A review of global ocean temperature observations: Implications for ocean heat content estimates and climate change

A review of global ocean temperature observations: Implications for ocean heat content estimates and climate change

Source :

• Reviews of Geophysics [ 8755-1209 ] ; 2013-09.

Descripteurs français

• Wicri :
  • topic : Changement climatique, Base de données, Métadonnée, Océan, énergie thermique.

English descriptors

• KwdEn :
  • Abraham, Abyssal, Accuracy requirement, Altimetry, Anomaly, Antarctic, Antarctic bottom water, Anthropogenic, Antonov, Apparent temperature bias, Argo, Argo array, Argo data, Argo program, Atmos, Atmospheric research, Autonomous, Bathythermograph, Bias, Bias correction schemes, Bias values, Bindoff, Bottom waters, Boundary currents, Bourdon tube, Boyer, Cambridge univ, Clim, Climate change, Climate model simulations, Climate system, Climatological, Climatological reference, Correction, Corrections, Ctds, Data assembly centers, Data bias, Data center, Data sets, Database, Dbar, Decadal, Deep argo, Deep ocean, Deep ocean heat content, Deep xbts, Deployment, Depth biases, Depth corrections, Depth range, Different types, Domingues, Drop height, Druck, Dynamic model, Dynamic models, Energy imbalance, Enso, Error bars, Expendable, Expendable bathythermograph, Expendable bathythermographs, Fall rate, Fasullo, Fourth assessment report, Future directions, Geophys, Gilson, Gleckler, Glider, Global, Global energy, Global ocean, Global ocean heat content, Global temperature, Goni, Gouretski, Hamon, Hanawa, Heat content, Heat storage, Heat uptake, Hydrographic, Hydrographic observations, Imbalance, Instrumental biases, Interannual, Interannual variability, Intergovernmental panel, Ipcc, Ishii, Kimoto, Kizu, Lett, Level change, Level rise, Levitus, Linear trends, Lockheed martin sippican, Lyman, Marginal seas, Maximum depth, Mbts, Measure pressure, Mechanical bathythermograph, Median, Metadata, Modeling, Multidecadal, Multidecadal periods, Multidecadal timescales, Nansen, Nansen bottle, Noaa, Oat, Objective mapping, Observational estimates, Ocean, Ocean heat content, Ocean heat content estimates, Ocean heat uptake, Ocean observations, Ocean observations figure, Ocean surface, Ocean temperature, Ocean temperature measurements, Ocean temperatures, Ocean warming, Oceanic, Oceanic technol, Oceanogr, Oceanographic, Optimal interpolation, Phys, Physical oceanography, Physical science basis, Planetary energy imbalance, Planetary heat storage, Pressure bias, Pressure drift, Pressure sensor, Pressure values, Probe, Probe mass, Publication venice, Pure temperature, Purkey, Quality control, Reanalysis, Reference data, Reseghetti, Reverdin, Robust, Roemmich, Rossby, Salinity, Satellite altimeter, Satellite altimetry, Schuckmann, Sensor, Ship motion, Simple gridding, Solo whoi, Southern ocean, Spilhaus, Stammer, Standard errors, Strip chart recorders, Subsurface, Subsurface temperature, Surface temperature, Systematic errors, Technol, Technological advances, Temperature bias, Temperature drift, Temperature gradient, Temperature measurements, Temperature sensors, Thermal bias, Thermal energy, Thermal expansion, Thermistor, Thermosteric, Time period, Time series, Timescales, Tndp, Total bias, Total temperature bias, Transects, Traon, Trenberth, Unknown type, Upper ocean, Upper ocean warming, Variability, Vema channel, Warm bias, Warming, Warming rates, Water column, Water temperature, Water viscosity, Whoi, Wijffels, Woce, Wong, Woods hole, World ocean, World ocean circulation experiment, World ocean database, Xbts.
• Teeft :
