conditions that go beyond those specified in current habitability models that at their mostextensive, stipulate only conditions for comfort and well-being. As crews will foreseeably spendyears in space—and eventually lifetimes or generations—a new level of adaptation must addressour longevity and subsequent evolution.Figure 5: Maslow’s Hierarchy of Needs 6To that end, a fourth level of habitability should be added to NASA’s existing standard:one that speaks to how we adapt to our environments—not just physiologically andpsychologically, but also evolutionally, as migrating to space will be the greatest catalyst forhuman transformation (Finney, 1986). The design features that must be cultivated in order topromote this level of adaptability should instill qualities of resilience, robustness, anddurability—in short, what is required not just for habitability, but also for longevity once wehave migrated beyond the protective atmosphere of Earth.IV.ObservationsWhat differentiates traits of a fourth level of habitability from those typically associatedwith habitability revolves around the degree of engagement. Well-being, comfort, and quality oflife are generally passive conditions, which to some extent can be achieved through a shielding6 Image by Elizabeth Song Lockard.© 2015 Astrosociology Research Institute76
from the hazardous conditions of the environment. Conditions that promote evolutionaladaptability, on the other hand, require an active engagement and negotiation with the resistantelements of the environment. Adaptation, by its nature, cannot occur in circumstances void ofstress or demands. Through confrontation with the physical surroundings and throughovercoming obstacles, all living things “grow hardier and more capable; thus they are morelikely to endure” (Lockard, 2014, p.39). This directive makes imperative the need to createnegotiative mechanisms to encourage increased interaction with the physical environment whichleads to greater familiarity, reduced feelings of alienation and hostility, and a sense of belonging(Lockard, 2005 and 2006; Gallagher, 2001). If we are truly thinking in the long-term—not justmonths and years, but lifetimes and generations in space—then we would be remiss not toconsider the conditions that will help us develop the ability to endure, not just survive.ReferencesBinsted, K., Kobrick, R. L., O’Griofa, M., Bishop, S., and Lapierre, J. (2010). Human factorsresearch as part of a Mars exploration analogue mission on Devon Island. Planetary andSpace Science, 58(7–8), 994–1006.Bishop, S. L., Kobrick, R., Battler, M., and Binsted, K. (2010). FMARS 2007: Stress and copingin an arctic Mars simulation. Acta Astronautica, 66(9), 1353-1367.Carrere, S., Evans, G. W., and Stokols, D. (1991). Winter-over stress: Physiological andpsychological adaptation to an Antarctic isolated and confined environment. In Harrison,A., Clearwater, Y., and McKay, C. (Eds.), From Antarctica to outer space (pp. 229-237).New York, NY: Springer-Verlag.Dator, J. (2012). Social foundations of human space exploration. New York, NY: SpringerPublishing.Dudley-Rowley, M., Nolan, P., Bishop, S., Farry, K., and Gangale, T. (2001). Ten missions, twostudies: Crew composition, time, and subjective experience in Mars-analog expeditions.In Proceedings of the Third International Convention of the Mars Society.Dudley-Rowley, M., Okushi, J., Gangale, T., Flores, P., and Diaz, E. (September 2003). Designimplications of latent challenges to the long-duration space mission. In Proceedings ofthe AIAA meeting in Long Beach, California (Vol. 24).Dudley-Rowley, M., Whitney, S., Bishop, S., Caldwell, B., Nolan, P., and Gangale, T. (2002).Crew size, composition, and time: Implications for habitat and workplace design inextreme environments. American Institute for Aeronautics and Astronautics, 6111, 13.Finney, B., and Jones, E. (Eds.), (1986). Interstellar migration and the human experience.Berkeley, Los Angeles, CA: University of California Press.Gallagher, W. (2001). The power of place. Cambridge, MA: Harvard University Press.© 2015 Astrosociology Research Institute77
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effects are likely to be based on h
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perhaps brain inaccessible to earth
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Whereas life has not been discovere
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