primary_scientific_study · src_france_1_jacob_et_al_2008
Millet cultivation history in the French Alps as evidenced by a sedimentary molecule
Jérémy Jacob, Jean-Robert Disnar, Fabien Arnaud, Emmanuel Chapron, Mélanie Desmet, Marie Revel-Rolland · 2008
Reading ancient testimony
Ask who produced the document, for whom, and for what purpose. Distinguish its ancient creation from its modern edition or translation. Survival and excavation shape what can be read today.
Use the linked edition and reliability notes for the author, audience, transmission and limits of this particular source. Missing information is not an assurance of neutrality.
Document and modern access
- Type
- peer_reviewed_article
- Publication
- Not specified
Records informed by this source
- relationship Research record — associated withEvidence confidence: highinforms · provides archaeological observation · pp. 814-820
Provides the millet biomarker sequence.
- relationship Research record — associated withEvidence confidence: highinforms · provides archaeological observation · pp. 814-820
Provides the millet biomarker sequence.
- claim Lake Bourget sediments preserve a long millet-cultivation signal beginning around 1700 BCE.Evidence confidence: highsupports · provides archaeological observation · pp. 814-820
Provides the biomarker record.
- event Long millet-cultivation signal in the Lake Bourget catchmentEvidence confidence: highsupports · provides archaeological observation · pp. 814-820
Provides the millet biomarker sequence.
- date assertion Long millet-cultivation signal in the Lake Bourget catchment — date assertionEvidence confidence: highsupports · provides archaeological observation · pp. 814-820
Provides the millet biomarker sequence.
- causal hypothesis Agricultural intensification contributed to Prealpine erosionEvidence confidence: moderatesupports · supports · pp. 814-820
Provides cultivation proxy.