@dataset{POT01,
author = { Ludmila Kaňáková, Vojtěch Nosek },
title = { (POT01) },
url = { https://hdl.handle.net/11222/archaeodata.5763 },
note = { NEOFIG, Digitalia MUNI ARTS, Faculty of Arts, Masaryk University },
date = " "
urldate = "2026-05-20" }
(POT01) [3D object], in Kaňáková, L. - Nosek, V. , .  NEOFIG, Digitalia MUNI ARTS, Faculty of Arts, Masaryk University [dataset], viewed 20 May 2026, https://hdl.handle.net/11222/archaeodata.5763
Access rights
ID
Artefact ID
POT01
Alternative ID
POT01
Posture
Posture
Preserved body parts
pelvis & legs
Description
lower part of body from waist to soles with heels formed, 3D knees, horizontal sagital perforation declining from front to back
Location
WGS84 Geolocation Accuracy
Relative datation
3D
3D specifics of shaping
2-layered, and fine engobe, suprailiac and lap groove, 3D L outer ankle, R ankle removed
3D specifics of traces
prefiring smoothing, fingerprints
Thermic cracks
Wear
n/a
Fracture
Fracture nature
both along and crossing original joining lines
Fracture preservation (structured)
Colour
Painting (identified by naked eye)
yellow
Painting (identified in DStretch tool - mode)
yellow on buttocks and on shins, locally small traces of red (CRGB)
Painting (identified by microscopy)
yellow pigment coating preserved on front part of lower legs, residually on other surface (21). Locally preserved superposition by red pigment (22)
Pigment determination
n/a
Analysis
MicroCT specifics
n/a
Polished-section description
abraded surface: light yellow-brown homogeneous matrix with small inclusions of quartz, feldspar, mica, and red opaque corpuscles with diffuse border (03, 04).
original surface: quartz (02, 05, 07), feldspar (02), muscovite (02, 07), red corpuscles (06).
Mineralogy
n/a
Recent damage
Recent damage & alteration
Recent damage type
coated, white contamination in perforation, buttocks and heels abraded to fresh yellow-brown mass of core
Authors
Author of research data
Ludmila Kaňáková
Author of 3D models
Vojtěch Nosek
3D model:
POT01.mtl
Preview (196 bytes)
POT01.obj
Preview (415.18 MB)