Coastal spread of the Neolithic in the West Mediterranean

Angela

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See:
http://www.pnas.org/content/early/2017/01/10/1613413114.abstract

"The earliest dates for the West Mediterranean Neolithic indicate that it expanded across 2,500 km in about 300 y. Such a fast spread is held to be mainly due to a demic process driven by dispersal along coastal routes. Here, we model the Neolithic spread in the region by focusing on the role of voyaging to understand better the core elements that produced the observed pattern of dates. We also explore the effect of cultural interaction with Mesolithic populations living along the coast. The simulation study shows that (i) sea travel is required to obtain reasonable predictions, with a minimum sea-travel range of 300 km per generation; (ii) leapfrog coastal dispersals yield the best results (quantitatively and qualitatively); and (iii) interaction with Mesolithic people can assist the spread, but long-range voyaging is still needed to explain the archaeological pattern."

The actual paper is behind a pay wall, unfortunately, as I would like to see more about the interaction between the Mesolithic people and the farmers.

The appendix is the only other thing that's available.
http://www.pnas.org/content/suppl/2017/01/10/1613413114.DCSupplemental/pnas.1613413114.sapp.pdf
[h=1][/h]
 
not much European mesolithic DNA, neither Y nor mt apart maybe from the I2a1b1 in Els Trocs and just a few mtDNA U and U5


SpainPaternanbidea, Navarra [PAT-1E3, PAT-2E1]M & F5700-4700 BC

HHervella 2009;2012; 2014

SpainPaternanbidea, Navarra [PAT-1E5]inf5700-4700 BC

HHervella 2009;2012; 2014

SpainPaternanbidea, Navarra [PAT-4E1]M5700-4700 BC

IHervella 2009;2012; 2014

SpainPaternanbidea, Navarra [PAT-2E2]F5700-4700 BC

KHervella 2009;2012; 2014

SpainEls Trocs [I0409/Troc 1]F5311-5218 BC

J1c3Haak 2015; Mathieson 2015

SpainEls Trocs [I0412/Troc 5]M5310-5206 BCI2a1b1L161+, CTS1293+,N1a1a1Haak 2015; Mathieson 2015

SpainEls Trocs [I0413/Troc 7]F5303-5204 BC

VHaak 2015; Mathieson 2015

SpainEls Trocs [I0410/Troc 3]M5178-5066 BCR1b1cM415+, M343+, [L754 equivalent: L774/PF6245/YSC277+, PF1144+, V88 eqivalent: PF6376+], M478-, PF6399-, L265-, L150-, M269-, V35-, V69-T2c1d or T2c1d2Haak 2015; personal comm Sergey Malyshev, review of Y-DNA raw data; Mathieson 2015

SpainEls Trocs [I0411/Troc 4]M5177-5068 BCF (xG, I1, I2a, J, L1b2, T, O2b, Q1a2a, Q1b1, R1a1a, R1b1c2)P135+, F1551-, M450-, S247-, CTS26-, YSC0000228-, M274-, PF5607-, CTS5268-, CTS7749-, L475-, FGC1861-, L449-, V35-K1a2aHaak 2015; Mathieson 2015

SpainLos Cascajos, Navarre [CAS-21, CAS-48, CAS-90, CAS-196]
5120-3880 BC

HHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-70, CAS 216, CAS 254, CAS-258]
5120-3880 BC

H?Hervella 2012;2014

SpainLos Cascajos, Navarre [CAS-33, CAS-182, CAS-497]
5120-3880 BC

HHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-173, CAS-222, CAS-341]
5120-3880 BC

HHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-193S, CAS-194]
5120-3880 BC

HHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-148]
5120-3880 BC

UHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-204]
5120-3880 BC

UHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-183]
5120-3880 BC

UHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-517]
5120-3880 BC

UHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-181, CAS-191, CAS-202 ]
5120-3880 BC

KHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-179]
5120-3880 BC

JHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-203]
5120-3880 BC

JHervella 2012;2014

SpainLos Cascajos, Navarre [CAS-180]
5120-3880 BC

T2Hervella 2012;2014

SpainLos Cascajos, Navarre [CAS-257]
5120-3880 BC

XHervella 2012;2014


CardialSpainCan Sadurnı [CSA 29 ]
5475–5305 BC

N*Gamba 2012
CardialSpainCan Sadurnı [CSA 152223]
5475–5305 BC

KGamba 2012
CardialSpainCan Sadurnı [CSA 16]
5475–5305 BC

HGamba 2012
CardialSpainCan Sadurnı [CSA 24]
5475–5305 BC

U5Gamba 2012
CardialSpainCan Sadurnı [CSA 26]
5475–5305 BC

X1Gamba 2012
CardialSpainCova Bonica, Vallirana (Barcelona) [CB 13]F5470-5360 BC

K1a2aOlalde 2015
CardialSpainCova de l'Or (Alicante) [H3C 6]M5360-5310 BC

H4a1aOlalde 2015
CardialPortugalGaleria da Cisterna, Almonda Cave [G 21]M5330-5230 BC

