Abstract:This paper examines the patterns of Etruscan urbanism by the innovative use of newly available rural data, employing rank size, and indices of centralization. The detailed case study looks at the development of urbanism of pre-Roman Etruria where both robust and delicate urbanism were present alongside one another. To achieve this end, the paper will draw on the complementary features of two recent articles-Redhouse and Stoddart (2011) and Palmisano et al. (2018)-to provide a synthesis that both examines the l… Show more
“…There may or may not be a priori biases in research interests for scholars within a given cultural context, but there are almost certain to be different research traditions, attitudes and funding priorities affecting work when different cultural contexts are compared. For this reason, it is not appropriate to compare, for example, Neolithic and Iron Age activity levels on absolute terms, although on-going work is already redressing this imbalance by engaging more with scientific dating, and comparison of radiocarbon evidence to other quantitative proxy measures of human activity and demography, such as surface survey (Stoddart et al, 2020(Stoddart et al, , 2020aStoddart et al, 2020bStoddart et al, , 2020c and aDNA. We do, however, argue that relative changes in activity over the shorter term, or coeval comparisons of activity between neighbouring regions, remain valid because there can be no point in time when such biases suddenly take hold.…”
Section: Discussionmentioning
confidence: 99%
“…A further profound change took place at the transition to the Iron Age in Etruria, when settlement concentrated on larger plateaux or alternatively neighbouring hills with a significant extension of 125-180 ha or 40-90 ha in case of smaller centres (Pacciarelli, 2000, p. 279); in some cases (e.g., Tarquinia) these were already occupied from the last phase of the Final Bronze Age (Bietti Sestieri, 2010). There has been much discussion regarding the politics of how this process was accomplished, with interpretations ranging from collective action to the authority of a restricted leadership (see Stoddart, 2010;Stoddart et al, 2020).…”
This paper reviews the evidence for long term trends in anthropogenic activity and population dynamics across the Holocene in the central Mediterranean and the chronology of cultural events. The evidence for this has been constituted in a database of 4608 radiocarbon dates (of which 4515 were retained for analysis following initial screening) from 1195 archaeological sites in southern France, Italy and Malta, spanning the Mesolithic to Early Iron Age periods, c. 8000 to 500 BC. We provide an overview of the settlement record for central Mediterranean prehistory and add to this an assessment of the available archaeological radiocarbon evidence in order to review the traditional narratives on the prehistory of the region. This new chronology has enabled us to identify the most significant points in time where activity levels, population dynamics and cultural change have together caused strong temporal patterning in the archaeological record. Some of these episodes were localized to one region, whereas others were part of pan-regional trends and cultural trajectories that took many centuries to play out fully, revealing prehistoric societies subject to collapse, recovery, and continuing instability over the long-term. Using the radiocarbon evidence, we model growth rates in the various regions so that the tempo of change at certain points in space and time can be identified, compared, and discussed in the context of demographic change. Using other published databases of radiocarbon data, we have drawn comparisons across the central Mediterranean to wider prehistoric Europe, and northern Africa. Finally, we include a brief response to the synchronously published but independently developed paper (Palmisano et al. in J World Prehist 34(3), 2021). While there are differences in our respective approaches, we share the general conclusions that large-scale trends can been identified through meta-analyses of the archaeological record, and these offer new perspectives on how society functioned.
“…There may or may not be a priori biases in research interests for scholars within a given cultural context, but there are almost certain to be different research traditions, attitudes and funding priorities affecting work when different cultural contexts are compared. For this reason, it is not appropriate to compare, for example, Neolithic and Iron Age activity levels on absolute terms, although on-going work is already redressing this imbalance by engaging more with scientific dating, and comparison of radiocarbon evidence to other quantitative proxy measures of human activity and demography, such as surface survey (Stoddart et al, 2020(Stoddart et al, , 2020aStoddart et al, 2020bStoddart et al, , 2020c and aDNA. We do, however, argue that relative changes in activity over the shorter term, or coeval comparisons of activity between neighbouring regions, remain valid because there can be no point in time when such biases suddenly take hold.…”
Section: Discussionmentioning
confidence: 99%
“…A further profound change took place at the transition to the Iron Age in Etruria, when settlement concentrated on larger plateaux or alternatively neighbouring hills with a significant extension of 125-180 ha or 40-90 ha in case of smaller centres (Pacciarelli, 2000, p. 279); in some cases (e.g., Tarquinia) these were already occupied from the last phase of the Final Bronze Age (Bietti Sestieri, 2010). There has been much discussion regarding the politics of how this process was accomplished, with interpretations ranging from collective action to the authority of a restricted leadership (see Stoddart, 2010;Stoddart et al, 2020).…”
This paper reviews the evidence for long term trends in anthropogenic activity and population dynamics across the Holocene in the central Mediterranean and the chronology of cultural events. The evidence for this has been constituted in a database of 4608 radiocarbon dates (of which 4515 were retained for analysis following initial screening) from 1195 archaeological sites in southern France, Italy and Malta, spanning the Mesolithic to Early Iron Age periods, c. 8000 to 500 BC. We provide an overview of the settlement record for central Mediterranean prehistory and add to this an assessment of the available archaeological radiocarbon evidence in order to review the traditional narratives on the prehistory of the region. This new chronology has enabled us to identify the most significant points in time where activity levels, population dynamics and cultural change have together caused strong temporal patterning in the archaeological record. Some of these episodes were localized to one region, whereas others were part of pan-regional trends and cultural trajectories that took many centuries to play out fully, revealing prehistoric societies subject to collapse, recovery, and continuing instability over the long-term. Using the radiocarbon evidence, we model growth rates in the various regions so that the tempo of change at certain points in space and time can be identified, compared, and discussed in the context of demographic change. Using other published databases of radiocarbon data, we have drawn comparisons across the central Mediterranean to wider prehistoric Europe, and northern Africa. Finally, we include a brief response to the synchronously published but independently developed paper (Palmisano et al. in J World Prehist 34(3), 2021). While there are differences in our respective approaches, we share the general conclusions that large-scale trends can been identified through meta-analyses of the archaeological record, and these offer new perspectives on how society functioned.
