Article
Open Access
The geoid or quasigeoid – which reference surface should be preferred for a national height system?
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L. E. Sjöberg
Published/Copyright:
September 7, 2013
Published Online: 2013-09-07
Published in Print: 2013-09-1
Articles in the same Issue
- Various parameterizations of “latitude” equation – Cartesian to geodetic coordinates transformation
- The effect of tunnelling on repeated precise levelling measurements for vertical deformation control of the Metro4 project
- The geoid or quasigeoid – which reference surface should be preferred for a national height system?
- Errata to article Sjöberg, L.E. (2012), Journal of Geodetic Science 2: 162-171 entitled Solutions to the ellipsoidal Clairaut constant and the inverse geodetic problem by numerical integration
- The effect of correlation on uncertainty estimates – with GPS examples
- GPS monitoring of bedrock stability at Olkiluoto nuclear waste disposal site in Finland from 1996 to 2012
- Global sea level trends in the presence of variable sea level velocities, and variable accelerations
- Accuracy assessment of test flights using the Turnkey Airborne Gravity System over Alabama in 2008
Keywords for this article
analytical continuation;
geoid;
normal height;
orthometric height;
quasigeoid
Articles in the same Issue
- Various parameterizations of “latitude” equation – Cartesian to geodetic coordinates transformation
- The effect of tunnelling on repeated precise levelling measurements for vertical deformation control of the Metro4 project
- The geoid or quasigeoid – which reference surface should be preferred for a national height system?
- Errata to article Sjöberg, L.E. (2012), Journal of Geodetic Science 2: 162-171 entitled Solutions to the ellipsoidal Clairaut constant and the inverse geodetic problem by numerical integration
- The effect of correlation on uncertainty estimates – with GPS examples
- GPS monitoring of bedrock stability at Olkiluoto nuclear waste disposal site in Finland from 1996 to 2012
- Global sea level trends in the presence of variable sea level velocities, and variable accelerations
- Accuracy assessment of test flights using the Turnkey Airborne Gravity System over Alabama in 2008
