Papers
2
Total Citations
11
H-Index
2
About
J. Gemperline is a researcher in planetary science and astrobiology, with a focus on optimizing robotic exploration strategies for Mars and other extraterrestrial environments. Their work centers on developing and testing operational protocols for rovers to efficiently select biologically relevant samples in challenging terrains. Gemperline’s major contributions include leading field tests at Mars analog sites, such as the GeoHeuristic Operational Strategies Test (GHOST), which evaluates data-acquisition and decision-making methods for robotic missions. Their 2020 study, cited 8 times, compared linear versus walkabout protocols for rover-based sample selection, providing critical insights for missions like Mars 2020. This work demonstrated how field simulations can refine science operations, balancing efficiency and scientific return. Additionally, their 2018 GHOST study, with 3 citations, tested Mars Science Laboratory protocols to identify best practices for robotic sample choice. Gemperline’s research bridges planetary geology and robotics, offering practical guidance for future missions. Their achievements include advancing the design of rover autonomy and decision-making frameworks, directly supporting NASA’s goals for astrobiological exploration. Through rigorous field testing, Gemperline has helped shape how scientists and engineers collaborate to maximize the discovery potential of robotic explorers.
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