Earth and Planetary Sciences
Strontium 90
100%
Peru
55%
Andes
55%
Chile
27%
Isotope Ratios
18%
Carbon 14
18%
Residential Mobility
17%
Bolivia
16%
Stable Isotope
16%
Archaeological Site
16%
Argentina
15%
Prehistoric
13%
Oxygen 18
12%
Alaska
11%
Archaeological Evidence
11%
Mexico
9%
Stable Isotope
9%
Environmental Change
9%
Biogeochemistry
9%
Nitrogen 15
8%
Socioeconomics
7%
Calcium Phosphate
7%
Radiogenic Isotope
7%
Hunter-Gatherer
7%
Early Holocene
6%
Warfare
5%
Material Culture
5%
Marine Resources
5%
Bioarchaeology
5%
Aridification
5%
Arts and Humanities
Northern Chile
29%
Peru
29%
Wari
28%
San Pedro de Atacama
26%
Middle Horizon
23%
Tiwanaku
21%
Local
21%
Strontium isotope analysis
18%
trophies
16%
Cemetery
16%
Bioarchaeology
16%
Empire
16%
Isotope Analysis
12%
Case Study
11%
Stable isotope analysis
10%
Burial
10%
Regional
10%
87Sr/86Sr
9%
Paleodiet
9%
Sahara
9%
Chiribaya
9%
Paracas
9%
Late intermediate period
9%
Central Andes
7%
Stable nitrogen isotopes
7%
heartland
7%
Chile
7%
Social Organisation
7%
Corn
6%
Pre-hispanic
6%
Pre-Columbian
6%
Social Inequality
6%
Sacrificial Victim
6%
Stable carbon isotopes
6%
Sacrifice
5%
Polity
5%
Millennium
5%
Prehistoric
5%
Skeletal Remains
5%
Atacama Desert
5%
Mortuary behaviour
5%
Craniometry
5%
Strontium Isotopes
5%
Bolivia
5%
Technique
5%
Keyphrases
Strontium Isotopes
23%
Atacama
19%
Paleomobility
19%
Middle Horizon
17%
Northern Chile
16%
San Pedro
15%
Late Intermediate Period
13%
Paleodiet
12%
Tiwanaku
11%
Isotopic Analysis
10%
Radiogenic Strontium Isotopes
9%
Chile
9%
Stable Isotope Analysis
9%
Stable Isotopes
9%
Social Organization
9%
Paracas
9%
Environmental Change
9%
Loa River
8%
Isotope Data
8%
Strontium
7%
Highlands
7%
Atacama Desert
7%
Southern Peru
6%
Andes
6%
Mortuary
6%
Pre-Columbian
6%
River Valley
6%
Archaeological Remains
6%
Social Identity
5%
Desert
5%
South-central Andes
5%
Local Population
5%
Archaeological Evidence
5%
Maize Consumption
5%
Oxygen Isotopes
5%
Peru
5%
Bolivia
5%