Computation of precipitable water vapour using GPS and sparse publicity available meteorological data
cas estudies in New Zealnd and Europe
Krietemeyer, Andreas
aut
Wehrenpfennig, Andreas
Gutachter
oth
Denys, Paul
Gutachter
oth
text
nicht spezifiziert
gw
2014
monographic
XA-DE-MV
2014
eng
Online-Ressource
Precipitable Water Vapour (PWV) data is used in meteorology studies and is not always easy to obtain. This project combines GPS derived Zenith Tropospheric Delay (ZTD) together with meteorological data for the estimation of PWV. Stations with both, meteorological and GPS on-site measurements available are used to produce reference data (verification stations). The work shows a possible way to take existing GPS stations without on-site meteorological observations for the PWV estimation by interpolating temperature and pressure measurements from sparse, publicity available, meteorological sites.
Andreas Krietemeyer
HS, Fachbereich Landschaftswissenschaften und Geomatik, Masterthesis, 2014
rakwb
DE-627
150703
828823405
20160609T023347.0
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