life support for a lunar garden
TRANSCRIPT
Life Support for a Lunar Garden
Show germination in lunar gravity & radiation
Lunar Plant Experiment C. McKay, PI
R. Alena R. Bowman, A. Davé
Four Ames technologies fly with Google X-Prize
Support for human habitation
Four Ames technologies make life on the Moon possible
Light filtering solar concentrator
Plants engineered for the Moon
Wireless sensors and control
Microfluidics control
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Light Filtering Glenn Alers of UC Santa Cruz sponsored by Brad & Leslie Bebout
• Selective transmission for Photosynthetically active 400 – 700 nm • Absorbs UV and green and matches photosynthetic range • Minimizies heat load into closed greenhouse • Collects light even from oblique solar zenith angles
Wireless Sensors • Lowers launch mass • Requires Fewer pass-throughs • Reduces physical complexity
Rick Alena, Thom Stone of code T
New Work • Building prototypes • Testing in relevant environment • MoonEx integration
Contributors and Collaborators Nargis Adham Richard L. Alena, Glenn Alers, Jarren Baldwin, Brad M. Bebout, Leslie E. Bebout, Rosalba Bonaccorsi, Robert Boman, Matt Buffa, Steve Chelli, Arwen I. Dave,
Lynn Hofland, Chris Mckay, Hemil Modi, Emmett A.Quigley, Sangeeta Sankar, Thom Stone, Falguni G.Suthar, Ryan Walker, Benjamin John Wilcock, David Willson, Jan Winter