Histological examination of thin sections can reveal skeletal features at the micron level, providing insights into skeletal biology, such as metabolism, growth, ageing, health and disease. These features are important for reconstructing the biology and adaptations of ancient humans. Firstly, we provide an overview of histological approaches to ancient human adult bone and juvenile teeth. Secondly, we apply this methodology to a British Medieval human population from Canterbury, UK, to reveal aspects of their skeletal biology
The invention of the microscope revolutionized the course of human knowledge. This instrument change...
The science of anthropology obtains data on health, disease and death from ancient populations. Rese...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
Traditionally, the study of human skeletal remains from ancient backgrounds (bio-archaeology) has ex...
Understanding the links between bone microstructure and human lifestyle is critical for clinical and...
Human skeletal remains are one of several find categories from archaeological sites. The skeleton co...
Calcified tissues are well known microscopically, but the diagnostic potential of bone micro-anatomy...
One of the fundamental questions in forensic medicine and anthropology is whether or not a bone or b...
The Mesolithic-Neolithic transition is a period which has long held fascination for archaeologists, ...
The aim of this study was to determine whether there is evidence to suggest that males and females i...
Palaeodemography, the means of amassing information from the teeth of the general population, is add...
Human osteological and dental remains are important for reconstruction of health and disease pattern...
This book offers an introduction to the field of osteoarchaeology, that is, the study of human skele...
Teeth are often the preferred substrate for isotopic and genetic assays in archaeological research. ...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
The invention of the microscope revolutionized the course of human knowledge. This instrument change...
The science of anthropology obtains data on health, disease and death from ancient populations. Rese...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
Traditionally, the study of human skeletal remains from ancient backgrounds (bio-archaeology) has ex...
Understanding the links between bone microstructure and human lifestyle is critical for clinical and...
Human skeletal remains are one of several find categories from archaeological sites. The skeleton co...
Calcified tissues are well known microscopically, but the diagnostic potential of bone micro-anatomy...
One of the fundamental questions in forensic medicine and anthropology is whether or not a bone or b...
The Mesolithic-Neolithic transition is a period which has long held fascination for archaeologists, ...
The aim of this study was to determine whether there is evidence to suggest that males and females i...
Palaeodemography, the means of amassing information from the teeth of the general population, is add...
Human osteological and dental remains are important for reconstruction of health and disease pattern...
This book offers an introduction to the field of osteoarchaeology, that is, the study of human skele...
Teeth are often the preferred substrate for isotopic and genetic assays in archaeological research. ...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...
The invention of the microscope revolutionized the course of human knowledge. This instrument change...
The science of anthropology obtains data on health, disease and death from ancient populations. Rese...
Recent years have seen increased interest in skeletal populations from the Imperial Roman Age in Ita...