Earth and Planetary Sciences
Atmospherics
100%
Bottom Water
17%
Calcite
18%
Carbon 14
86%
Carbon Cycle
26%
Carbon Dioxide Emission
19%
Chemical Weathering
13%
China
25%
Climate Change
26%
Climate Modeling
12%
Deep Water
12%
Early Triassic
18%
Earth Surface
10%
Earth System Model
11%
Eocene
73%
Florida
26%
Geochemical Cycle
15%
Geochemistry
29%
Global Carbon Cycle
18%
Global Warming
17%
Hydrothermal System
12%
Isotopic Composition
12%
Late Ordovician
13%
Mass Extinction
73%
Nannoplankton
14%
Ocean Acidification
16%
Ocean Surface
13%
Organic Carbon
21%
Organic Matter
31%
Paleocene
67%
Paleoclimate
15%
Permian
77%
Permian-Triassic Boundary
18%
Petrography
14%
Phanerozoic
41%
Photic Zone
12%
Planetary Atmosphere
32%
Precambrian
12%
Sea Level
16%
Sulfide
25%
Sulfur Isotopes
18%
Surface Water
23%
Terrestrial Ecosystem
11%
Turonian
11%
United States of America
22%
Volcanism
19%
Water Column
16%
Weathering Rate
11%
Keyphrases
Anoxia
31%
Archean
18%
Atmospheric CO2
42%
Atmospheric Oxygen
21%
Bottom Water
13%
Carbon Cycle
16%
Carbon Dioxide
15%
Carbon Isotope Excursion
19%
Carbon Isotope Record
17%
Carbon Isotopes
34%
Carbon Release
16%
Carbonate
33%
Chemocline
20%
Climate Change
16%
Early Eocene
14%
Earth History
23%
Earth System
17%
Earth System Model
17%
End-Permian
18%
End-Permian Mass Extinction
52%
Euxinia
15%
Euxinic
21%
Florida Keys
24%
Geochemical Evidence
16%
Glaciation
15%
Global Carbon Cycle
20%
Global Warming
19%
Great Oxidation Event
13%
Isotope Records
15%
Isotopic Evidence
20%
Late Ordovician
13%
Lithology
16%
Mass Extinction
37%
Ocean Acidification
18%
Organic Carbon
18%
Organic Carbon Burial
17%
Paleocene-Eocene Thermal Maximum
54%
Paleoclimate
16%
Paleoproterozoic
13%
Partial Pressure of CO2 (pCO2)
21%
Permian-Triassic Boundary
15%
Phanerozoic
34%
Phosphate
15%
Seawater
18%
South China
15%
Sulfur Isotopes
18%
Surface Water
24%
Thermal Maximum
13%
Wastewater
16%
Water Column
25%