Stable isotope–based paleodietary work is ideally suited for answering questions about a wide variety of human/animal relationships in historical archaeological contexts in northeastern North America and farther afield. To date, very few published studies have approached historical animal husbandry and trade from an isotopic perspective. We advocate for increased attention to the possibilities of stable-isotope work by (1) explaining why the technique is well suited to address some problems of human/animal relations encountered by historical archaeologists, (2) presenting a literature review of previous stable-isotope work on human/ animal interaction in historical North America, and (3) offering a short case study on the dietary life histo...
Objectives: The Early Neolithic involved an important social and economic shift that can be tested ...
This brief review outlines the contribution that the study of stable isotope composition in bone can...
Human isotopic ecology at its core aims to study humans as a part of their environments, as animals ...
Stable isotope–based paleodietary work is ideally suited for answering questions about a wide variet...
This paper presents the first use of bone collagen stable isotope analyses for the purpose of recons...
Domestic animals, particularly cattle and pigs, were a cornerstone of European colonial projects aro...
Historical zooarchaeologists have made significant contributions to key questions about the social, ...
The application of isotopic ratio mass spectrometry to archaeological science has produced many impo...
Carbon and nitrogen stable isotope analysis of human and faunal remains from the Cuatrovitas medieva...
Stable isotope studies have become commonplace in archaeological investigations of human health, die...
Staple isotope analysis of human bone is the most direct way to assess the level of maize consumptio...
Rat (Rattus spp.) bone collagen stable isotope values are often assumed to reflect an average of foo...
Stable isotope analyses of human bone collagen are the valuable tool of the diet reconstruction in b...
Oxygen isotope analyses of skeletal remains (18O/16O, δ18O) are a powerful tool for exploring major ...
This pilot study attempts to document the potential of Prehistoric human bone and teeth collagen fro...
Objectives: The Early Neolithic involved an important social and economic shift that can be tested ...
This brief review outlines the contribution that the study of stable isotope composition in bone can...
Human isotopic ecology at its core aims to study humans as a part of their environments, as animals ...
Stable isotope–based paleodietary work is ideally suited for answering questions about a wide variet...
This paper presents the first use of bone collagen stable isotope analyses for the purpose of recons...
Domestic animals, particularly cattle and pigs, were a cornerstone of European colonial projects aro...
Historical zooarchaeologists have made significant contributions to key questions about the social, ...
The application of isotopic ratio mass spectrometry to archaeological science has produced many impo...
Carbon and nitrogen stable isotope analysis of human and faunal remains from the Cuatrovitas medieva...
Stable isotope studies have become commonplace in archaeological investigations of human health, die...
Staple isotope analysis of human bone is the most direct way to assess the level of maize consumptio...
Rat (Rattus spp.) bone collagen stable isotope values are often assumed to reflect an average of foo...
Stable isotope analyses of human bone collagen are the valuable tool of the diet reconstruction in b...
Oxygen isotope analyses of skeletal remains (18O/16O, δ18O) are a powerful tool for exploring major ...
This pilot study attempts to document the potential of Prehistoric human bone and teeth collagen fro...
Objectives: The Early Neolithic involved an important social and economic shift that can be tested ...
This brief review outlines the contribution that the study of stable isotope composition in bone can...
Human isotopic ecology at its core aims to study humans as a part of their environments, as animals ...