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Authors from various
disciplines have published papers concerning the development,
maintenance and operation of a Martian Greenhouse.
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Bucklin, R.A., P. A.
Fowler, and J.D. Leary. 2000. Design needs for a Mars
deployable greenhouse. In: R.M. Wheeler and C.
Martin-Brennan (eds.) Mars Greenhouses: Concepts
and Challenges. NASA Tech. Mem. 208577.
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Bucklin,
R.A., J.D. Leary, V. Rygalov, Y. Mu, and P.A. Fowler.
2001. Design parameters for Mars deployable greenhouses.
SAE Technical Paper 2001-01-2428.
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Chamberlain, C., T. Graham, and M. Dixon. 2002.
Analysis of plant water relations under variable
pressure: technical challenges. SAE Technical Paper
2002-01-2382.
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Corey,
K.A., P.A. Fowler, and R.M. Wheeler. 2000. Plant
responses to rarified atmospheres. In: R.M.
Wheeler and C. Martin-Brennan (eds.) Mars
Greenhouses: Concepts and Challenges. NASA Tech. Mem.
208577.
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Corey, K.A.
2000. Testing plant responses to rarified atmospheres
for inflatable greenhouses. In: E.R. Hossler and
G. Buckingham (eds.) NASA / ASEE Summer Faculty
Fellowship program John F. Kennedy Space Center and
Univ. of Central Florida. NASA CR-2000-208586. pp.
207-216.
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Corey, K.A., D.J. Barta,
and R.M. Wheeler. 2002. Toward Martian agriculture:
Responses of plants to hypobaria. Life Sup. Biosphere
Sci. 8:103-114.
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Ferl, R.,
R.M. Wheeler, H.G. Levine, and A.L. Paul.
2002. Plants
in space. Current Opinions in Plant Biology 5:258-263.
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Fowler,
P.A., R.M. Wheeler, R.A. Bucklin, and K.A. Corey. 2000.
Low pressure greenhouse concepts for Mars. In:
R.M. Wheeler and C. Martin-Brennan (eds.) Mars
Greenhouses: Concepts and Challenges. NASA Tech. Mem.
208577.
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Fowler,
P.A. and R.A. Bucklin. 2000. Computer and
microcontroller techniques for instrumentation and
control systems in Advanced Life Support. SAE Technical
Paper 2000-01-2263.
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Fowler, P.A., S.
Yeralan, Y. Mu, R. A. Bucklin, V. Ye. Rygalov, R.
Wheeler, M. Dixon. 2002. Monitoring and control for
artificial climate design. SAE Technical Paper
2002-01-2286.
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Rygalov,
V.Ye., R.A. Bucklin, P.A. Fowler, and R.M. Wheeler.
2000. Preliminary estimates of the possibilities for
developing a deployable greenhouse for a planetary
surface (Mars). In: R.M. Wheeler and C.
Martin-Brennan (eds.) Mars Greenhouses: Concepts
and Challenges. NASA Tech. Mem. 208577.
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Rygalov,
V.Ye., R.A. Bucklin, A.E. Drysdale, P.A. Fowler, and R.M.
Wheeler. 2001. The potential for reducing the weight of
a Martian greenhouse.
SAE Technical Paper 2001-01-2360.
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Rygalov, V.Ye., R. A.
Bucklin, A. E. Drysdale, P. A. Fowler, R. M. Wheeler.
2002. Low pressure greenhouse concepts for Mars:
Atmospheric composition. SAE Technical Paper
2002-01-2392.
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Rygalov,
V.Y., P.A. Fowler, J.A. Metz, R.M. Wheeler, and R.A.
Bucklin. 2002. Water cycles in closed ecological
systems: Effects of atmospheric pressure. Life Support
and Biosphere Sci. 8:125-136.
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Wheeler,
R.M. 2000. Can CO2 be used as a pressurizing
gas for Mars greenhouses? In: R.M. Wheeler and C.
Martin-Brennan (eds.) Mars Greenhouses: Concepts
and Challenges. NASA Tech. Mem. 208577.
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Wheeler, R.M. and C.
Martin-Brennan. 2000. Mars Greenhouses: Concepts and
Challenges. Proceedings
from a 1999 Workshop.
NASA Tech. Mem. 208577.
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Wheeler, R.M. V.Ye. Rygalov, P.A.
Fowler, K.A. Corey, C.P. Guidi,
and J.C. Sager. 2001.
Mars greenhouses: A step toward bioregenerative life
support systems. In: Y. Tako, M. Shinohara, O.
Komatusbara, and K. Nitta (eds.) Advanced
Technology of Environment Control and Life Support.
Inst. Env. Sciences (IES), Rokkasho, Aomori, Japan.
pp. 81-86.
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Wheeler,
R.M., G.W. Stutte, G.V. Subarrao, and N.C. Yorio. 2001.
Plant growth and human life support for space travel. In:
M. Pessarakli (ed.), Handbook of Plant and Crop
Physiology 2nd Ed. pp. 925-941.
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Dome
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Tower
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SEBAC
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