Summary
"Paleodietary analyses of the first Andean cities: high-resolution assessment to macronutrients using a multiproxy approach.
The socio-ecological circumstances that underpinned the rise of the earliest urban centers in the Americas are some of the most intriguing and unclear aspects of New World archaeology. In particular, the emergence of Andean cities 5000 years ago has been the subject of contentious debates. On one hand, the Maritime Foundations of Andean Civilization have challenged the conventional assumption that agriculture was a pre-condition for early city development, and on the other, recent archaeological investigations have reenergized these debates by demonstrating that plant management and agriculture were developed in the region before the rise of complex societies and urban centers. Uncertainties remain regarding the proportional contributions of plants, fish and terrestrial animals to individual diet, and their potential roles in sustaining early sedentary and stratified urban populations engaged in monumental architecture. PACHAMAMA will employ a suite of molecular techniques to unlock the relationship between diet and processes of social complexity among early urban groups in coastal Peru. Using a multiproxy approach that integrates stable isotopes of bone collagen (bulk and single amino acids), Bayesian mixing models, and palaeoproteomic analyses of dental calculus, the fellow will address the role of marine resources and plant production systems in Formative period (3000 - 1 BC) populations on the North-Central coast of the Central Andes, a region known as ""the crucible of Andean Civilization."" This novel integrative approach will advance the state-of-the-art on social complexity and urban development in hyper-arid regions of the ancient world.
"
The socio-ecological circumstances that underpinned the rise of the earliest urban centers in the Americas are some of the most intriguing and unclear aspects of New World archaeology. In particular, the emergence of Andean cities 5000 years ago has been the subject of contentious debates. On one hand, the Maritime Foundations of Andean Civilization have challenged the conventional assumption that agriculture was a pre-condition for early city development, and on the other, recent archaeological investigations have reenergized these debates by demonstrating that plant management and agriculture were developed in the region before the rise of complex societies and urban centers. Uncertainties remain regarding the proportional contributions of plants, fish and terrestrial animals to individual diet, and their potential roles in sustaining early sedentary and stratified urban populations engaged in monumental architecture. PACHAMAMA will employ a suite of molecular techniques to unlock the relationship between diet and processes of social complexity among early urban groups in coastal Peru. Using a multiproxy approach that integrates stable isotopes of bone collagen (bulk and single amino acids), Bayesian mixing models, and palaeoproteomic analyses of dental calculus, the fellow will address the role of marine resources and plant production systems in Formative period (3000 - 1 BC) populations on the North-Central coast of the Central Andes, a region known as ""the crucible of Andean Civilization."" This novel integrative approach will advance the state-of-the-art on social complexity and urban development in hyper-arid regions of the ancient world.
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| Web resources: | https://cordis.europa.eu/project/id/101062179 |
| Start date: | 01-10-2022 |
| End date: | 30-09-2024 |
| Total budget - Public funding: | - 181 152,00 Euro |
Cordis data
Original description
"Paleodietary analyses of the first Andean cities: high-resolution assessment to macronutrients using a multiproxy approach.The socio-ecological circumstances that underpinned the rise of the earliest urban centers in the Americas are some of the most intriguing and unclear aspects of New World archaeology. In particular, the emergence of Andean cities 5000 years ago has been the subject of contentious debates. On one hand, the Maritime Foundations of Andean Civilization have challenged the conventional assumption that agriculture was a pre-condition for early city development, and on the other, recent archaeological investigations have reenergized these debates by demonstrating that plant management and agriculture were developed in the region before the rise of complex societies and urban centers. Uncertainties remain regarding the proportional contributions of plants, fish and terrestrial animals to individual diet, and their potential roles in sustaining early sedentary and stratified urban populations engaged in monumental architecture. PACHAMAMA will employ a suite of molecular techniques to unlock the relationship between diet and processes of social complexity among early urban groups in coastal Peru. Using a multiproxy approach that integrates stable isotopes of bone collagen (bulk and single amino acids), Bayesian mixing models, and palaeoproteomic analyses of dental calculus, the fellow will address the role of marine resources and plant production systems in Formative period (3000 - 1 BC) populations on the North-Central coast of the Central Andes, a region known as ""the crucible of Andean Civilization."" This novel integrative approach will advance the state-of-the-art on social complexity and urban development in hyper-arid regions of the ancient world.
"
Status
SIGNEDCall topic
HORIZON-MSCA-2021-PF-01-01Update Date
09-02-2023
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