Earth and Planetary Sciences
Accelerator Mass Spectrometry
100%
Radiocarbon Dating
65%
Holocene
59%
Atmospherics
49%
Chondrite
35%
Arizona
34%
Radioactive Isotope
30%
Carbon 14
26%
Tree rings
25%
China
23%
Hungary
21%
Nuclides
19%
Sediment Core
18%
Meteor
17%
Climate Change
17%
Iron Age
15%
Radionuclide
15%
Antarctic Region
14%
Ordinary Chondrite
14%
Tree Ring
14%
Late Pleistocene
14%
Cosmogenic Radionuclide
13%
Fossil
13%
Tibetan Plateau
12%
Isotopic Composition
12%
Rare Gas
12%
California
12%
Amino Acid
12%
Planetary Atmosphere
12%
Rock Varnish
12%
Indian Ocean
12%
Africa
11%
Sedimentation Rate
11%
Arabian Sea
11%
Early Holocene
11%
Dating Method
11%
Breccia
11%
Petrography
11%
Pleistocene
11%
Erosion Rate
10%
Ice Sheet
10%
Oman
10%
Accumulation Rate
10%
Shergottites
9%
Geochronology
9%
Earth Surface
9%
Paleoclimate
9%
Planktonic foraminifera
8%
Last Glacial Maximum
8%
Last Glacial
8%
Keyphrases
Accelerator Mass Spectrometry
33%
Radiocarbon Dating
32%
Arizona
18%
10Be
17%
Terrestrial Age
17%
Tree Rings
16%
Tandem Accelerator
13%
Cosmogenic
13%
Accelerator Mass Spectrometer
12%
Carbon-14
11%
Cosmic Rays
11%
Radioisotopes
8%
Calibration Curve
8%
Organic Matter
7%
Radionuclides
7%
Geochronology
7%
Rock Varnish
7%
Production Rate
7%
Debrecen
6%
In Situ
5%
26Al
5%
Antarctic Meteorite
5%
Earth Surface
5%
In Situ 14C
5%