Add to ORKGThe Dawn spacecraft, in orbit around the dwarf planet (1) Ceres since March 6, 2015, has carried out global imaging with the FC2 framing camera. In this study FC images are combined with topographic data from digital elevation models (DEMs) for geologic mapping and age determination with crater dize-frequency measurements
Introduction: NASA’s Dawn spacecraft was or-biting the dwarf planet Ceres in June 2015 in Survey o...
We used geologic mapping applied to Dawn spacecraft data as a tool to understand the geologic histor...
The purpose of this paper is to introduce the Geologic Mapping of Ceres Special Issue of Icarus, whi...
We conducted a geologic mapping investigation of Dawn spacecraft data to determine the geologic hist...
We conducted a geologic mapping investigation of Dawn spacecraft data to determine the geologic hist...
Since its arrival at Ceres, DAWNs Framing Camera has been imaging the dwarf planet at different alti...
Since its arrival at Ceres, Dawn's Framing Camera has been imaging the dwarf planet at different alt...
The Dawn Framing Camera repeatedly imaged Ceres’ North Pole quadrangle (Ac-1 Asari, latitudes >66°N)...
We conducted a geologic mapping investigation of Dawn spacecraft data to determine the geologic hist...
Herein we present the geologic mapping of the Ac-H-8 Nawish Quadrangle of Ceres, in order to identif...
The Dawn spacecraft arrived at dwarf planet Ceres in spring 2015 and imaged its surface from four su...
In December 2015, the Dawn spacecraft delivered the first images of the Low Altitude Mapping Orbit (...
The following thesis describes a combined approach of geologic mapping and ballistic calculations of...
When NASA's Dawn mission arrived at Ceres on March 6, 2015 it made history by becoming the first spa...
Introduction: NASA’s Dawn spacecraft arrived at Ceres on March 5, 2015, and has been studying the ...
Introduction: NASA’s Dawn spacecraft was or-biting the dwarf planet Ceres in June 2015 in Survey o...
We used geologic mapping applied to Dawn spacecraft data as a tool to understand the geologic histor...
The purpose of this paper is to introduce the Geologic Mapping of Ceres Special Issue of Icarus, whi...
We conducted a geologic mapping investigation of Dawn spacecraft data to determine the geologic hist...
We conducted a geologic mapping investigation of Dawn spacecraft data to determine the geologic hist...
Since its arrival at Ceres, DAWNs Framing Camera has been imaging the dwarf planet at different alti...
Since its arrival at Ceres, Dawn's Framing Camera has been imaging the dwarf planet at different alt...
The Dawn Framing Camera repeatedly imaged Ceres’ North Pole quadrangle (Ac-1 Asari, latitudes >66°N)...
We conducted a geologic mapping investigation of Dawn spacecraft data to determine the geologic hist...
Herein we present the geologic mapping of the Ac-H-8 Nawish Quadrangle of Ceres, in order to identif...
The Dawn spacecraft arrived at dwarf planet Ceres in spring 2015 and imaged its surface from four su...
In December 2015, the Dawn spacecraft delivered the first images of the Low Altitude Mapping Orbit (...
The following thesis describes a combined approach of geologic mapping and ballistic calculations of...
When NASA's Dawn mission arrived at Ceres on March 6, 2015 it made history by becoming the first spa...
Introduction: NASA’s Dawn spacecraft arrived at Ceres on March 5, 2015, and has been studying the ...
Introduction: NASA’s Dawn spacecraft was or-biting the dwarf planet Ceres in June 2015 in Survey o...
We used geologic mapping applied to Dawn spacecraft data as a tool to understand the geologic histor...
The purpose of this paper is to introduce the Geologic Mapping of Ceres Special Issue of Icarus, whi...