Advances in Space Research

Flight Equipment Design and Flight Experiment Results in CELSS Research
pp. 245-245(1)
Authors: Tibbitts T.W.; Wheeler R.M.

First Flight of the ASTROCULTURE&unknown; Experiment as A Part of The U.S. Shuttle/MIR Program
pp. 247-252(6)
Authors: Bula R.J.; Zhou W.

The C.E.B.A.S.-Minimodule: Behaviour of an Artificial Aquatic Ecological System During Spaceflight
pp. 253-262(10)
Authors: Bluem V.; Andriske M.; Paris F.; Voeste D.

Recent Advances in Technologies Required for a ''Salad Machine''
pp. 263-269(7)
Authors: Kliss M.; Heyenga A.G.; Hoehn A.; Stodieck L.S.

Evaluation of Planting Surfaces for Crop Production in Microgravity
pp. 271-279(9)
Author: Berkovich Y.A.

Development of A Plant Growth Unit for Growing Plants Over A Long-Term Life Cycle under Microgravity Conditions
pp. 281-288(8)
Authors: Kitaya Y.; Tani A.; Goto E.; Saito T.; Takahashi H.

Biomass Production System (BPS) Plant Growth Unit
pp. 289-298(10)
Authors: Morrow R.C.; Crabb T.M.

Approaches In the Determination of Plant Nutrient Uptake and Distribution in Space Flight Conditions
pp. 299-302(4)
Authors: Heyenga A.G.; Forsman A.; Stodieck L.S.; Hoehn A.; Kliss M.

Canopy Photosynthesis and Transpiration in Micro-Gravity: Gas Exchange Measurements Aboard MIR
pp. 303-306(4)
Authors: Monje O.; Bingham G.E.; Carman J.G.; Campbell W.F.; Salisbury F.B.; Eames B.K.; Sytchev V.; Levinskikh M.A.; Podolsky I.

The 'Gaseous' Environment in Sealed BRIC-100VC Canisters Flown on 'Mir' with Embryogenic Daylily Cell Cultures
pp. 307-310(4)
Authors: Levine H.G.; Anderson K.F.; Krikorian A.D.

Growth Protocols for Etiolated Soybeans Germinated within BRIC-60 Canisters Under Spaceflight Conditions
pp. 311-314(4)
Authors: Levine H.G.; Sharek J.A.; Johnson K.M.; Stryjewski E.C.; Prima V.I.; Martynenko O.I.; Piastuch W.C.

Astroculture&unknown; Root Metabolism and Cytochemical Analysis
pp. 315-318(4)
Authors: Porterfield D.M.; Barta D.J.; Ming D.W.; Morrow R.C.; Musgrave M.E.

Integration of Biological and Physical/Chemical Processes for Space Life Support Systems
pp. 321-321(1)
Author: Mitchell C.A.

Evaluation of Optimal Configuration of Hybrid Life Support System for Space
pp. 323-326(4)
Authors: Bartsev S.I.; Mezhevikin V.V.; Okhonin V.A.

Can Incineration Technology Convert CELSS Wastes to Resources for Crop Production ? A Working Hypothesis and some Preliminary Findings
pp. 327-333(7)
Authors: Wignarajah K.; Pisharody S.; Fisher J.W.

Integration Test Project of CEEF - - A Test Bed for Closed Ecological Life Support Systems -
pp. 335-338(4)
Authors: Nitta K.; Otsubo K.; Ashida A.

Protection of Part of a Celestial Body for the Scientific Benefit of Humankind: The Lunar Farside Crater Saha Proposal
pp. 341-341(1)
Author: Heidmann J.

A Pristine Radio Window on the Universe: Just One Lunar Crater, but Opened at all Frequencies
pp. 343-346(4)
Author: Heidmann J.

The Radio Hazard for Astronomy and SETI
pp. 347-349(3)
Author: McNally D.

Twin Rigid-Frames Hexapod Rovers for the Saha Radioastronomic Missions
pp. 351-357(7)
Author: Genta G.

Laydown of A Tether from Earth Visible Location to Far Side for Lunar SETI
pp. 359-370(12)
Author: Maccone C.

Sharing the Moon by Thirds: An Extended SAHA Crater Proposal
pp. 371-375(5)
Author: Heidmann J.