Earth & Environmental Sciences
zircon
100%
apatite
70%
impact structure
61%
thermochronology
61%
uplift
60%
exhumation
56%
dating
55%
cooling
43%
plateau
40%
melt
39%
laser
39%
ablation
36%
radiation damage
31%
crystal
29%
young
27%
history
27%
tectonics
24%
isotope
24%
fluid
23%
noble gas
22%
canyon
22%
sediment
21%
Miocene
21%
titanite
21%
accessory mineral
20%
volcano
20%
mantle
20%
rock
20%
geochemistry
19%
olivine
19%
geochronology
19%
valley
19%
faulting
19%
tectonic evolution
19%
collision
18%
hydrothermal system
18%
closure temperature
17%
Pleistocene
17%
basin
17%
isotopic fractionation
17%
passive margin
16%
provenance
15%
slab
14%
island arc
14%
subduction
14%
basalt
14%
resetting
14%
rate
14%
Physics & Astronomy
dating
68%
tectonics
63%
volcanology
48%
apatites
40%
rocks
38%
sediments
36%
margins
35%
Earth mantle
34%
helium isotopes
32%
impact melts
31%
plateaus
28%
geochronology
27%
histories
25%
Peru
24%
cooling
23%
slip
20%
basalt
20%
Tibet
20%
detachment
19%
isotope ratios
18%
arcs
18%
Bhutan
17%
hydrothermal systems
17%
oceans
17%
volcanoes
17%
Lesser Antilles
16%
minerals
15%
Caucasus Mountains (U.S.S.R.)
15%
valleys
15%
mountains
15%
geochemistry
15%
island arcs
15%
laser ablation
14%
calderas
13%
Chesapeake Bay (US)
13%
trends
13%
Canada
13%
collisions
12%
canyons
12%
spikes
12%
helium
12%
fluids
11%
sedimentary rocks
11%
fluid flow
11%
India
11%
Egypt
11%
plagioclase
11%
carbon isotopes
11%
aquifers
11%
closures
11%
Chemical Compounds
Cooling
45%
Laser Ablation
43%
Apatite
35%
Isotope
23%
Slab Like Crystal
21%
Noble Gas Atom
19%
Diffusion
18%
Fractionation
18%
Depth Profiling
18%
Thickening
15%
Time
13%
Collision
13%
Fluorapatite
13%
Xenotime
12%
Plate Like Crystal
11%
Geochemistry
11%
Mineral
10%
Residence Time
9%
Gas
9%
Anisotropy
9%
Single Crystalline Solid
8%
Reaction Yield
8%
Groundwater
7%
Monte Carlo Method
7%
Surface
6%
Error
6%
Flow
6%
Block Like Crystal
6%
Sampling
6%
Raman Spectroscopy
5%
Lanthanoid Atom
5%
Thermal Ionization Mass Spectrometry
5%
Solidus
5%
Hydrocarbon
5%
Kinematics
5%