  • Abraham, Abyssal, Accuracy requirement, Altimetry, Anomaly, Antarctic, Antarctic bottom water, Anthropogenic, Antonov, Apparent temperature bias, Argo, Argo array, Argo data, Argo program, Atmos, Atmospheric research, Autonomous, Bathythermograph, Bias, Bias correction schemes, Bias values, Bindoff, Bottom waters, Boundary currents, Bourdon tube, Boyer, Cambridge univ, Clim, Climate change, Climate model simulations, Climate system, Climatological, Climatological reference, Correction, Corrections, Ctds, Data assembly centers, Data bias, Data center, Data sets, Database, Dbar, Decadal, Deep argo, Deep ocean, Deep ocean heat content, Deep xbts, Deployment, Depth biases, Depth corrections, Depth range, Different types, Domingues, Drop height, Druck, Dynamic model, Dynamic models, Energy imbalance, Enso, Error bars, Expendable, Expendable bathythermograph, Expendable bathythermographs, Fall rate, Fasullo, Fourth assessment report, Future directions, Geophys, Gilson, Gleckler, Glider, Global, Global energy, Global ocean, Global ocean heat content, Global temperature, Goni, Gouretski, Hamon, Hanawa, Heat content, Heat storage, Heat uptake, Hydrographic, Hydrographic observations, Imbalance, Instrumental biases, Interannual, Interannual variability, Intergovernmental panel, Ipcc, Ishii, Kimoto, Kizu, Lett, Level change, Level rise, Levitus, Linear trends, Lockheed martin sippican, Lyman, Marginal seas, Maximum depth, Mbts, Measure pressure, Mechanical bathythermograph, Median, Metadata, Modeling, Multidecadal, Multidecadal periods, Multidecadal timescales, Nansen, Nansen bottle, Noaa, Oat, Objective mapping, Observational estimates, Ocean, Ocean heat content, Ocean heat content estimates, Ocean heat uptake, Ocean observations, Ocean observations figure, Ocean surface, Ocean temperature, Ocean temperature measurements, Ocean temperatures, Ocean warming, Oceanic, Oceanic technol, Oceanogr, Oceanographic, Optimal interpolation, Phys, Physical oceanography, Physical science basis, Planetary energy imbalance, Planetary heat storage, Pressure bias, Pressure drift, Pressure sensor, Pressure values, Probe, Probe mass, Publication venice, Pure temperature, Purkey, Quality control, Reanalysis, Reference data, Reseghetti, Reverdin, Robust, Roemmich, Rossby, Salinity, Satellite altimeter, Satellite altimetry, Schuckmann, Sensor, Ship motion, Simple gridding, Solo whoi, Southern ocean, Spilhaus, Stammer, Standard errors, Strip chart recorders, Subsurface, Subsurface temperature, Surface temperature, Systematic errors, Technol, Technological advances, Temperature bias, Temperature drift, Temperature gradient, Temperature measurements, Temperature sensors, Thermal bias, Thermal energy, Thermal expansion, Thermistor, Thermosteric, Time period, Time series, Timescales, Tndp, Total bias, Total temperature bias, Transects, Traon, Trenberth, Unknown type, Upper ocean, Upper ocean warming, Variability, Vema channel, Warm bias, Warming, Warming rates, Water column, Water temperature, Water viscosity, Whoi, Wijffels, Woce, Wong, Woods hole, World ocean, World ocean circulation experiment, World ocean database, Xbts.

Abstract

• https://api.istex.fr/document/5A22EC856060E54D88C5F8B0308932272224986B/fulltext/pdf

Affiliations:

• Allemagne, Argentine, Australie, France, Italie, Japon, Royaume-Uni, République populaire de Chine, États-Unis
• Californie, Hambourg, Illinois, Provence-Alpes-Côte d'Azur, Région de Tōhoku, Washington (État)
• Chicago, Hambourg, Sendai, Toulon
• Université de l'Illinois à Chicago, Université du Tōhoku

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