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J. C. Bridges is a leading figure in planetary science, whose research centres on the geological evolution of Mars and the development of methodologies for extraterrestrial exploration. His major contributions include pioneering the concept of "uninhabited habitats" on Mars, a framework that redefines how we identify and interpret potential biosignatures in extreme environments. This influential work, cited 67 times, has reshaped discussions on Martian astrobiology. Bridges further advanced the field by defining and promoting the use of "functional analogues" in planetary exploration. His 2021 paper on this subject, with 32 citations, provides a critical protocol for testing and validating instrumental setups prior to mission deployment, directly addressing the practical limitations of human and robotic exploration. By bridging the gap between terrestrial analogue studies and interplanetary missions, Bridges has provided the community with essential tools for optimising data interpretation. His work stands as a cornerstone for researchers seeking to prepare for the next generation of Mars exploration, ensuring that our search for life is both rigorous and methodologically sound.