Seven years of GRACE intersatellite range-rate measurements are used to test the new ocean tide model FES2014 and to compare against similar results obtained with earlier models. These qualitative assessments show that FES2014 represents a marked improvement in accuracy over its earlier incarnation, FES2012, with especially notable improvements in the Arctic Ocean for constituents K(sub 1) and S(sub 2). Degradation appears to have occurred in two anomalous regions: the Ross Sea for the O(sub 1) constituent and the Weddell Sea for M(sub 2)
Ocean tide model imperfections are one of the major uncertainty factors in gravity field recovery. U...
To the best of our knowledge, one or more authors of this paper were federal employees when contribu...
Monthly gravity field recovery using data from the GRACE and GRACE Follow-On missions includes error...
The GRACE dual satellite mission (launched in March, 2002) offers the possibility of computing month...
To mitigate temporal aliasing effects in monthly mean global gravity fields from the GRACE and GRACE...
Models are routinely used to remove the effects of global ocean tides from GRACE data during process...
A new global ocean tide model named DTU10 (developed at Technical University of Denmark) representin...
Climate change causes alterations in large scale mass transport patterns in the ocean, cryosphere an...
Examines the accuracy of ocean tide models in the Nordic seas. Tidal gravity observations; Computati...
To mitigate temporal aliasing effects in monthly mean global gravity fields from the GRACE and GRACE...
The recently upgraded barotropic tidal model TiME is employed to study the influence of fundamental ...
Examines the accuracy of ocean tide models in the Nordic seas. Tidal gravity observations; Computati...
The Gravity Recovery and Climate Experiment (GRACE) provides estimates of the Earth's time-variable ...
Ocean tides under the large Weddell Sea ice shelves are among the least well observed on Earth. Here...
Monthly gravity field recovery using data from the GRACE and GRACE Follow-On missions includes error...
Ocean tide model imperfections are one of the major uncertainty factors in gravity field recovery. U...
To the best of our knowledge, one or more authors of this paper were federal employees when contribu...
Monthly gravity field recovery using data from the GRACE and GRACE Follow-On missions includes error...
The GRACE dual satellite mission (launched in March, 2002) offers the possibility of computing month...
To mitigate temporal aliasing effects in monthly mean global gravity fields from the GRACE and GRACE...
Models are routinely used to remove the effects of global ocean tides from GRACE data during process...
A new global ocean tide model named DTU10 (developed at Technical University of Denmark) representin...
Climate change causes alterations in large scale mass transport patterns in the ocean, cryosphere an...
Examines the accuracy of ocean tide models in the Nordic seas. Tidal gravity observations; Computati...
To mitigate temporal aliasing effects in monthly mean global gravity fields from the GRACE and GRACE...
The recently upgraded barotropic tidal model TiME is employed to study the influence of fundamental ...
Examines the accuracy of ocean tide models in the Nordic seas. Tidal gravity observations; Computati...
The Gravity Recovery and Climate Experiment (GRACE) provides estimates of the Earth's time-variable ...
Ocean tides under the large Weddell Sea ice shelves are among the least well observed on Earth. Here...
Monthly gravity field recovery using data from the GRACE and GRACE Follow-On missions includes error...
Ocean tide model imperfections are one of the major uncertainty factors in gravity field recovery. U...
To the best of our knowledge, one or more authors of this paper were federal employees when contribu...
Monthly gravity field recovery using data from the GRACE and GRACE Follow-On missions includes error...