H3Olalde 2015
CardialSpainChaves [1CH 0102]
5329–4999 BC

KGamba 2012
CardialSpainChaves [2CH 0102]
5329–4999 BC

HGamba 2012
CardialSpainChaves [3CH 01]
5329–4999 BC

HGamba 2012
CardialSpainCova Bonica, Vallirana (Barcelona) [CB 14]F


X2cOlalde 2015
CardialSpainCova de la Sarsa (Valencia) [CS 7675]M5321-5227 BC

K1a4a1Olalde 2015
CardialPortugalGaleria da Cisterna, Almonda Cave [F19]F5310-5220 BC

H4a1aOlalde 2015
EpicardialSpainAvellaner cave, Catalonia [Ave 01, 02, and 06]M5000 BC3 * G2aM287-, P15+, Giv in STR tableK1aLacan 2011b
EpicardialSpainAvellaner cave, Catalonia [Ave 03]M5000 BCG2aM287-, P15+, Giv in STR tableH3Lacan 2011b
EpicardialSpainAvellaner cave, Catalonia [Ave 04]F5000 BC

T2bLacan 2011b
EpicardialSpainAvellaner cave, Catalonia [Ave 05]M5000 BCG2aM287-, P15+, Giv in STR tableT2bLacan 2011b
EpicardialSpainAvellaner cave, Catalonia [Ave 07]M5000 BCE1b1b1a1b1aM35.1, V13, Ei in STR tableU5Lacan 2011b

SpainSant Pau del Camp [6SP 0102]
4250–3700 BC

KGamba 2012

SpainSant Pau del Camp [26SP 0102]
4250–3700 BC

H20Gamba 2012

SpainSant Pau del Camp [27SP 0102]
4250–3700 BC

N*Gamba 2012

ItalyBorgo Nuovo, Trentino-South Tyrol
4240-3930 BC

H?Di Benedetto 2000
 
I like this map (figure 1), it shows how far inland Cardial Ware people went into Spain 5600-5000 BC

https://www.researchgate.net/public...eolithic_Agriculture_in_the_Iberian_Peninsula





Abstract
The spread of agriculture in the Iberian Peninsula is documented from at least ca. 5600–5500BC, although botanical data are absent or very limited for large areas. Archaeobotanical information shows from the beginning an imported agrarian system with a great diversity of crops: hulled and naked wheats and barleys, legumes such as pea, lentil, fava bean, vetches and grass peas, flax and poppy. This diversity of plants with different requirements, processing and uses, implies that the first farmers quickly imported or acquired a wide range of agrarian knowledge. Regional and inter-site agrarian differences are discussed in relation to factors like ecology, culture, use of the cultivated plants and management of the risk of crop failure. The adoption of farming resulted in significant ecological, economic, dietary, and social changes for the Neolithic people of Iberia.

https://www.researchgate.net/public...eolithic_Agriculture_in_the_Iberian_Peninsula



Els Trocs is also in this area
(near location 1)

apart from Spain there was also spread along the Portuguese coast upto halfway north
 
I like this map (figure 1), it shows how far inland Cardial Ware people went into Spain 5600-5000 BC

https://www.researchgate.net/public...eolithic_Agriculture_in_the_Iberian_Peninsula





Abstract
The spread of agriculture in the Iberian Peninsula is documented from at least ca. 5600–5500BC, although botanical data are absent or very limited for large areas. Archaeobotanical information shows from the beginning an imported agrarian system with a great diversity of crops: hulled and naked wheats and barleys, legumes such as pea, lentil, fava bean, vetches and grass peas, flax and poppy. This diversity of plants with different requirements, processing and uses, implies that the first farmers quickly imported or acquired a wide range of agrarian knowledge. Regional and inter-site agrarian differences are discussed in relation to factors like ecology, culture, use of the cultivated plants and management of the risk of crop failure. The adoption of farming resulted in significant ecological, economic, dietary, and social changes for the Neolithic people of Iberia.

https://www.researchgate.net/public...eolithic_Agriculture_in_the_Iberian_Peninsula



Els Trocs is also in this area
(near location 1)

apart from Spain there was also spread along the Portuguese coast upto halfway north

I don't know if you've ever seen this:
https://www.researchgate.net/figure...ctions-GARP-produced-A-Impressed-Ware-culture
 
I know how to get passed paywalls.
 
