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Stable isotopic composition of water vapor in the tropics
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Citations
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References
2004
Year
EngineeringMarine ChemistryOceanographyWater VaporEarth ScienceMarine MeteorologyAtmospheric ScienceWater Vapor SamplesOceanic SystemsAtmosphere Of EarthHydrometeorologyMeteorologyChemical OceanographyOceanic ForcingClimate DynamicsClimatologyPhysical OceanographyStorm ActivityIsotope GeochemistryAtmospheric ProcessMean δ 18Geochemistry
Water vapor samples collected during tropical field experiments at Puerto Escondido, Mexico, near Kwajalein (KWAJEX), and near Key West, Florida (CAMEX 4), were analyzed for their stable isotope contents, 1 H 2 18 O: 1 H 2 16 O and 2 H 1 H 16 O: 1 H 2 16 O. Highest δ 18 O values approached isotopic equilibrium with seawater during quiescent weather or in regions of isolated or disorganized convection. Lowest δ 18 O values occurred in or downwind from regions of organized mesoscale weather disturbances and ranged as low as 15‰ below isotopic equilibrium with seawater. The mean δ 18 O value of vapor over the sea surface therefore decreases as storm activity and organization increases.
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