0 0 id:dbhsnb_thesis_0000001271 xml mycoreobject dbhsnb_thesis_0000001271 dbhsnb_thesis_0000001271 dbhsnb thesis dbhsnb_derivate_0000001822 2022-05-05T12:44:38.686Z 2014-12-11T13:16:30.811Z administrator editorT published 1 dbhsnb_derivate_0000001822 true true derivate_types:fulltext state:published doctype:epub doctype:epub.masterthesis rfc5646:en SDNB:550 institution:HSNB institution:HSNB.LG accesscondition:openaccess licenseinfo:metadata licenseinfo:metadata.cc0 licenseinfo:deposit licenseinfo:deposit.rightsgranted licenseinfo:work licenseinfo:work.rightsreserved state:published doctype:epub doctype:epub.masterthesis rfc5646:en SDNB:550 institution:HSNB institution:HSNB.LG accesscondition:openaccess licenseinfo:metadata licenseinfo:metadata.cc0 licenseinfo:deposit licenseinfo:deposit.rightsgranted licenseinfo:work licenseinfo:work.rightsreserved Computation of Precipitable Water Vapour Using GPS and Sparse Publicity Available Meteorological Data Case Studies in New Zealand and Europe Computation of Precipitable Water Vapour Using GPS and Sparse Publicity Available Meteorological Data Case Studies in New Zealand and Europe gnd:10115485-9 gnd:117513421X gnd:10115485-9 gnd:117513421X Andreas Krietemeyer Andreas Wehrenpfennig Prof.Dr. Paul Denys Dr. Hochschule Neubrandenburg Hochschule Neubrandenburg Fachbereich Landschaftswissenschaften und Geomatik Andreas Krietemeyer Andreas Wehrenpfennig Prof.Dr. Paul Denys Dr. Hochschule Neubrandenburg Hochschule Neubrandenburg Fachbereich Landschaftswissenschaften und Geomatik Andreas Krietemeyer Neubrandenburg Hochschule Neubrandenburg epub.masterthesis urn:nbn:de:gbv:519-thesis2014-0607-7 Precipitable Water Vapour Zenith Tropospheric Delay GPS Sparse Meteorological Data PWV Maps 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. 2014 2014 epub.masterthesis 1 Masterarbeit-Krietemeyer-2014.pdf 3236499 8d7eaa25b3e45f0fe4cf3d407766a73a dbhsnb/thesis2014-0607828823405MODS updated during DBHSNB migration in Mai 2022HochschulschriftAndreasKrietemeyerautVerfasserInComputation of Precipitable Water Vapour Using GPS and Sparse Publicity Available Meteorological DataCase Studies in New Zealand and EuropeenAndreasWehrenpfennigProf.Dr.dgsAkademischeR BetreuerInPaulDenysDr.dgsAkademischeR BetreuerInHochschule NeubrandenburgNeubrandenburg2014monographic20142014Hochschulbibliothek NeubrandenburgNeubrandenburg20142014Hochschulbibliothek Neubrandenburghttps://digibib.hs-nb.de/resolve/id/dbhsnb_thesis_0000001271Precipitable 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.Precipitable Water VapourZenith Tropospheric DelayGPSSparse Meteorological DataPWV Maps550 GeowissenschaftenFachbereich Landschaftswissenschaften und Geomatik10115485-9Hochschule Neubrandenburg01.09.2005 -dggGrad-verleihende Institution117513421XHochschule NeubrandenburgFachbereich Landschaftswissenschaften und GeomatikdggGrad-verleihende Institutionurn:nbn:de:gbv:519-thesis2014-0607-7frei zugänglich (Open Access)Lizenz Metadaten: CC0Nutzungsrechte erteiltalle Rechte vorbehalten 2014-12-11T13:16:30.811Z 2022-05-05T12:44:38.686Z editorT administrator fulltext file/dbhsnb_thesis_0000001271/dbhsnb_derivate_0000001822/Masterarbeit-Krietemeyer-2014.pdf [xslt]Saxon [urn]urn:nbn:de:gbv:519-thesis2014-0607-7 dbhsnb/thesis2014-0607 828823405 urn:nbn:de:gbv:519-thesis2014-0607-7 Andreas Krietemeyer Krietemeyer Andreas Computation of Precipitable Water Vapour Using GPS and Sparse Publicity Available Meteorological Data: Case Studies in New Zealand and Europe Masterarbeit master thesis Hochschule Neubrandenburg, 2014 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… open_access 2014 2014 epoch:21th_century rfc5646:en doctype:epub.masterthesis accesscondition:openaccess SDNB:550 ghb:GHB43 institution:HSNB.LG state:published 1731990317017595904