date: 2020-02-17T13:37:31Z
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subject: GEODESY AND GRAVITY: Atmosphere monitoring with geodetic techniques, Satellite geodesy: results, Ocean monitoring with geodetic techniques, Global change from geodesy, Satellite geodesy: technical issues; GLOBAL CHANGE: Sea level change; MARINE GEOLOGY AND GEOPHYSICS: Ocean observatories and experiments, Gravity and isostasy; OCEANOGRAPHY: PHYSICAL: General circulation, Sea level: variations and mean, Surface waves and tides; RADIO SCIENCE: Radar atmospheric physics, Ionospheric physics, Radio oceanography, Instruments and techniques; SEISMOLOGY: Earthquake source observations, Seismicity and tectonics, Subduction zones; SPACE WEATHER: Satellite drag
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dc:title: Retrieving Precipitable Water Vapor From Shipborne Multi-GNSS Observations
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cp:subject: GEODESY AND GRAVITY: Atmosphere monitoring with geodetic techniques, Satellite geodesy: results, Ocean monitoring with geodetic techniques, Global change from geodesy, Satellite geodesy: technical issues; GLOBAL CHANGE: Sea level change; MARINE GEOLOGY AND GEOPHYSICS: Ocean observatories and experiments, Gravity and isostasy; OCEANOGRAPHY: PHYSICAL: General circulation, Sea level: variations and mean, Surface waves and tides; RADIO SCIENCE: Radar atmospheric physics, Ionospheric physics, Radio oceanography, Instruments and techniques; SEISMOLOGY: Earthquake source observations, Seismicity and tectonics, Subduction zones; SPACE WEATHER: Satellite drag
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pdf:docinfo:subject: GEODESY AND GRAVITY: Atmosphere monitoring with geodetic techniques, Satellite geodesy: results, Ocean monitoring with geodetic techniques, Global change from geodesy, Satellite geodesy: technical issues; GLOBAL CHANGE: Sea level change; MARINE GEOLOGY AND GEOPHYSICS: Ocean observatories and experiments, Gravity and isostasy; OCEANOGRAPHY: PHYSICAL: General circulation, Sea level: variations and mean, Surface waves and tides; RADIO SCIENCE: Radar atmospheric physics, Ionospheric physics, Radio oceanography, Instruments and techniques; SEISMOLOGY: Earthquake source observations, Seismicity and tectonics, Subduction zones; SPACE WEATHER: Satellite drag
pdf:docinfo:creator: Jungang Wang, Zhilu Wu, Maximilian Semmling, Florian Zus, Sebastian Gerland, Markus Ramatschi, Maorong Ge, Jens Wickert, Harald Schuh
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Author: Jungang Wang, Zhilu Wu, Maximilian Semmling, Florian Zus, Sebastian Gerland, Markus Ramatschi, Maorong Ge, Jens Wickert, Harald Schuh
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dc:description: GEODESY AND GRAVITY: Atmosphere monitoring with geodetic techniques, Satellite geodesy: results, Ocean monitoring with geodetic techniques, Global change from geodesy, Satellite geodesy: technical issues; GLOBAL CHANGE: Sea level change; MARINE GEOLOGY AND GEOPHYSICS: Ocean observatories and experiments, Gravity and isostasy; OCEANOGRAPHY: PHYSICAL: General circulation, Sea level: variations and mean, Surface waves and tides; RADIO SCIENCE: Radar atmospheric physics, Ionospheric physics, Radio oceanography, Instruments and techniques; SEISMOLOGY: Earthquake source observations, Seismicity and tectonics, Subduction zones; SPACE WEATHER: Satellite drag
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dc:creator: Jungang Wang, Zhilu Wu, Maximilian Semmling, Florian Zus, Sebastian Gerland, Markus Ramatschi, Maorong Ge, Jens Wickert, Harald Schuh
description: GEODESY AND GRAVITY: Atmosphere monitoring with geodetic techniques, Satellite geodesy: results, Ocean monitoring with geodetic techniques, Global change from geodesy, Satellite geodesy: technical issues; GLOBAL CHANGE: Sea level change; MARINE GEOLOGY AND GEOPHYSICS: Ocean observatories and experiments, Gravity and isostasy; OCEANOGRAPHY: PHYSICAL: General circulation, Sea level: variations and mean, Surface waves and tides; RADIO SCIENCE: Radar atmospheric physics, Ionospheric physics, Radio oceanography, Instruments and techniques; SEISMOLOGY: Earthquake source observations, Seismicity and tectonics, Subduction zones; SPACE WEATHER: Satellite drag
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title: Retrieving Precipitable Water Vapor From Shipborne Multi-GNSS Observations
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