Overview
K20
Type(s):
acdh:Collection
fingerprint
PID:
https://hdl.handle.net/21.11115/0000-000D-7FE7-1
person_add
Contact(s):
Austrian Archaeological Institute | Austrian Academy of Sciences
today
Available Date:
29 Oct 2020
attachment
Number of Items:
819
attachment
Binary Size:
47.96 GB
copyright
Licensor:
Austrian Archaeological Institute | Austrian Academy of Sciences
copyright
License:
CC BY 4.0
copyright
Owner:
Austrian Archaeological Institute | Austrian Academy of Sciences
label
Identifier(s):
https://arche.acdh.oeaw.ac.at/api/75221
,
https://hdl.handle.net/21.11115/0000-000D-7FE7-1 ,
https://id.acdh.oeaw.ac.at/ceramicElephantineSyene/ELEPHANTINE/K20
https://hdl.handle.net/21.11115/0000-000D-7FE7-1 ,
https://id.acdh.oeaw.ac.at/ceramicElephantineSyene/ELEPHANTINE/K20
device_hub
Part of:
ELEPHANTINE
K20
Property | Value(s) |
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acdh:aclRead |
public
,
sstuhec
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acdh:aclWrite |
sstuhec
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acdh:createdBy |
sstuhec
|
acdh:hasAccessRestrictionSummary
|
public: 818
|
acdh:hasAvailableDate
|
2020-10-29
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acdh:hasBinarySize
|
47.96 GB
|
acdh:hasContact
|
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acdh:hasCurator
|
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acdh:hasDepositor
|
|
acdh:hasFilename |
K20
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acdh:hasHosting
|
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acdh:hasLicense
|
|
acdh:hasLicenseSummary
|
CC BY 4.0: 820
|
acdh:hasLicensor
|
|
acdh:hasMetadataCreator
|
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acdh:hasNumberOfItems
|
819
|
acdh:hasOwner
|
|
acdh:hasPid
|
|
acdh:hasRightsHolder
|
|
acdh:hasTitle
|
K20
|
acdh:hasUpdatedDate
|
2020-11-03T10:57:50.719218
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acdh:hasUpdatedRole |
sstuhec
|
acdh:isPartOf
|
|
rdf:type | |
acdh:hasIdentifier
|
Inverse Data
Property | Value(s) |
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Dissemination Services
Cite Resource
Copy
Citation information copied!
Type:
acdh:Resource
today
Available Date:
29 Oct 2020
info
Data describing the 2,520 diagnostic pottery fragments discovered in area K20 and compiled by Denise Katzjäger as part of her dissertation on late antique pottery from Elephantine.
Type:
acdh:Resource
today
Available Date:
29 Oct 2020
info
Matrix of area K20 on Elephantine created by Denise Katzjäger based on excavation documentation by Felix Arnold in order to understand the relationship between individual layers and depositional processes.