C. Stoker
Papers
27
Total Citations
1,319
H-Index
15
About
C. Stoker is a prominent planetary scientist and astrobiologist whose research has fundamentally advanced humanity's understanding of Mars habitability and the technologies needed to explore it. Working primarily at NASA's Ames Research Center, Stoker has built a distinguished career at the intersection of Mars exploration, subsurface drilling technology, and the search for extraterrestrial life. Stoker's most celebrated contribution came through the Phoenix Mars Mission, with her work on Martian water ice earning 559 citations — a testament to the mission's landmark discovery of water at the Martian arctic landing site. Equally significant is her pioneering research into extraterrestrial drilling systems, cited nearly 200 times, which established critical frameworks for subsurface exploration across planetary bodies. Her leadership of the MARTE project — a simulated robotic drilling mission conducted at Río Tinto, Spain, one of Earth's most compelling Mars analog environments — produced multiple influential studies on biosignature detection, robotic mission design, and life-detection instrumentation. These efforts helped develop and validate instruments like the SOLID2 antibody array detector. Beyond Mars, Stoker's innovative spirit is evident in her early robotic submarine work in Antarctica, demonstrating a career-long commitment to using cutting-edge robotics to explore extreme, life-hosting environments and inform strategies for finding life beyond Earth.
Research Focus
Key Achievements
Top Papers
- 1H <sub>2</sub> O at the Phoenix Landing Site559 citations · 2009
- 2Drilling Systems for Extraterrestrial Subsurface Exploration194 citations · 2008
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