The cultural landscape near the ancient city of Tharros (central West Sardinia): vegetation changes and human impact
Title | The cultural landscape near the ancient city of Tharros (central West Sardinia): vegetation changes and human impact |
Publication Type | Journal Article |
Year of Publication | 2013 |
Authors | Di Rita, F., & Melis R. Teresa |
Journal | Journal of Archaeological Science |
Volume | 40 |
Issue | 12 |
Pagination | 4271 - 4282 |
Date Published | 2013/// |
Keywords | evergreen vegetation, Holocene, human impact, pollen, Sardinia |
Abstract | The evolution of the cultural landscape in coastal western Sardinia is investigated by means of pollen analysis in the Mistras Lagoon sediments, near the ancient city of Tharros, with particular attention to changes in evergreen vegetation and the impact of human activity. The pollen diagram, spanning the time interval from 5300 to 1600 cal BP, documents the influence of man, climate, and geomorphic dynamics and on the evolution of a semi-open evergreen vegetation landscape and variations in extent of a salt-marsh environment. Anthropogenic indicators and microcharcoals concur in depicting increased land use coinciding with the Nuragic, Phoenician, Punic and Roman dominations. Pollen data, along with archaeobotanical evidence, suggest a prevailing arable farming economy, vocated to Vitis and cereals expoitation, during the Nuragic phase until 2400 cal BP, replaced since then by a prevailing stock rearing economy. Between 2050 and 1600 cal BP, a less intensive human impact on the landscape is profiled, consistently with the archaeologically documented abandonment of the rural villages in favour of a slow urbanization, experienced by the Sinis territory in Imperial times. The pollen record provides new insights into the history of important economic plants in the Mediterranean, such as Vitis, Olea and Quercus suber. The results of the pollen analysis reveal how the records of these taxa are primarily influenced by the cultural development of the Sinis region and secondarily by dynamics involving the natural companion vegetation. |
URL | http://linkinghub.elsevier.com/retrieve/pii/S0305440313002331 |