Final Results from GOCE++ Dynamical Coastal Topography and Tide Gauge Unification Using Altimetry and GOCE.

O. Andersen, P. Knudsen, K. Nielsen, C. Hughes, P. Woodworth, L. Fenoglio-Marc, M. Gravelle, G. Woppelmann, S. Padillo, R. Bingham , M. Kern , S. Williams

Research output: Contribution to conferenceConference abstract for conferenceResearchpeer-review

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Abstract

The major results from the ESA – GOCE ++ project on the potential of ocean levelling as a novel approach to the study of height system unification taking the recent development in geoid accuracy trough GOCE data into account. The suggested investigation involves the use of measurements and modelling to estimate Mean Dynamic Topography (MDT) of the ocean along a
coastline which contributes/requires reconciling altimetry, tide gauge and vertical land motion. The fundamental use of the MDT computed using altimetry, ocean models or through the use of tide gauges has values of between -2 and +1 meters at different points in the ocean. However, close to the coast the determination of the MDT is problematic due to i.e., the altimeter footprint, land motion or parameterization/modelling of coastal currents. The presentation also outlines a new addendum to the project on the use of GPS reflectometry as Coastal tide gauge and the correspondence with SAR altimetry from Cryosat-2 and Sentinel-3.
Original languageEnglish
Publication date2018
Publication statusPublished - 2018
Event25 years of progress in radar altimetry symposium - , Portugal
Duration: 24 Sep 201829 Sep 2018

Conference

Conference25 years of progress in radar altimetry symposium
CountryPortugal
Period24/09/201829/09/2018

Cite this

Andersen, O., Knudsen, P., Nielsen, K., Hughes, C., Woodworth, P., Fenoglio-Marc, L., ... Williams, S. (2018). Final Results from GOCE++ Dynamical Coastal Topography and Tide Gauge Unification Using Altimetry and GOCE.. 201-202. Abstract from 25 years of progress in radar altimetry symposium, Portugal.
Andersen, O. ; Knudsen, P. ; Nielsen, K. ; Hughes, C. ; Woodworth, P. ; Fenoglio-Marc, L. ; Gravelle, M. ; Woppelmann, G. ; Padillo, S. ; Bingham , R. ; Kern , M. ; Williams, S. / Final Results from GOCE++ Dynamical Coastal Topography and Tide Gauge Unification Using Altimetry and GOCE. Abstract from 25 years of progress in radar altimetry symposium, Portugal.
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title = "Final Results from GOCE++ Dynamical Coastal Topography and Tide Gauge Unification Using Altimetry and GOCE.",
abstract = "The major results from the ESA – GOCE ++ project on the potential of ocean levelling as a novel approach to the study of height system unification taking the recent development in geoid accuracy trough GOCE data into account. The suggested investigation involves the use of measurements and modelling to estimate Mean Dynamic Topography (MDT) of the ocean along acoastline which contributes/requires reconciling altimetry, tide gauge and vertical land motion. The fundamental use of the MDT computed using altimetry, ocean models or through the use of tide gauges has values of between -2 and +1 meters at different points in the ocean. However, close to the coast the determination of the MDT is problematic due to i.e., the altimeter footprint, land motion or parameterization/modelling of coastal currents. The presentation also outlines a new addendum to the project on the use of GPS reflectometry as Coastal tide gauge and the correspondence with SAR altimetry from Cryosat-2 and Sentinel-3.",
author = "O. Andersen and P. Knudsen and K. Nielsen and C. Hughes and P. Woodworth and L. Fenoglio-Marc and M. Gravelle and G. Woppelmann and S. Padillo and R. Bingham and M. Kern and S. Williams",
year = "2018",
language = "English",
pages = "201--202",
note = "25 years of progress in radar altimetry symposium ; Conference date: 24-09-2018 Through 29-09-2018",

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Andersen, O, Knudsen, P, Nielsen, K, Hughes, C, Woodworth, P, Fenoglio-Marc, L, Gravelle, M, Woppelmann, G, Padillo, S, Bingham , R, Kern , M & Williams, S 2018, 'Final Results from GOCE++ Dynamical Coastal Topography and Tide Gauge Unification Using Altimetry and GOCE.', 25 years of progress in radar altimetry symposium, Portugal, 24/09/2018 - 29/09/2018 pp. 201-202.

Final Results from GOCE++ Dynamical Coastal Topography and Tide Gauge Unification Using Altimetry and GOCE. / Andersen, O.; Knudsen, P.; Nielsen, K.; Hughes, C.; Woodworth, P.; Fenoglio-Marc, L.; Gravelle, M.; Woppelmann, G.; Padillo, S.; Bingham , R.; Kern , M.; Williams, S.

2018. 201-202 Abstract from 25 years of progress in radar altimetry symposium, Portugal.

Research output: Contribution to conferenceConference abstract for conferenceResearchpeer-review

TY - ABST

T1 - Final Results from GOCE++ Dynamical Coastal Topography and Tide Gauge Unification Using Altimetry and GOCE.

AU - Andersen, O.

AU - Knudsen, P.

AU - Nielsen, K.

AU - Hughes, C.

AU - Woodworth, P.

AU - Fenoglio-Marc, L.

AU - Gravelle, M.

AU - Woppelmann, G.

AU - Padillo, S.

AU - Bingham , R.

AU - Kern , M.

AU - Williams, S.

PY - 2018

Y1 - 2018

N2 - The major results from the ESA – GOCE ++ project on the potential of ocean levelling as a novel approach to the study of height system unification taking the recent development in geoid accuracy trough GOCE data into account. The suggested investigation involves the use of measurements and modelling to estimate Mean Dynamic Topography (MDT) of the ocean along acoastline which contributes/requires reconciling altimetry, tide gauge and vertical land motion. The fundamental use of the MDT computed using altimetry, ocean models or through the use of tide gauges has values of between -2 and +1 meters at different points in the ocean. However, close to the coast the determination of the MDT is problematic due to i.e., the altimeter footprint, land motion or parameterization/modelling of coastal currents. The presentation also outlines a new addendum to the project on the use of GPS reflectometry as Coastal tide gauge and the correspondence with SAR altimetry from Cryosat-2 and Sentinel-3.

AB - The major results from the ESA – GOCE ++ project on the potential of ocean levelling as a novel approach to the study of height system unification taking the recent development in geoid accuracy trough GOCE data into account. The suggested investigation involves the use of measurements and modelling to estimate Mean Dynamic Topography (MDT) of the ocean along acoastline which contributes/requires reconciling altimetry, tide gauge and vertical land motion. The fundamental use of the MDT computed using altimetry, ocean models or through the use of tide gauges has values of between -2 and +1 meters at different points in the ocean. However, close to the coast the determination of the MDT is problematic due to i.e., the altimeter footprint, land motion or parameterization/modelling of coastal currents. The presentation also outlines a new addendum to the project on the use of GPS reflectometry as Coastal tide gauge and the correspondence with SAR altimetry from Cryosat-2 and Sentinel-3.

M3 - Conference abstract for conference

SP - 201

EP - 202

ER -

Andersen O, Knudsen P, Nielsen K, Hughes C, Woodworth P, Fenoglio-Marc L et al. Final Results from GOCE++ Dynamical Coastal Topography and Tide Gauge Unification Using Altimetry and GOCE.. 2018. Abstract from 25 years of progress in radar altimetry symposium, Portugal.