Very useful tables but need some updates now...
 
It would be nice if the linkages between archeology and the big data dna are more being estahablished. More integrating is needed. Bridging two worlds.......
But may be it's my lack of knowledge.

Open question: in which recent articles/ literature is the connetion between archeology and big dna data perfect?
 
I'm not sure I understand. For just one example, the spread of the Neolithic in Europe is extremely well documented. It was always known from archaeology and assorted disciplines that the domesticated plants and animals and housing and way of life in general was developed in the Near East. The only question was whether it traveled to Europe through cultural or demic diffusion. Now we know through genetics that it was people who brought the technology.

Genetics is in fact answering some of the questions which archaeology could not answer.
 
I'm not sure I understand. For just one example, the spread of the Neolithic in Europe is extremely well documented. It was always known from archaeology and assorted disciplines that the domesticated plants and animals and housing and way of life in general was developed in the Near East. The only question was whether it traveled to Europe through cultural or demic diffusion. Now we know through genetics that it was people who brought the technology.

Genetics is in fact answering some of the questions which archaeology could not answer.

I understand the dilemma's and the cultural package vs. the immigration routes.

But sometimes I get the impression that DNA whiz kids with supreme knowledge of archeology and vice versa are rare. You can't describe history and historic devolopments bij spreadsheet. Otherwise some archeologist or historians of pre historic times don't have a notion about the possibilities of DNA data. Or simply ignore it when you only consider the "cultural option". Sometimes alpha vs. beta thinking.
 
I understand the dilemma's and the cultural package vs. the immigration routes.

But sometimes I get the impression that DNA whiz kids with supreme knowledge of archeology and vice versa are rare. You can't describe history and historic devolopments bij spreadsheet. Otherwise some archeologist or historians of pre historic times don't have a notion about the possibilities of DNA data. Or simply ignore it when you only consider the "cultural option". Sometimes alpha vs. beta thinking.

I very much agree with that. There are indeed a lot of archaeologists who are resistant to the "intrusion" of genetics into their field. On the other hand, there are a lot of population geneticists who are woefully uninformed about archaeology and history. The lack of such knowledge in the "enthusiast" community is at another level entirely.

I think there has been some attempt by the Reich team to harmonize the two, as when David Anthony was a co-author on one of their papers. The problem is that sometimes the findings of genetics contradict conclusions reached by archaeolgists, anthropologists, linguists. etc.
 
I think there has been some attempt by the Reich team to harmonize the two, as when David Anthony was a co-author on one of their papers. The problem is that sometimes the findings of genetics contradict conclusions reached by archaeolgists, anthropologists, linguists. etc.

Basicaly this confrontation could deliver the best kind of research and articles because this stimulates to open some old bubbles.....out of the box.
 
See:
http://www.pnas.org/content/early/2017/01/10/1613413114.abstract

"The earliest dates for the West Mediterranean Neolithic indicate that it expanded across 2,500 km in about 300 y. Such a fast spread is held to be mainly due to a demic process driven by dispersal along coastal routes. Here, we model the Neolithic spread in the region by focusing on the role of voyaging to understand better the core elements that produced the observed pattern of dates. We also explore the effect of cultural interaction with Mesolithic populations living along the coast. The simulation study shows that (i) sea travel is required to obtain reasonable predictions, with a minimum sea-travel range of 300 km per generation; (ii) leapfrog coastal dispersals yield the best results (quantitatively and qualitatively); and (iii) interaction with Mesolithic people can assist the spread, but long-range voyaging is still needed to explain the archaeological pattern."

The actual paper is behind a pay wall, unfortunately, as I would like to see more about the interaction between the Mesolithic people and the farmers.

The appendix is the only other thing that's available.
http://www.pnas.org/content/suppl/2017/01/10/1613413114.DCSupplemental/pnas.1613413114.sapp.pdf
[h=1][/h]

I guess the leapfrog didn't stop at Gibraltar [emoji1111] but went on into the Atlantic coast and up to Southern Scandinavia (K15 Gedmatch Eurogenes).. http://dienekes.blogspot.nl/2012/04/ancient-dna-from-neolithic-sweden.html Bell Beakers did have considerable amount of Atlantic and West Med. But obviously this was already a Funnelbeaker heritage.


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