Earth and Planetary Sciences
France
100%
Luminescence Dating
85%
Prehistoric
57%
Denmark
42%
Archaeological Site
42%
Light Attenuation
42%
Dating Method
42%
Parameter Estimation
42%
Pleistocene
28%
Inflection Point
28%
Geological Record
28%
Geochronology
28%
Fossil
14%
Surface Layer
14%
Burned Bone
14%
Stratigraphy
14%
Micromorphology
14%
Sedimentology
14%
California
14%
Last Glacial Maximum
14%
Rock Mechanics
14%
Climate Change
14%
Geology
14%
Atmospherics
14%
Cracking (Fracturing)
14%
Younger Dryas
14%
Mousterian
14%
Western Europe
14%
Chemical Degradation
14%
Study Application
14%
Engineering
Depth Profile
76%
Kinetic Model
57%
Fitting Parameter
57%
Instrument Calibration
28%
Response Curve
28%
Dose Rate
19%
Parameter Estimation
19%
Penetration Depth
19%
Pathlength
19%
Parameter Estimate
19%
Analytical Model
9%
Illustrates
9%
Inflection Point
9%
Symbolics
9%
Limitations
9%
Progression
9%
Exact Model
9%
Incident Photon
9%
Sandstone Sample
9%
Keyphrases
Cotard
28%
Viking Age
28%
Kinetic Calibration
28%
Loire
28%
Pre-Roman
14%
Viking Period
14%
Outwash Terraces
14%
Fracture Dating
14%
In Situ Fracture
14%
Long-term Landscape Evolution
14%
Fracture Width
14%
Boulder Deposits
14%
Loire River
9%
Homo Neanderthalensis
9%
Sequential Events
7%