Dietary reconstruction, mobility, and the analysis of ancient skeletal tissues: Expanding the prospects of stable isotope research in archaeology

Keyphrases

• Archaeology 100%
• Stable Isotopes 100%
• Stable Isotope Analysis 100%
• Diet Reconstruction 100%
• Skeletal muscle Tissue 100%
• Human Diet 60%
• Stable Isotope Ratios 40%
• Food Consumption 20%
• Plant Remains 20%
• First-principles 20%
• Archaeological Context 20%
• Archaeological Survey 20%
• Food Web 20%
• Human Remains 20%
• Social Identity 20%
• Animal Remains 20%
• Oxygen Isotopes 20%
• Management Strategy 20%
• Mixing Model 20%
• Plant Tissue 20%
• Isotopic Data 20%
• Compound Analysis 20%
• Resource Exploitation 20%
• Human Animals 20%
• Mortuary Practices 20%
• Isotopic Approaches 20%
• Skeletal Material 20%
• Isoscape 20%
• Biological Variation 20%
• Exploitation Strategy 20%
• Ancient Ecosystems 20%
• Hydrogen Isotopes 20%
• Dietary Routing 20%
• Multiresolution Analysis 20%
• Resource Management 20%
• Consumption Choices 20%
• Isotopic Methods 20%
• Organic Oxygen 20%
• Food Acquisition 20%
• Principle-driven 20%
• Early Application 20%
• Animal Tissues 20%
• Scientific Rigor 20%
• Ancient Diet 20%
• Isotopic Signals 20%
• Source Contribution 20%
• Ecological Variation 20%
• Isotopic Variation 20%

Arts and Humanities

• Archeology 100%
• Dietary reconstruction 100%
• Stable isotope analysis 100%
• Ecological 25%
• Plant remains 25%
• Archaeological contexts 25%
• Limitations 25%
• Or-ganics 25%
• Archaeological Research 25%
• Theoretical Framework 25%
• Rigor 25%
• Mortuary practices 25%
• Human Animal 25%
• plea 25%
• First Principle 25%

Earth and Planetary Sciences

• Stable Isotope 100%
• Food Web 14%
• Resource Exploitation 14%
• Isotope Ratios 14%
• Hydrogen Isotope 14%