Earth and Planetary Sciences
Stable Isotope
100%
Hunter-Gatherer
81%
Italy
78%
Denmark
60%
Holocene
50%
Europe
44%
Late Pleistocene
42%
Levant
40%
Environmental Change
40%
Pleistocene
40%
Oxygen 18
40%
Amino Acid
40%
Prehistoric
40%
Nitrogen 15
35%
Carbon 14
35%
Marine Resources
31%
Seasonality
27%
Accelerator Mass Spectrometry
25%
Principal Component Analysis
23%
Archaeological Site
23%
Strontium 90
20%
Iran
20%
Machine Learning
20%
Western Europe
20%
Tunisia
20%
Stranding
20%
China
20%
Reworking
20%
Bronze Age
20%
Rock Art
20%
Oman
20%
North Sea
20%
Population Growth
20%
Pretreatment
20%
Portugal
20%
Climate Change
17%
Isotopic Analysis
16%
Shedding
16%
Skeletal Remains
15%
Root Architecture
13%
Lebanon
13%
C4 Plant
12%
Animal Remain
11%
Radiocarbon Dating
10%
Pastoralism
10%
Romania
10%
C3 Plant
10%
Geographic Areas
10%
Isotope Ratios
10%
Dairy Product
10%
Arts and Humanities
Local
30%
Denmark
30%
Tattoo
20%
Moravia
20%
Anatomically modern humans
20%
Medieval Denmark
20%
Tunisia
20%
Aurignacian
20%
Leprosarium
20%
Rock Carvings
20%
Apulia
20%
Human occupation
20%
Calabria
20%
Palermo
20%
Epigravettian
20%
Necropolis
20%
Bone collagen
20%
87Sr/86Sr
20%
Dietary reconstruction
20%
Stable isotope analysis
20%
Prehistoric
20%
Hunter-gatherers
20%
Subsistence change
20%
Shell midden
20%
Mumun
15%
Bulk
15%
Mesolithic-Neolithic transition
13%
Literature
10%
Historical sources
10%
Upper Paleolithic
10%
World War II
10%
Western Europe
10%
Archeology
10%
Tradition
10%
Historical evidence
10%
Century Romania
10%
Late Medieval Europe
10%
Portable art
10%
Stylistics
10%
Radio-carbon dates
10%
Microlith
10%
Oxygen isotope analysis
10%
Radiocarbon Dating
10%
Europe
10%
Shell
10%
Jutland
10%
Fieldwork
10%
AMS 14C dating
10%
Tombs
6%
Lucca
6%
Keyphrases
Mollusc Shell
20%
Badia
20%
Cockle
20%
Oyster
20%
Mesolithic Site
20%
Subsistence Change
20%
Virus Evolution
20%
Tuscany
13%
Matrix Extraction
10%
Preservation Potential
10%
Organic Matrix
10%
Archaeological Layers
10%
Etching Pretreatment
10%
Acid Etching
10%
Stratigraphic Sequence
10%
Upper Palaeolithic Sites
10%
Shell Middens
10%
Freshwater Resources
6%
Isotopic Evidence
6%
Millet Consumption
6%
Lucca
6%
Medieval Population
6%
Terrestrial Resources
6%
11th Century
6%
C4 Plants
6%
Gradual Shifts
6%
Ostrea Edulis
5%
Archaeological Fieldwork
5%
Marine Molluscs
5%
Relative Sea Level
5%
Mesolithic-Neolithic Transition
5%
Lower Layer
5%
Cerastoderma Edule
5%
Charcoal Samples
5%
AMS 14C
5%
Shoreline Displacement
5%
Mesolithic Hunter-gatherers
5%
Radiocarbon AMS
5%
Shellfish Exploitation
5%
