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Sebastian Sams is a leading figure in Mars analog research, specializing in the design and execution of large-scale field simulations that replicate the challenges of human-robotic exploration on the Red Planet. His major contributions center on orchestrating complex, multinational missions that test operational protocols, communication delays, and scientific workflows under extreme terrestrial conditions. His most-cited work, "The MARS2013 Mars Analog Mission" (40 citations), details a 4-week field test in the northern Sahara, where a field crew in Morocco conducted 19 experiments under simulated martian conditions, supervised remotely from Austria. This foundational study paved the way for subsequent missions, including the AMADEE-15 simulation (20 citations) and the AMADEE-18 expedition in Oman (19 citations), the latter involving researchers from 25 nations. Through these efforts, Sams has demonstrated how analog environments can validate mission architectures, enhance remote science support, and train crews for future planetary exploration. His work is essential reading for students and researchers interested in the practical challenges of Mars surface operations.