✉️ Suggest a modification

🆔 Identification

ID#588
Inventory Number2010.012.11027.1
SiteParkhaus Opera
PeriodNeolithic
ContextDomestic
Archaeological ContextCrust in a ceramic vessel.
InterpretationNot specified
Researcher IDBLEICHER Niels ; HARB Christian
PublishedYes

📍 Location

SiteParkhaus Opera
GPS Coordinates Lat: 47.3653889, Long: 8.54625
CountrySwitzerland
RegionZürich
CityZürich

🔍 Excavation

Excavation nameParkhaus Opera
SupervisorNot specified
Start date2010
End date2010
Sampling methodNot specified
Form in structureAttached to an archaeological object

⏳ Dating

Dating typeNot specified
Dating methodNot specified
Dating (text)3176 BC - 3153 BC
Standardized dates (BP) 5126 – 5103

📏 Physical Characteristics

TypologyAmorphous
ShapeAmorphous
Weight6.6 g
Dimensions
Max (L×W×H) — × — × 3 cm
Min (L×W×H) — × — × 2.5 cm
Real (L×W×T) Not specified

🛡️ Conservation & Surface

Conservation stateNot specified
Preservation conditionNot specified
PorosityNot specified
TextureNot specified
OrnamentationNot specified
Upper surfaceNot specified
Lower surfaceNot specified

📝 Additional Descriptions

Reference
HEISS A.G., ANTOLÍN F., BLEICHER N., HARB C., JACOMET S., KÜHN M., MARINOVA E., STIKA H.-P., VALAMOTI S.M. (2017) ‒ State of the (t)art. Analytical approaches in the investigation of components and production traits of archaeological bread-like objects, applied to two finds from the Neolithic lakeshore settlement Parkhaus Opéra (Zürich, Switzerland) P. F. Biehl (dir.), PLOS ONE, 12, 8, https://doi.org/10.1371/journal.pone.0182401.

🔬 Microscopic Observations

Primary Particles

Total number—
ClassPlant
Organization—
Plant types—
Taxonomy—
Identified taxa
Triticum sp.
Taphonomy—
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Min / Max / Avg — / — / — µm
Relative frequency—

Secondary Particles

Total number—
Category—
Types—
Taxonomy—
Taphonomy—
Size measurements (µm)
Min / Max / Avg — / — / — µm
Relative frequency—

Matrix

Microstructure class—
Structure type—
Matrix type—
Matrix attribute—
Nb measurements—
Average pore size—
Matrix measurements (µm)
Min / Max — / — µm
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