Earth and Planetary Sciences
Zircon
100%
Continental Crust
58%
Gneiss
39%
Early Earth
31%
Continent
29%
Craton
29%
Canada
19%
Lithosphere
17%
Earth Science
16%
Granitoid
14%
Tectonics
14%
Magma
13%
Trace Element
12%
Geochronology
12%
Age Distribution
11%
Geochemistry
10%
Calcium Phosphate
10%
Terrane
10%
Titanite
10%
Partial Melting
9%
Komatiite
9%
Petrology
8%
Western Australia
8%
Eocene
8%
Isotopic Composition
8%
Recycling
7%
Titanium Isotope
7%
Glacial Drift
7%
Iceland
7%
Laser Ablation Inductively Coupled Plasma Mass Spectrometry
7%
Geodynamics
7%
Stacking
7%
Laurentide Ice Sheet
7%
Reference Material
7%
Lower Crust
7%
Pleistocene
7%
Neodymium Isotope
7%
Convergent Margin
7%
Petrogenesis
7%
Diamictite
7%
Phosphate Rock
7%
Nuclides
7%
Isotope Ratios
7%
Tungsten Isotopes
7%
Deglaciation
7%
Paleogeography
7%
Late Cretaceous
7%
Tephra
7%
Peridotite
7%
Keyphrases
Zircon
43%
Continental Crust
38%
Detrital Zircon
17%
Hadean
16%
Acasta Gneiss Complex
15%
Archean
13%
Mesoarchean
13%
Neoarchean
12%
Rock Units
12%
Age Distribution
11%
Geochemical Data
11%
Titanite
11%
Early Earth
10%
Mafic
10%
Apatite
10%
142Nd
10%
Hafnium Isotopes
9%
Crustal Growth
9%
Secular Change
9%
Continental Crust Formation
9%
Early Crust
8%
Trace Elements
8%
Canada
8%
Long-lived
8%
Continental Growth
7%
Northern Canadian Cordillera
7%
Lithogeochemical
7%
Western Australia
7%
Titanium Isotopes
7%
Tungsten Isotopes
7%
Iceland
7%
Mixture Model
7%
Phosphorite
7%
238U
7%
Extinct nuclide
7%
Subaerial Weathering
7%
Jack Hills
7%
Lower Continental Crust
7%
Low-grade Metamorphic Rocks
7%
Neodymium Isotope Ratios
7%
Accessory Phases
7%
Zircon Petrochronology
7%
Laramide
7%
Upper Continental Crust
7%
U-Th-Pb
7%
Tungsten
7%
Diamond
7%
208Pb
7%
Geological Processes
7%
Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS)
7%