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Multi-proxy study of Holocene environmental change and human activity in the Central Apennine Mountains, Italy

Multi-proxy study of Holocene environmental change and human activity in the Central Apennine Mountains, Italy
Multi-proxy study of Holocene environmental change and human activity in the Central Apennine Mountains, Italy
This paper describes a multi-proxy palaeoecological investigation undertaken in conjunction with an
archaeological survey of the Upper Sangro Valley in the Abruzzo National Park, Central Italy. Despite being a biodiversity hotspot and regarded as a near-pristine area, the pollen, spore and diatom data all show major changes in the vegetation extending to over 2000m a.s.l. during the mid to late Holocene. Although there are changes in ecological composition earlier in the Holocene they are different in type and magnitude from the changes which began about 800 cal a BC. The pollen and diatom evidence do not correlate well with regional palaeoclimate data, or on-site isotopic evidence, but do appear to be related to Samnite (later Iron Age) clearance and upland grazing associated with transhumance and later annexation (and centuriation) of the lower slopes by Roman surveyors. The greatest change in vegetation was during the period c. AD 500–600 and corresponds with the Byzantine–Gothic Wars, and Lombard– Carolingian settlement reorganization into nucleated hilltop settlements which managed upland grazing. This pattern of intensive land use at all altitudes persisted until the early 20th century and only changed following rural depopulation after World War II. These data illustrate how cultural factors had a profound effect on this mountainous region which, in this case, far outweighed the effects of climatic fluctuations which are known to have occurred from both this study area and the region
0267-8179
1-12
Brown, A.G.
c51f9d3e-02b0-47da-a483-41c354e78fab
Hatton, Jackie
8b0781fb-6ee8-4cae-93f6-ee12cec8b0f6
Selby, K.A.
e9f6ac15-0ceb-424e-85c1-ee0debeb5346
Leng, Melanie
71755042-2b5f-44a6-8420-019f13a4a946
Christie, Neil
e51c776e-2168-47df-9a3f-dd269bca3143
Brown, A.G.
c51f9d3e-02b0-47da-a483-41c354e78fab
Hatton, Jackie
8b0781fb-6ee8-4cae-93f6-ee12cec8b0f6
Selby, K.A.
e9f6ac15-0ceb-424e-85c1-ee0debeb5346
Leng, Melanie
71755042-2b5f-44a6-8420-019f13a4a946
Christie, Neil
e51c776e-2168-47df-9a3f-dd269bca3143

Brown, A.G., Hatton, Jackie, Selby, K.A., Leng, Melanie and Christie, Neil (2012) Multi-proxy study of Holocene environmental change and human activity in the Central Apennine Mountains, Italy. Journal of Quaternary Science, 1-12. (doi:10.1002/jqs.2591). (In Press)

Record type: Article

Abstract

This paper describes a multi-proxy palaeoecological investigation undertaken in conjunction with an
archaeological survey of the Upper Sangro Valley in the Abruzzo National Park, Central Italy. Despite being a biodiversity hotspot and regarded as a near-pristine area, the pollen, spore and diatom data all show major changes in the vegetation extending to over 2000m a.s.l. during the mid to late Holocene. Although there are changes in ecological composition earlier in the Holocene they are different in type and magnitude from the changes which began about 800 cal a BC. The pollen and diatom evidence do not correlate well with regional palaeoclimate data, or on-site isotopic evidence, but do appear to be related to Samnite (later Iron Age) clearance and upland grazing associated with transhumance and later annexation (and centuriation) of the lower slopes by Roman surveyors. The greatest change in vegetation was during the period c. AD 500–600 and corresponds with the Byzantine–Gothic Wars, and Lombard– Carolingian settlement reorganization into nucleated hilltop settlements which managed upland grazing. This pattern of intensive land use at all altitudes persisted until the early 20th century and only changed following rural depopulation after World War II. These data illustrate how cultural factors had a profound effect on this mountainous region which, in this case, far outweighed the effects of climatic fluctuations which are known to have occurred from both this study area and the region

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Accepted/In Press date: 2012
Organisations: Population, Health & Wellbeing (PHeW)

Identifiers

Local EPrints ID: 346498
URI: http://eprints.soton.ac.uk/id/eprint/346498
ISSN: 0267-8179
PURE UUID: 5c39854d-4633-46b0-999f-b86aada67015
ORCID for A.G. Brown: ORCID iD orcid.org/0000-0002-1990-4654

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Date deposited: 03 Jan 2013 14:06
Last modified: 15 Mar 2024 03:27

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Contributors

Author: A.G. Brown ORCID iD
Author: Jackie Hatton
Author: K.A. Selby
Author: Melanie Leng
Author: Neil Christie

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