Atmospheric water vapour is extremely variable on almostall scales, mainly in the troposphere Its distribution and variation knowledge is still incomplete and long term changes, mainly in the upper troposphere, are difficult to evaluateLong time satellite observations, collected since severalyears, could be useful for a better comprehension ofmoisture climatology.Objectives of our work is: • integrate tropospheric humidity satellite observations withanalysis dataset in order to estimate daily middle/upperprecipitable water (MUPW)• check its consistence with known moisture climatic fields
Middle-upper water vapour estimation from MSG/UTH products combined with NCEP/NCAR analysis / Malmusi, Simona; Boccolari, Mauro. - ELETTRONICO. - (2008), pp. 1-17. (Intervento presentato al convegno First Workshop on atmospheric water vapour measurements tenutosi a Lindenberg (Germany) nel 21-23 May 2008).
Middle-upper water vapour estimation from MSG/UTH products combined with NCEP/NCAR analysis
MALMUSI, Simona;BOCCOLARI, Mauro
2008
Abstract
Atmospheric water vapour is extremely variable on almostall scales, mainly in the troposphere Its distribution and variation knowledge is still incomplete and long term changes, mainly in the upper troposphere, are difficult to evaluateLong time satellite observations, collected since severalyears, could be useful for a better comprehension ofmoisture climatology.Objectives of our work is: • integrate tropospheric humidity satellite observations withanalysis dataset in order to estimate daily middle/upperprecipitable water (MUPW)• check its consistence with known moisture climatic fields
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