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About

Oana Sandu is a leading figure in planetary analog research, whose work bridges the gap between Earth-bound field tests and future interplanetary exploration. Her primary research areas include Mars analog missions, astrobiology, and the development of operational protocols for remote science support. Sandu’s most notable contribution is her leadership of the MARS2013 Mars Analog Mission, a four-week field test in the northern Sahara, which she detailed in a highly cited 2014 paper (40 citations). This mission simulated martian surface exploration conditions, with a field crew in Morocco operating under the supervision of a Mission Support Center in Innsbruck, Austria. Through 19 integrated experiments, Sandu demonstrated how real-time remote science support can effectively guide field operations—a critical capability for future crewed Mars missions. Her work has shaped best practices for planetary field analog studies, influencing how researchers design and execute high-fidelity simulations. By proving the viability of distributed mission control, Sandu has helped lay the groundwork for the operational frameworks that will one day support human explorers on the Red Planet.