“…During the 1st millennium BCE in Etruria, signs of such agricultural intensification is attested by archaeological evidence of vegetational changes in pollen assemblages 72 , the emergence of hierarchies of settlement type 71 , different livestock grazing practices 73 , and hydraulic works 74 that would have supported the primary economic and productive activities, i.e., agriculture and livestock breeding 75 . The recovery of iron tools such as plows, hoes, and spades suggest that these populations had the means to prepare hard soils for planting and to irrigate fields.…”
The 1st millennium BCE in Italy was a time of agricultural intensification of staple cereal production which shaped sociocultural, political, and economic spheres of pre-Roman groups. The lifeways and foodways of the Etruscans, the greatest civilization in western Europe before Roman hegemony, are traditionally inferred from secondary written sources, funerary archaeology, archaeobotany, and zooarchaeology. However, no direct data extrapolated from the study of human skeletal remains are available to evaluate the extent to which agricultural intensification and decreased dietary diversity impacted health and the expression of skeletal indicators of metabolic disease. Macroscopic and radiological analyses were conducted on an archaeological skeletal sample of non-adults (n = 29) recovered from Pontecagnano (southern Italy) dating to the Orientalizing period (730–580 BCE). This allowed us to identify five cases of scorbutic non-adults and to assign diagnostic values to skeletal lesions of scurvy that have not been previously described in the literature. The onset of scurvy in the examined sample is related to the increased reliance of Etruscans on crops lacking vitamin C in this period of agricultural intensification. The skeletal expression of scurvy varied among the non-adults, with differences in location and disease severity; these were interpreted considering the age-at-death of the individuals coupled with feeding behaviors and interindividual variability.
“…This process culminated in full-scale urbanisation and early-state societies during the Late Iron Age (c. 2700-2500 cal yr BP) and Archaic period (c.2500-2400 cal yr BP ), when the political landscape was fragmented into several city-states located at an average distance of 15-25 km from each other (Vanzetti, 2002;Riva, 2009, pp. 12-37;Fulminante et al, 2017;Prignano et al, 2019;Stoddart et al, 2020).…”
The Italian peninsula offers an excellent case study within which to investigate long-term regional demographic trends and their response to climate fluctuations, especially given its diverse landscapes, latitudinal range and varied elevations. In the past two decades, summed probability distributions of calibrated radiocarbon dates have become an important method for inferring population dynamics in prehistory. Recent advances in this approach also allow for statistical assessment of spatio-temporal patterning in demographic trends. In this paper we reconstruct population change for the whole Italian peninsula from the Late Mesolithic to the Early Iron Age (10,000–2800 cal yr BP). How did population patterns vary across time and space? Were fluctuations in human population related to climate change? In order to answer these questions, we have collated a large list of published radiocarbon dates (n = 4010) and use this list firstly to infer the demographic trends for the Italian peninsula as a whole, before addressing each of five sub-regions in turn (northern, central, and southern Italy, Sicily, Sardinia). We also compare population fluctuations with local paleoclimate proxies (cave, lake, marine records). At a pan-regional scale, the results show a general rapid and substantial increase in population in the Early Neolithic with the introduction of farming at around 8000 cal yr BP and further dramatic increases during the Bronze and Iron Age (~ 3800–2800 cal yr BP). However, different regional demographic trajectories exist across different regions of Italy, suggesting a variety of localised human responses to climate shifts. Population and climate appear to have been more closely correlated during the early–mid Holocene (Mesolithic–Neolithic), while later in the Holocene (Bronze–Iron Ages) they decouple. Overall, across the Holocene the population dynamics varied by region and depended on the long-term socio-ecological dynamics prevailing in a given area. Finally, we include a brief response to the paper ‘Radiocarbon dated trends and central Mediterranean prehistory’ by Parkinson et al. (J Word Prehist 34(3), 2021)—synchronously published by Journal of World Prehistory but wholly independently developed—indicating how our conclusions accord with or differ from one another.
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