During the Middle Ages, the economies of Europe, the religious directives involving dietary requirements, and the general human subsistence base were transformed. These complicated and intertwined issues are starkly revealed in an isotopic study of two inland Italian human populations that are separated by approximately 850 years in time. Stable carbon (delta C-13) and nitrogen (delta N-15) isotopic values observed in human dentin and bone collagen from the sites of early medieval Castro dei Volsci and late medieval Rome are consistent with diets that differed substantially. As the North Atlantic opened to fishing and food preservations methods improved, Mediterranean peoples increased their fish consumption dramatically, and in doing so, m...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
This thesis investigated dietary change in Roman and Medieval Europe c. AD 1-1500 using stable isoto...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
The transition from Late Antiquity to the Medieval period is considered one of the greatest periods ...
Stable isotope analyses of human bone collagen are the valuable tool of the diet reconstruction in b...
The Medieval period in Europe was a time of unprecedented social complexity and significant social a...
Stable isotope and dental-microwear analysis are methods commonly used to reconstruct dietary habits...
Stable isotope analysis of human remains has been used to address long-standing debates regarding th...
The arrival of the Longobards in Italy represents one of the most significant periods of the Early M...
The arrival of the Longobards in Italy represents one of the most significant periods of the Early M...
This paper aims to define the dietary profile of the population of early medieval Rome (fifth–eleven...
Stable isotope analysis of human remains has been used to address long-standing debates regarding th...
This thesis investigated dietary change in Roman and Medieval Europe c. AD 1-1500 using stable isoto...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
This thesis investigated dietary change in Roman and Medieval Europe c. AD 1-1500 using stable isoto...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
The transition from Late Antiquity to the Medieval period is considered one of the greatest periods ...
Stable isotope analyses of human bone collagen are the valuable tool of the diet reconstruction in b...
The Medieval period in Europe was a time of unprecedented social complexity and significant social a...
Stable isotope and dental-microwear analysis are methods commonly used to reconstruct dietary habits...
Stable isotope analysis of human remains has been used to address long-standing debates regarding th...
The arrival of the Longobards in Italy represents one of the most significant periods of the Early M...
The arrival of the Longobards in Italy represents one of the most significant periods of the Early M...
This paper aims to define the dietary profile of the population of early medieval Rome (fifth–eleven...
Stable isotope analysis of human remains has been used to address long-standing debates regarding th...
This thesis investigated dietary change in Roman and Medieval Europe c. AD 1-1500 using stable isoto...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
This thesis investigated dietary change in Roman and Medieval Europe c. AD 1-1500 using stable isoto...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...