A. L. Gullikson

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About

A. L. Gullikson is a planetary scientist whose research focuses on the geological evolution of the Moon and Mars, with a particular emphasis on impact cratering, volcanic processes, and the potential for in-situ resource utilization. Her most-cited work, "Robotic traverse and sample return strategies for a lunar farside mission to the Schrödinger basin" (2014, 46 citations), exemplifies her expertise in mission planning and site characterization. This paper outlines a detailed strategy for robotic exploration and sample return from one of the Moon’s most scientifically compelling impact basins, integrating geological mapping with operational constraints to maximize science return. Gullikson’s contributions have advanced our understanding of lunar stratigraphy and the timing of volcanic activity, providing critical context for future human and robotic exploration. Her work often bridges field geology and remote sensing, using high-resolution imagery and topographic data to reconstruct ancient landscapes. With a growing citation impact, Gullikson is recognized for her methodical approach to planetary surface processes and her role in shaping the next generation of lunar exploration targets, making her a key voice in the ongoing effort to unravel the Moon’s complex history.