1. Archaeobotanical reconstructions of vegetation and report of mummified apple seeds found in the cellar of a first-century Roman villa on Elba Island
- Author
-
F. Cambi, Lucas Dugerdil, Monica Scali, Rita Vignani, Claudio Milanesi, Claudia Faleri, and Mauro Cresti
- Subjects
anthracological investigations ,Genetic Markers ,0106 biological sciences ,0301 basic medicine ,History ,DNA, Plant ,palaeobotany ,Polymerase Chain Reaction ,01 natural sciences ,General Biochemistry, Genetics and Molecular Biology ,apple seeds ,03 medical and health sciences ,Botany ,History, archaeology, palaeobotany, palynology, anthracological investigations, Roman amphorae, apple seeds, DNA, PCR and SSR molecular markers, genome analysis ,palynology ,PCR and SSR molecular markers ,genome analysis ,Islands ,Palynology ,General Immunology and Microbiology ,DNA ,General Medicine ,Vegetation ,Archaeology ,Roman amphorae ,030104 developmental biology ,Geography ,Italy ,Malus ,Seeds ,Paleobotany ,Period (geology) ,General Agricultural and Biological Sciences ,010606 plant biology & botany - Abstract
In the late Roman Republic period (2nd-1st century BC), in the area of San Giovanni on Elba Island, previously subject to intense extraction of iron ore, a rustic villa was established by Marco Valerio Messalla, a supreme Roman magistrate. The foundations of the walls were discovered and excavated by an archaeological mission. Palaeobotanical analysis of a set of stratigraphic layers was performed. Palynological slides showed remains of palynomorphic and non-pollen objects, while data combined with anthracological investigations confirmed the hypothesis that in the 1st century AD the villa was destroyed by a fire that created a compact crust under which were discovered four broken Roman amphorae containing about five hundred apple seeds. Comparisons of archaeological and fresh seeds from reference collections showed discontinuous morphology except for one group of archaeological samples. DNA was isolated from seeds that had well-preserved embryos in all groups. DNA extracts from archaeological, wild and modern domestic seeds (controls) were amplified by PCR and tested with SSR molecular markers, followed by genome analysis.
- Published
- 2016
- Full Text
- View/download PDF