CaseDetails
Summary
Case ID
15737
Case Status
Proposal Description
The archaeological rock shelter site Varsche Rivier 003 (VR003) has been subject to
excavation over five seasons between 2009 and 2016, led by Teresa E. Steele, Jayson D.
Orton, and Alex Mackay. The site sequence is predominantly Middle Stone Age (MSA) with
limited late Holocene Later Stone Age (LSA) in one area. The dating of the sequence remains
problematic, with some key strata undated and others having produced internally inconsistent
ages. We also have limited understanding of palaeoenvironmental change through the
sequence and its relationship to changes in human behaviour. In this application we request
permission to submit for destructive analyses 151 samples of unworked ostrich eggshell
(OES) and two OES bead preforms from MSA and LSA contexts. Destructive analyses of
these items will achieve three primary aims:
1) Refine the site chronology.
2) Refine the palaeoenvironmental sequence.
3) Explore changes in foraging ranges through the MSA and LSA.
The two former aims will be achieved through isotopic analysis of unworked fragments
found throughout the site sequence. Such fragments are abundant in all areas and sequence
components at VR003, with more than 60 kg of unworked OES recovered so far. The two
bead preforms we seek to destroy derive from a sample of 14 beads and preforms found in
layers assigned to the Howiesons Poort and dated by OSL between 74 000 and 58 000 years
ago (ka). OES beads have not previously been documented in the Howiesons Poort, nor in
South Africa’s MSA more generally. However these beads were recovered from an area of
the site where the MSA is overlain by Holocene LSA deposits which contain numerous OES
beads. As such they may be intrusive. Our aim in destroying two bead preforms from these
contexts is to clarify whether they are indeed of MSA antiquity. Splits of these preforms will
be also used for strontium isotope analysis in pursuit of aim (3) above.
excavation over five seasons between 2009 and 2016, led by Teresa E. Steele, Jayson D.
Orton, and Alex Mackay. The site sequence is predominantly Middle Stone Age (MSA) with
limited late Holocene Later Stone Age (LSA) in one area. The dating of the sequence remains
problematic, with some key strata undated and others having produced internally inconsistent
ages. We also have limited understanding of palaeoenvironmental change through the
sequence and its relationship to changes in human behaviour. In this application we request
permission to submit for destructive analyses 151 samples of unworked ostrich eggshell
(OES) and two OES bead preforms from MSA and LSA contexts. Destructive analyses of
these items will achieve three primary aims:
1) Refine the site chronology.
2) Refine the palaeoenvironmental sequence.
3) Explore changes in foraging ranges through the MSA and LSA.
The two former aims will be achieved through isotopic analysis of unworked fragments
found throughout the site sequence. Such fragments are abundant in all areas and sequence
components at VR003, with more than 60 kg of unworked OES recovered so far. The two
bead preforms we seek to destroy derive from a sample of 14 beads and preforms found in
layers assigned to the Howiesons Poort and dated by OSL between 74 000 and 58 000 years
ago (ka). OES beads have not previously been documented in the Howiesons Poort, nor in
South Africa’s MSA more generally. However these beads were recovered from an area of
the site where the MSA is overlain by Holocene LSA deposits which contain numerous OES
beads. As such they may be intrusive. Our aim in destroying two bead preforms from these
contexts is to clarify whether they are indeed of MSA antiquity. Splits of these preforms will
be also used for strontium isotope analysis in pursuit of aim (3) above.
Inventory Reference
Post date
23/07/2021 - 08:51
Last modified
21/10/2023 - 13:15
Official Use
Official
Case Officers
RoDs/Permits
Decisions, Comments + Permits
Decision Date | Type | |
---|---|---|
Letter | Access Document | |
Permit | Access Document | |
Letter of Advice | Access Document |