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About

Alexander L. Forrest is a pioneering researcher at the intersection of autonomous underwater robotics, space analog science, and polar ecology. His work is defined by a unique fusion of planetary exploration and ocean engineering, where he leverages underwater environments as terrestrial analogs for space missions. Forrest’s major contributions include leading the historical synthesis of the Pavilion Lake Research Project (40 citations), which established protocols for using subaqueous settings to train astronauts for lunar and Martian exploration. He has also advanced autonomous underwater vehicle (AUV) technology, authoring key reviews on emerging mapping techniques (28 citations) and evaluating underwater platforms for space exploration applications (16 citations). Notably, his research on the NEEMO space analog mission (7 citations) has shaped multi-platform ocean exploration strategies. In polar science, Forrest developed autonomous robotic sampling methods to capture spatial heterogeneity in Antarctic sea ice algae communities (2 citations), demonstrating how AUVs can address critical climate change questions. His work on autonomous multi-platform docking and homing systems (2 citations) further pushes the boundaries of coordinated robotic operations. With a career spanning space analog missions, polar robotics, and autonomous systems, Forrest continues to inspire researchers exploring the frontiers of both Earth’s oceans and outer space.