The Drowning of a Cornish Prehistoric Landscape (PSRP): Tradition, Deposition and Social Responses to Sea Level Rise [Hardback]

Andy M. Jones (Editor); Michael J. Allen (Editor)

Regular Price: £35.00

Special Price: £28.00

OR
ISBN: 9781789259230 | Published by: Oxbow Books | Series: Prehistoric Society Research Papers | Volume: 14 | Publication: February 2023 | Language: English 256p, H280 x W216 (mm) B/W and colour
Status: Not yet published - advance orders taken



The Drowning of a Cornish Prehistoric Landscape (PSRP)

Details

Between 2018 and 2019, Cornwall Archaeological Unit undertook two projects at Mount’s Bay, Penwith. The first involved the excavation of a Bronze Age barrow and the second, environmental augur core sampling in Marazion Marsh. Both sites lie within an area of coastal hinterland, which has been subject to incursions by rising sea levels. Since the Mesolithic, an area of approximately 1 kilometre in extent between the current shoreline and St Michael’s Mount has been lost to gradually rising sea levels. With current climate change, this process is likely to occur at an increasing rate. Given their proximity, the opportunity was taken to draw the results from the two projects together along with all available existing environmental data from the area.

For the first time, the results from all previous palaeoenvironmental projects in the Mount’s Bay area have been brought together. Evidence for coastal change and sea level rise is discussed and a model for the drowning landscape presented. In addition to modelling the loss of land and describing the environment over time, social responses including the wider context of the Bronze Age barrow and later Bronze Age metalwork deposition in the Mount’s Bay environs are considered. The effects of the gradual loss of land are discussed in terms of how change is perceived, its effects on community resilience, and the construction of social memory and narratives of place.

The volume presents the potential for nationally significant environmental data to survive, which demonstrates the long-term effects of climate change and rising sea levels, and peoples’ responses to these over time.

Table of Contents

Acknowledgements
Summary
Section 1: Background
Chapter 1: Introduction (Andy M. Jones)
Section 2: Excavations at the Penzance Heliport barrow
Chapter 2: Results from the 2018 fieldwork (Andy M. Jones, Anna Lawson-Jones &
Michael J. Allen)
Chapter 3: The pottery and worked stone (Henrietta Quinnell & Christina Tsoraki with
petrographic comment by Roger Taylor)
Chapter 4: The flint and pebbles (Anna Lawson-Jones)
Chapter 5: The copper alloy ingot (Anna Tyacke with comment from Jens Andersen)
Chapter 6: The palaeoenvironmental evidence (Michael J. Allen, with A.J. Clapham,
C.T. Langdon & R.G. Scaife)
Chapter 7: Results from radiocarbon dating of the Heliport (Michael J. Allen & Andy M.
Jones)
Section 3: Fieldwork at Marazion Marsh
Chapter 8: Background and methodology (Michael J. Allen & Andy M. Jones)
Chapter 9: The paleoenvironmental sequence from the core (Michael J. Allen, with N
Cameron, A.J. Clapham & C.T. Langdon)
Chapter 10: The changing environmental and land-use history of the Marsh environs
(Michael J. Allen)
Section 4: The environmental, economic and cultural setting of the Penzance and
south Cornwall landscape: excavated sites and their wider landscape context
Chapter 11: The submerging landscape from Prehistory into the Anthropocene
(Michael J Allen)
Chapter 12: A landscape of deposition (Andy M. Jones & Matthew G. Knight)
Chapter 13: The Bronze Age engagements with a liminal space (Andy M. Jones)
Chapter 14: The results from the project: Inhabiting a changing landscape (Andy M.
Jones & Michael J. Allen)
Chapter 15: A drowned landscape reimagined (Emma Smith)
Appendices
Appendix 1: The conservation of the copper alloy ingot fragment (Laura Ratcliffe-
Warren)
Appendix 2: The borehole logs (Michael J. Allen)

Product Tags

Use spaces to separate tags. Use single quotes (') for phrases.

[profiler]
Memory usage: real: 24117248, emalloc: 23749272
Code ProfilerTimeCntEmallocRealMem