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Marine Geodesy Volume 43, 2020 - Issue 2
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Articles

Validation of Marine Geoid Models by Utilizing Hydrodynamic Model and Shipborne GNSS Profiles

Sander VarblaDepartment of Civil Engineering and Architecture, Tallinn University of Technology, Tallinn, Estonia; Correspondence[email protected]
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Artu EllmannDepartment of Civil Engineering and Architecture, Tallinn University of Technology, Tallinn, Estonia; ;Estonian Land Board, Tallinn, EstoniaORCID Iconhttp://orcid.org/0000-0002-5512-8461View further author information
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Nicole Delpeche-EllmannDepartment of Cybernetics, Tallinn University of Technology, Tallinn, Estonia; View further author information
Pages 134-162 | Received 23 Sep 2019, Accepted 29 Nov 2019, Published online: 20 Jan 2020

Citations (14)

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Read on this site (3)

Timo Saari, Mirjam Bilker-Koivula, Hannu Koivula, Maaria Nordman, Pasi Häkli & Sonja Lahtinen. (2021) Validating Geoid Models with Marine GNSS Measurements, Sea Surface Models, and Additional Gravity Observations in the Gulf of Finland. Marine Geodesy 44:3, pages 196-214.
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Sander Varbla, Artu Ellmann & Nicole Delpeche-Ellmann. (2021) Applications of airborne laser scanning for determining marine geoid and surface waves properties. European Journal of Remote Sensing 54:1, pages 558-568.
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E. Sinem Ince, Christoph Förste, Franz Barthelmes, Hartmut Pflug, Min Li, Jānis Kaminskis, Karl-Hans Neumayer & Grzegorz Michalak. (2020) Gravity Measurements along Commercial Ferry Lines in the Baltic Sea and Their Use for Geodetic Purposes. Marine Geodesy 43:6, pages 573-602.
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Articles from other publishers (11)

Karin Kollo & Artu Ellmann. (2023) Geodetic advances in Estonia 2018–2022. Journal of Geodetic Science 13:1.
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Majid Mostafavi, Nicole Delpeche-Ellmann, Artu Ellmann & Vahidreza Jahanmard. (2023) Determination of Accurate Dynamic Topography for the Baltic Sea Using Satellite Altimetry and a Marine Geoid Model. Remote Sensing 15:8, pages 2189.
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Sander Varbla & Artu Ellmann. (2023) Iterative data assimilation approach for the refinement of marine geoid models using sea surface height and dynamic topography datasets. Journal of Geodesy 97:3.
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Vahidreza Jahanmard, Nicole Delpeche-Ellmann & Artu Ellmann. (2022) Towards realistic dynamic topography from coast to offshore by incorporating hydrodynamic and geoid models. Ocean Modelling 180, pages 102124.
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Aive Liibusk, Sander Varbla, Artu Ellmann, Kaimo Vahter, Rivo Uiboupin & Nicole Delpeche-Ellmann. (2022) Shipborne GNSS acquisition of sea surface heights in the Baltic Sea. Journal of Geodetic Science 12:1, pages 1-21.
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Sander Varbla. (2022) The Influence of Bathymetry on Regional Marine Geoid Modeling in Northern Europe. Journal of Marine Science and Engineering 10:6, pages 793.
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Sander Varbla, Aive Liibusk & Artu Ellmann. (2022) Shipborne GNSS-Determined Sea Surface Heights Using Geoid Model and Realistic Dynamic Topography. Remote Sensing 14:10, pages 2368.
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Sander Varbla, Jonas Ågren, Artu Ellmann & Markku Poutanen. (2022) Treatment of Tide Gauge Time Series and Marine GNSS Measurements for Vertical Land Motion with Relevance to the Implementation of the Baltic Sea Chart Datum 2000. Remote Sensing 14:4, pages 920.
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Zhimin Shi, Junjian Lang, Xinghui Liang, Zhibo Zhou, Aizhi Guo & Lintao Liu. (2021) Experimental study on improving the accuracy of marine gravimetry by combining moving-base gravimeters with GNSS antenna array. Earth, Planets and Space 73:1.
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Vahidreza Jahanmard, Nicole Delpeche-Ellmann & Artu Ellmann. (2021) Realistic dynamic topography through coupling geoid and hydrodynamic models of the Baltic Sea. Continental Shelf Research 222, pages 104421.
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Aive Liibusk, Tarmo Kall, Sander Rikka, Rivo Uiboupin, Ülo Suursaar & Kuo-Hsin Tseng. (2020) Validation of Copernicus Sea Level Altimetry Products in the Baltic Sea and Estonian Lakes. Remote Sensing 12:24, pages 4062.
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