Plant microremains recovered from the dental calculus of camelids 51 and 57 with markings (red rectangles) of analysed teeth (referential skull).

References: (a) Rectangular prismatic phytolith related to Poaceae; (b) Indeterminate spherical phytolith; (c) and (d) Vegetal fibres; (e-e´) Starch granule related to Cucurbita spp.; (f-f´) Starch granule related to Zea mays; and red arrows. Damage to...

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Bibliographic Details
Main Author:	Patricio López Mendoza (18792861) (author)
Other Authors:	Paola González (19502980) (author), Michael V. Westbury (7429655) (author), Daniela Saghessi (21439248) (author), Lucio González Venanzi (21439251) (author), Benito A. González (6805442) (author), Juan C. Marín (21439254) (author), Bárbara Rivera (21439257) (author), Marta Valenzuela (21439260) (author)
Published:	2025
Subjects:	Medicine Molecular Biology Evolutionary Biology Sociology Developmental Biology Inorganic Chemistry Biological Sciences not elsewhere classified relatively similar proportion previously cooked food lama guanicoe </ lama glama </ first solid evidence div >< p >, linnaeus 1758 538 cal ad isotopic analyses suggest dental calculus analysis el olivar site genetic analysis indicates el olivar camelids domesticated camelids (< el olivar isotopic analysis genetic analysis domesticated camelids proxy analysis llamas (< llama (< guanaco (< two camelids domestic camelids wild subspecies southern andes sex estimation semiarid region semiarid north results indicate pattern seen multidisciplinary approach mixed diet higher frequency funerary contexts diaguita culture closely related age profiles 29 °
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Plant microremains recovered from the dental calculus of camelids 51 and 57 with markings (red rectangles) of analysed teeth (referential skull).

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