Roman Macedonia has been largely neglected by bioarcheological research. As a result, little is known about the imprint of living conditions of that time on the skeletons of its inhabitants, especially those of the lower classes. This paper presents the paleopathological study conducted on a Roman period (1st–4th c. CE) skeletal assemblage from Pontokomi-Vrysi, a site in the semi-mountainous region of Eordaea in Upper Macedonia (now in Kozani Prefecture, Greece). The aim is to investigate differences in the frequency of multiple paleopathological conditions in the buried population and to assess whether these are linked to sex- or age-related differences. The study examines cribra orbitalia (CO), porotic hyperostosis (PH), enamel hypoplasia...
The present research provides the osteobiographical reconstruction of the Roman Imperial population ...
Colonization is often associated with exploitation of local laborers. However, the degree to which p...
Human osteological and dental remains are important for reconstruction of health and disease pattern...
Roman Macedonia has been largely neglected by bioarcheological research. As a result, little is know...
Studies on human skeletal remains provide important information to understand the health and living ...
This study investigates bone maintenance and loss within a life course perspective in the Imperial R...
A sample of 303 skeletons from the Etruscan necropolis of Spina (Ferrara, Italy, 6th–3rd centuries B...
Naissus, Viminacium and Sirmium are the most important sites in Serbia from the Antiquity period. Th...
Bioarchaeologists use skeletal health indicators to measure how ancient populations adapted to their...
The present study investigates the skeletal remains of individuals who were part of a Roman suburban...
This study addresses changing levels of skeletal stress in a population from Durres, Albania during ...
The aim of this work is to outline a general picture of life style and conditions of a population li...
The osteological material under study consists of 510 skeletal remains dating from the Early Neolit...
The paper addresses the contextual analysis of human remains from the Late Bronze Age tumulus cemete...
The economic and political disruption following the collapse of the Roman Empire is an important mom...
The present research provides the osteobiographical reconstruction of the Roman Imperial population ...
Colonization is often associated with exploitation of local laborers. However, the degree to which p...
Human osteological and dental remains are important for reconstruction of health and disease pattern...
Roman Macedonia has been largely neglected by bioarcheological research. As a result, little is know...
Studies on human skeletal remains provide important information to understand the health and living ...
This study investigates bone maintenance and loss within a life course perspective in the Imperial R...
A sample of 303 skeletons from the Etruscan necropolis of Spina (Ferrara, Italy, 6th–3rd centuries B...
Naissus, Viminacium and Sirmium are the most important sites in Serbia from the Antiquity period. Th...
Bioarchaeologists use skeletal health indicators to measure how ancient populations adapted to their...
The present study investigates the skeletal remains of individuals who were part of a Roman suburban...
This study addresses changing levels of skeletal stress in a population from Durres, Albania during ...
The aim of this work is to outline a general picture of life style and conditions of a population li...
The osteological material under study consists of 510 skeletal remains dating from the Early Neolit...
The paper addresses the contextual analysis of human remains from the Late Bronze Age tumulus cemete...
The economic and political disruption following the collapse of the Roman Empire is an important mom...
The present research provides the osteobiographical reconstruction of the Roman Imperial population ...
Colonization is often associated with exploitation of local laborers. However, the degree to which p...
Human osteological and dental remains are important for reconstruction of health and disease pattern...