Abstract. Previous Australian gravimetric geoid models have used the approximation of a constant topographic bulk density during their computation. However, this is unrealistic because the Australian continent is host to complicated geological structures, with many large contrasts in topographic density. Therefore, this paper presents the first results of the effect of using topographic bulk density data on gravimetric geoid computations over a well-controlled test area in Western Australia. This area has been chosen because there is a significant change in topographic bulk density along the Darling Fault, which can reach approximatel
The treatment of gravity and terrain data prior to any gravimetric geoid computation is critical. I...
The free air geoid, which is the co-geoid obtained by the use of free air anomalies in Stokes ’ inte...
This study compares global geopotential models released between 1996 and 2002, including four that i...
In regions where additional, spatially dense gravity and terrain information are available to augmen...
This paper investigates the effects of the terrain on the geoid as part of the computation of a new ...
This paper compares the gridding of two types of terrestrial gravity anomaly prior to the computatio...
This paper compares the gridding of two types of terrestrial gravity anomaly prior to the computa-ti...
This paper compares the gridding of two types of terrestrial gravity anomaly prior to the computatio...
This paper presents the results of curiosity-driven experiments to determine how well, if at all, on...
The AUSGeoid98 gravimetric geoid model of Australia has been computed using data from the EGM96 glob...
A new, high resolution, high precision and accuracy gravimetric geoid of Australia has been produced...
The rationale is given for a new determination of the Australian gravimetric geoid. In preparation ...
Gravimetric geoid modelling in the Perth region of Western Australia has attracted much attention in...
The treatment of gravity and terrain data prior to any gravimetric geoid computation is critical. I ...
The commonly adopted remove-compute-restore (RCR) technique for regional gravimetric geoid determina...
The treatment of gravity and terrain data prior to any gravimetric geoid computation is critical. I...
The free air geoid, which is the co-geoid obtained by the use of free air anomalies in Stokes ’ inte...
This study compares global geopotential models released between 1996 and 2002, including four that i...
In regions where additional, spatially dense gravity and terrain information are available to augmen...
This paper investigates the effects of the terrain on the geoid as part of the computation of a new ...
This paper compares the gridding of two types of terrestrial gravity anomaly prior to the computatio...
This paper compares the gridding of two types of terrestrial gravity anomaly prior to the computa-ti...
This paper compares the gridding of two types of terrestrial gravity anomaly prior to the computatio...
This paper presents the results of curiosity-driven experiments to determine how well, if at all, on...
The AUSGeoid98 gravimetric geoid model of Australia has been computed using data from the EGM96 glob...
A new, high resolution, high precision and accuracy gravimetric geoid of Australia has been produced...
The rationale is given for a new determination of the Australian gravimetric geoid. In preparation ...
Gravimetric geoid modelling in the Perth region of Western Australia has attracted much attention in...
The treatment of gravity and terrain data prior to any gravimetric geoid computation is critical. I ...
The commonly adopted remove-compute-restore (RCR) technique for regional gravimetric geoid determina...
The treatment of gravity and terrain data prior to any gravimetric geoid computation is critical. I...
The free air geoid, which is the co-geoid obtained by the use of free air anomalies in Stokes ’ inte...
This study compares global geopotential models released between 1996 and 2002, including four that i...