Schindelegger, Michael

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Schindelegger, Michael
 
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Results 21-40 of 108 (Search time: 0.003 seconds).

PreviewAuthor(s)TitleTypeIssue Date
21Schindelegger, Michael ; Dobslaw, Henryk A global ground truth view of the lunar air pressure tide L2Artikel Article 2016
22Madzak, Matthias ; Schindelegger, Michael ; Böhm, Johannes ; Bosch, Wolfgang ; Hagedoorn, Jan High-frequency Earth rotation variations deduced from altimetry-based ocean tidesArtikel Article 2016
23Boehm Johannes - 2015 - Development of an improved empirical model for slant...pdf.jpgBöhm, Johannes ; Möller, Gregor ; Schindelegger, Michael ; Pain, Gregory ; Weber, Robert Development of an improved empirical model for slant delays in the troposphere (GPT2w)Article Artikel Jul-2015
24Schindelegger, Michael The global S1 tide - a delicate signal for Earth rotation researchPräsentation Presentation2015
25Schindelegger, Michael System Earth: Current activities and future plansPräsentation Presentation2015
26Girdiuk, Anastasiia ; Schindelegger, Michael ; Böhm, Johannes the global radiational S1 tide - current Earth rotation research at TU WienPräsentation Presentation2015
27Schindelegger, Michael ; Einspigel, David Impact of the oceanics S1 tide on Earth's rotation - anwering questions related to dissipation and forcingPräsentation Presentation2015
28Schindelegger, Michael ASPIRE: mid-term reviewPräsentation Presentation2015
29Madzak, Matthias ; Schindelegger, Michael ; Böhm, Johannes ; Bosch, Wolfgang ; Hagedoorn, Jan ; Schuh, Harald A new high-frequency Earth rotation model in the analysis of VLBI observationsPräsentation Presentation2015
30Girdiuk, Anastasiia ; Schindelegger, Michael ; Madzak, Matthias ; Böhm, Johannes Atmospheric tidal effects in Earth rotation observed by VLBIPräsentation Presentation2015
31Girdiuk, Anastasiia ; Schindelegger, Michael ; Madzak, Matthias ; Böhm, Johannes Determination of atmospheric tidal effects in Earth rotation parameters by means of VLBIPräsentation Presentation2015
32Schindelegger, Michael ; Einspigel, David Numerical modeling of the oceanic S1 tide for Earth rotation studiesKonferenzbeitrag Inproceedings2015
33Schindelegger, Michael ; Böhm, Johannes ; Salstein, David A. The global S1 tide and Earth's nutation.Konferenzbeitrag Inproceedings2015
34Girdiuk, Anastasiia ; Böhm, Johannes ; Schindelegger, Michael ; Madzak, Matthias Observing atmospheric tides in Earth rotation parameters with VLBIKonferenzbeitrag Inproceedings2015
35Tercjak, Monika ; Böhm, Johannes ; Brzezinski, Aleksander ; Gebauer, Andre ; Klügel, Thomas ; Schreiber, Ulrich ; Schindelegger, Michael Estimation of nutation rares from combination of ring laser and VLBI dataKonferenzbeitrag Inproceedings2015
36Madzak, Matthias ; Schindelegger, Michael ; Böhm, Johannes ; Bosch, Wolfgang ; Hagedoorn, Jan ; Schuh, Harald An updated model of short-period Earth rotation variations deduced from altimetry-based elevations and barotropic currentsKonferenzbeitrag Inproceedings2015
37Böhm, Johannes ; Schindelegger, Michael ; Wijaya, Dudy Darmawan ; Karbon, Maria ; Salstein, David A. Global Geophysical Fluids Center: Contribution by TU WienPräsentation Presentation2015
38Schindelegger Michael - 2014 - Surface pressure tide climatologies deduced from...pdf.jpgSchindelegger, Michael ; Ray, Richard D. Surface pressure tide climatologies deduced from a quality-controlled network of barometric observationsArticle Artikel 1-Dec-2014
39Böhm, Johannes ; Krasna, Hana ; Schindelegger, Michael S1/S2 Loading EffectsPräsentation Presentation2014
40Schindelegger, Michael System Earth: Project activities and future plansPräsentation Presentation2014