EGG02

Biblatex

@dataset{EGG02,
author = { Ludmila Kaňáková, Vojtěch Nosek },
title = { (EGG02) },
url = { https://hdl.handle.net/11222/archaeodata.5703 },
note = { NEOFIG, Digitalia MUNI ARTS, Faculty of Arts, Masaryk University },
date = "2026-03-03 "
urldate = "2026-05-20" }

Citation Harvard

(EGG02) [3D object], in Kaňáková, L. - Nosek, V. , 2026 . NEOFIG, Digitalia MUNI ARTS, Faculty of Arts, Masaryk University [dataset], viewed 20 May 2026, https://hdl.handle.net/11222/archaeodata.5703

Stable URL (handle): https://hdl.handle.net/11222/archaeodata.5703

Access rights

CC BY-NC-SA 4.0

Artefact ID

EGG02

Alternative ID

EGG02

Posture

standing

Preserved body parts

half pelvis & leg

Description

L half of pelvis and leg from waist to sole, sole with instep and heel, light forming of Achilles tendon

Location

Site

Eggendorf am Walde

WGS84 Geolocation Accuracy

cadastre

Relative datation

Neolithic

3D specifics of shaping

2-layered, suprailiac and lap groove, strongly cracked core

3D specifics of traces

post-joining dividing of buttock contour, fine engoba preserved on buttock/back waist transition, set of 3 fingerprints on inner surface

Thermic cracks

Wear

n/a

Fracture

Fracture nature

both along and crossing original joining lines

Fracture preservation (structured)

original

Colour

Painting (identified by naked eye)

Painting (identified in DStretch tool - mode)

Painting (identified by microscopy)

black pigment linear trace on the surface of preserved engobe (21)

Pigment determination

n/a

Analysis

MicroCT specifics

n/a

Polished-section description

polished section: light brown matrix (01) with unsorted grains of quartz (02-04), feldspar (02, 03) and tiny red corpuscles and mica (03)
fired engobed surface (coated): unsorted quartz, feldspar, mica, red corpuscles (04), covered by pigment or mineral precipitation
fired brushed surface (coated): inclusion protrude the surface - feldspar (05), quartz, matt grey conglomerate with red corpuscles (07,08)
upper layer is most likely same as the core

Mineralogy

sampled

Recent damage

Recent damage & alteration

❌

Recent damage type

engoba recently almost removed by washing or brushing, coated

Authors

Author of research data

Ludmila Kaňáková

Author of 3D models

Vojtěch Nosek