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Completed H2020 European Commission

Crop Production in the Levant and International Trade Exchange: investigating coprolites and crop plant remains from the 1st millennium CE Negev Highlands and Aravah Valley

€224.9K EUR

Funder European Commission
Recipient Organization The Chancellor Masters and Scholars of the University of Cambridge
Country United Kingdom
Start Date Sep 01, 2022
End Date Aug 31, 2024
Duration 730 days
Number of Grantees 1
Roles Coordinator
Data Source European Commission
Grant ID 101025677
Grant Description

CroProLITE aims to evaluate the Islamic Green Revolution (IGR) thesisinvolving crop introduction from eastern and central Asia to the Mediterranean by Early Islamic empiresthrough a microregional comparative study of 1st millennium CE agropastoral change.

It applies archaeobotanical and biomolecular methods to numerous well-preserved plant macrofossils and herbivore dung pellets from rubbish dumps at nine Roman-Early Islamic trading sites in the Aravah valley on the southern border of modern Israel-Jordan and the adjacent Negev Highlands.

Some sites are associated with Early Islamic agrotechnological introduction of qanat irrigation, indicating likely Early Islamic crop introduction there.

Capitalizing on similarity of archaeological context alongside dissimilarity of historic-economic context, the comparative method will be applied to these regions and periods.

To identify seasonal agropastoral rhythms, an extensive and innovative multi-proxy methodological study will analyse contents of ancient dung pellets from the sites.

New datasets generated from plant remains and coprolites will allow synthesis of agropastoral developments at seasonal to millennial scales and framing of findings in terms of ancient economic history and Mediterranean deep history.

Lessons on agricultural continuity and change from the Negev-Aravah in the face of first millennium CE global climate change, plague and cultural conflict hold promise for improved understanding of historical effects of environmental stressors.

In unearthing such lessons, CroProLITE will contribute to long-term environmental risk assessment and reflection on our own societys future, offering a model for environmental humanities research.Host supervisor and leading palaeoproteomics scholar Matthew Collins will guide biomolecular archaeology training through coprolite analysis, alongside multiple mentors for ancient economic history and Mediterranean history-archaeology, including career mentor Cyprian Broodbank.

All Grantees

The Chancellor Masters and Scholars of the University of Cambridge

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