A global model for the uptake of atmospheric hydrogen by soils

A global model for the uptake of atmospheric hydrogen by soils

Source :

• Global Biogeochemical Cycles [ 0886-6236 ] ; 2012-09.

Descripteurs français

• Pascal (Inist)
  • Consommation, Couverture neige, Cycle, Description, Diffusion, Dynamique, Etude en laboratoire, Hydrogène, Modèle, Monde, Problème inverse, Profondeur, Sol, Température, Teneur eau, Végétation.
• Wicri :
  • topic : Changement climatique, Consommation, Hydrogène, Répartition géographique, Simulation, Type de sol.

English descriptors

• KwdEn :
  • Artificial increase, Atmospheric hydrogen, Atmospheric inversion, Atmospheric methane, Auxiliary material, Biological oxidation, Biological processes, Biological uptake, Bousquet, Climate change, Climatic data, Climatic inputs, Corresponding grid cells, Deposition, Deposition velocities, Deposition velocity, Different scenarios, Downey, Ehhalt, Field measurements, Fossil fuel combustion, Full model sensitivity, Geographical distribution, Geophys, Global, Global biogeochem, Global distribution, Global estimate, Global model, Global scale, Global soil, Global soil uptake, Global trend, Global uptake, Good agreement, Grid, Grid cell, Grid cells, Heidelberg site, Hydrogen economy, Imperial college, Inactive layer, Interannual variability, Inversion, Inversion method, January, July, Kmax, Laboratory conditions, Laboratory experiments, Laboratory measurements, Laboratory study, Lallo, Large range, Loamy sand soil type, Loppi, Loppi site, Lower values, Maximum uptake, Methane, Mineral soil, Minimum uptake, Model outputs, Model results, Model simulations, Molecular hydrogen, Molecular hydrogen uptake, Morfopoulos, Northern hemisphere, Northern regions, Other land areas, Period soil water, Personal communication, Porosity, Primary productivity, Recent study, Region partition, Same period, Same range, Scenario, Seasonal cycle, Seasonal variation, Seasonal variations, Sensitivity test, Sensitivity tests, Simple model, Simulation, Smith downey, Snow cover, Snow depth, Soil consumption, Soil model, Soil temperature, Soil type, Soil uptake, Soil uptake model, Soil uptake model figure, Soil water content, Soil water content effect, Soil water content function, Soil water fraction, Solid line, Southern hemisphere, Southern regions, Temperature dependency, Tropical america, Tropical asia, Tropical regions, Uptake, Uptake trend, Vegetation model, Volumetric soil water content, Yonemura, consumption, cycles, depth, description, diffusion, dynamics, global, hydrogen, inverse problem, models, soils, temperature, vegetation, water content.
• Teeft :
  • Artificial increase, Atmospheric hydrogen, Atmospheric inversion, Atmospheric methane, Auxiliary material, Biological oxidation, Biological processes, Biological uptake, Bousquet, Climate change, Climatic data, Climatic inputs, Corresponding grid cells, Deposition, Deposition velocities, Deposition velocity, Different scenarios, Downey, Ehhalt, Field measurements, Fossil fuel combustion, Full model sensitivity, Geographical distribution, Geophys, Global, Global biogeochem, Global distribution, Global estimate, Global model, Global scale, Global soil, Global soil uptake, Global trend, Global uptake, Good agreement, Grid, Grid cell, Grid cells, Heidelberg site, Hydrogen economy, Imperial college, Inactive layer, Interannual variability, Inversion, Inversion method, January, July, Kmax, Laboratory conditions, Laboratory experiments, Laboratory measurements, Lallo, Large range, Loamy sand soil type, Loppi, Loppi site, Lower values, Maximum uptake, Methane, Mineral soil, Minimum uptake, Model outputs, Model results, Model simulations, Molecular hydrogen, Molecular hydrogen uptake, Morfopoulos, Northern hemisphere, Northern regions, Other land areas, Period soil water, Personal communication, Porosity, Primary productivity, Recent study, Region partition, Same period, Same range, Scenario, Seasonal cycle, Seasonal variation, Seasonal variations, Sensitivity test, Sensitivity tests, Simple model, Simulation, Smith downey, Snow depth, Soil consumption, Soil model, Soil temperature, Soil type, Soil uptake, Soil uptake model, Soil uptake model figure, Soil water content, Soil water content effect, Soil water content function, Soil water fraction, Solid line, Southern hemisphere, Southern regions, Temperature dependency, Tropical america, Tropical asia, Tropical regions, Uptake, Uptake trend, Vegetation model, Volumetric soil water content, Yonemura.

Abstract

• https://api.istex.fr/document/002B9FCAA688A5B3E72417AA8A3C3E26603364BB/fulltext/pdf

Affiliations:

• Australie, France, Royaume-Uni
• Île-de-France
• Gif-sur-Yvette

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