A computer search was performed on all useable Mariner 10 images of Mercury for which refined camera positions and orientations are available. Over 2000 valid stereo pairs have been found. The results of this search allowed us to construct a map illustrating the available stereo coverage and the corresponding stereo height accuracy across the surface of Mercury. Examples are given to illustrate the quality of the available stereo pairs and the resulting digital elevation models.</p
The MESSENGER spacecraft is determining Mercury’s global shape and topography by means of several co...
Features identified on Mariner 10 high resolution images of Mercury, acquired during three flybys be...
The ESA Bepi Colombo mission to Mercury is due for launch in 2009 and was initially intended to incl...
A computer search was performed on all useable Mariner 10 images of Mercury for which refined camera...
Polar stereographic, Lambert conformal or Mercator proj. Shaded relief maps covering that part of th...
From photogrammetric analysis of stereo images of Mercury obtained during three MESSENGER flybys, w...
The Mariner 10 television science subsystem was an improved version of the Mariner 9 system, using 1...
We produce high-resolution (222 m/grid element) Digital Terrain Models (DTMs) for Mercury usi...
The 11 papers in this issue, comprising the Mariner 10 imaging team final report, are brought togeth...
The Mercury Dual Imaging System (MDIS) on the Mercury Surface, Space ENvironment, GEochemistry, and ...
We have analyzed images of Mercury's limb obtained by MESSENGER'S Mercury Dual Imaging System for st...
MERC provides the capability to construct cross sections or topographic maps for parts of the surfac...
Among the scientific objectives addressed by the Radio Science Experiment hosted on board the ESA mi...
We selected approximately 10,500 narrow-angle camera (NAC) and wide-angle camera (WAC) images of Mer...
More than 60,000 images of Mercury were taken at ∼29° elevation during two sunrises, at 820 nm, and ...
The MESSENGER spacecraft is determining Mercury’s global shape and topography by means of several co...
Features identified on Mariner 10 high resolution images of Mercury, acquired during three flybys be...
The ESA Bepi Colombo mission to Mercury is due for launch in 2009 and was initially intended to incl...
A computer search was performed on all useable Mariner 10 images of Mercury for which refined camera...
Polar stereographic, Lambert conformal or Mercator proj. Shaded relief maps covering that part of th...
From photogrammetric analysis of stereo images of Mercury obtained during three MESSENGER flybys, w...
The Mariner 10 television science subsystem was an improved version of the Mariner 9 system, using 1...
We produce high-resolution (222 m/grid element) Digital Terrain Models (DTMs) for Mercury usi...
The 11 papers in this issue, comprising the Mariner 10 imaging team final report, are brought togeth...
The Mercury Dual Imaging System (MDIS) on the Mercury Surface, Space ENvironment, GEochemistry, and ...
We have analyzed images of Mercury's limb obtained by MESSENGER'S Mercury Dual Imaging System for st...
MERC provides the capability to construct cross sections or topographic maps for parts of the surfac...
Among the scientific objectives addressed by the Radio Science Experiment hosted on board the ESA mi...
We selected approximately 10,500 narrow-angle camera (NAC) and wide-angle camera (WAC) images of Mer...
More than 60,000 images of Mercury were taken at ∼29° elevation during two sunrises, at 820 nm, and ...
The MESSENGER spacecraft is determining Mercury’s global shape and topography by means of several co...
Features identified on Mariner 10 high resolution images of Mercury, acquired during three flybys be...
The ESA Bepi Colombo mission to Mercury is due for launch in 2009 and was initially intended to incl...