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A first synthesis of available data for the period of Rome's expansion in Italy (about 400–29 b.c.e.) shows the role of climate and environment in early Roman imperialism. Although global indices suggest a warmer phase with relatively few short-term climate events occuring around the same time as the expansion, local data emphasize the highly variable timing and expression of these trends. This variability casts doubt on ideas of a unitary, historically consequential "Roman Warm Period." The historical importance of climate and environment to socioeconomic development merits emphasis, but should be understood in terms of evolving, contingent forms of resilience and risk-mitigating behavior by Italian communities during Roman expansion. [ABSTRACT FROM AUTHOR]

A first synthesis of available data for the period of Rome's expansion in Italy (about 400–29 b.c.e.) shows the role of climate and environment in early Roman imperialism. Although global indices suggest a warmer phase with relatively few short-term climate events occuring around the same time as the expansion, local data emphasize the highly variable timing and expression of these trends. This variability casts doubt on ideas of a unitary, historically consequential "Roman Warm Period." The historical importance of climate and environment to socioeconomic development merits emphasis, but should be understood in terms of evolving, contingent forms of resilience and risk-mitigating behavior by Italian communities during Roman expansion. [ABSTRACT FROM AUTHOR]

This study presents the results of integrated isotopic and dental calculus analyses of a number of individuals buried in two cemeteries of Roman and medieval chronology in Lamon(Belluno), northern Italy. Eleven individuals from the Roman cemetery of San Donato and six from the medieval cemetery of San Pietro are presented and discussed. The results suggest a continuity of geographic residence for the two populations, with most of the analysed individuals showing a local or regional origin. Carbon and nitrogen isotopes are indicative of a diet based on a mixed C 3 /C 4 plant consumption and rich in animal proteins, with no significant difference between the Roman and the medieval populations. The consumption of C 4 plants, more resilient to the Alpine climate, is consistently documented both by isotopes and dental calculus. Dental calculus results permit the characterisation of the typology of the crop consumed, namely millet, barley/wheat and legumes and may also suggest differing cooking processes between the Roman and the medieval periods. Phytoliths, vascular elements, fungal spores and animal remains from dental calculus provide new insights into the diet of the analysed individuals but also, hypothetically, into possible medicinal treatments. The presence of birds such as fowls and ducks in the medieval diet of some individuals from San Pietro has also emerged. Overall, the results of this study open a new window into the biographies of the individuals analysed, their diet, mobility, habits, and environment, thus stimulating further and more systematic investigation on the populations occupying an Alpine sector which is still poorly understood from an archaeological perspective. [ABSTRACT FROM AUTHOR]