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Triple oxygen isotope compositions of globally distributed soil carbonates record widespread evaporation of soil waters
Julia R. Kelson
, Tyler E. Huth
, Benjamin H. Passey
, Naomi E. Levin
, Sierra V. Petersen
, Paolo Ballato
,
Emily J. Beverly
, Daniel O. Breecker
, Gregory D. Hoke
, Adam M. Hudson
, Haoyuan Ji
, Alexis Licht
, Erik J. Oerter
, Jay Quade
Research output
:
Contribution to journal
›
Article
›
peer-review
18
Scopus citations
Overview
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Keyphrases
Soil Water
100%
Pedogenic Carbonate
100%
Oxygen Isotopes
100%
Soil Carbonate
100%
Triple Oxygen Isotopes
100%
Aridity
21%
Paleoclimate
14%
Evaporative
14%
VSMOW
14%
Arid Environment
14%
Snow
7%
Water Price
7%
Stable Isotope Ratios
7%
Past Climate
7%
Carbonate
7%
Geological Materials
7%
Soil Conditions
7%
Rain
7%
Growth Temperature
7%
Distributed Environment
7%
Improved Estimation
7%
Humid Environment
7%
Oxygen Isotope Fractionation
7%
Carbonate Formation
7%
Ancient Soils
7%
Clumped Isotopes
7%
Carbonated Water
7%
Isotope Kinetics
7%
Hyperarid
7%
Carbonate Mineralization
7%
Earth and Planetary Sciences
Soil Water
100%
Oxygen 18
100%
Aridity
60%
Paleoclimate
40%
Arid Environment
40%
Isotopic Composition
20%
Soil Condition
20%
Humid Environment
20%
Fractionation
20%