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The department for Planetary Geodesy at Technical University Berlin is developing routines for photogrammetric processing of planetaryimage data to derive 3D representations of planetary surfaces. The Integrated Software for Imagers and Spectrometers (ISIS)software (Anderson et al., 2004), developed by USGS, Flagstaff, is readily available, open source, and very well documented. Hence,ISIS was chosen as a prime processing platform and tool kit. However, ISIS does not provide a full photogrammetric stereo processingchain. Several components like image matching, bundle block adjustment (until recently) or digital terrain model (DTM) interpolationfrom 3D object points are missing. Our group aims to complete this photogrammetric stereo processing chain by implementing themissing components, taking advantage of already existing ISIS classes and functionality. We report here on the current status of thedevelopment of our stereo processing chain and its first application on the Lunar Apollo landing sites

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

Implementation of a Self-Consistent Stereo Processing Chain for 3D Stereo Reconstruction of the Lunar Landing Sites