigY 700: I1-Z141 >F2642 >Y3649 >Y7198 (c.365 AD) >Y168300 (c.410 AD) >A13248 (c.880 AD) >A13252 (c.1055 AD) >FT81015 (c.1285 AD) >A13243 (c.1620 AD) >FT80854 (c.1700 AD) >FT80630 (1893 AD).
LDNA©: Britain & Ireland: 89.3% (51.5% English, 37.8% Scottish & Irish), N.W. Germanic: 7.8%, Europe South: 2.9% (Southern Italy & Sicily)
BigY 700: I1-Z141 >F2642 >Y3649 >Y7198 (c.365 AD) >Y168300 (c.410 AD) >A13248 (c.880 AD) >A13252 (c.1055 AD) >FT81015 (c.1285 AD) >A13243 (c.1620 AD) >FT80854 (c.1700 AD) >FT80630 (1893 AD).