Advances in Space Research

Preface
pp. 1627-1628(2)
Authors: Nelson M.; Pechurkin N.S.; Dempster W.F.; Somova L.A.

The legacy of biosphere 2 for the study of biospherics and closed ecological systems
pp. 1629-1639(11)
Authors: Allen J.P.; Nelson M.; Alling A.

Self-restoration as fundamental property of CES providing their sustainability
pp. 1641-1648(8)
Authors: Gitelson I.I.; Degermendzhy A.G.; Rodicheva E.K.

Earth applications of closed ecological systems: Relevance to the development of sustainability in our global biosphere
pp. 1649-1655(7)
Authors: Nelson M.; Allen J.; Ailing A.; Dempster W.F.; Silverstone S.

Mathematical modeling relevant to closed artificial ecosystems
pp. 1657-1665(9)
Author: DeAngelis D.L.

System analysis of links interactions and development of ecosystems of different types
pp. 1667-1674(8)
Authors: Pechurkin N.S.; Shirobokova I.M.

Naturally deducing estimate for the coefficient of celss closure
pp. 1675-1682(8)
Author: Bartsev S.I.

Aquatic modules for bioregenerative life support systems: Developmental aspects based on the space flight results of the C.E.B.A.S. mini-module
pp. 1683-1691(9)
Author: Blum V.

The biological component of the life support system for a martian expedition
pp. 1693-1698(6)
Authors: Sychev V.N.; Levinskikh M.A.; Shepelev Y.Y.

AToxMss - From a space proven payload to a validated testsystem in ecotoxicology
pp. 1699-1703(5)
Authors: Slenzka K.; Duenne M.; Jastorff B.; Schirmer M.

Planetarium inversum - A space vision for earth education
pp. 1705-1710(6)
Author: Lotsch B.

Mass exchange in an experimental new-generation life support system model based on biological regeneration of environment
pp. 1711-1720(10)
Authors: Tikhomirov A.A.; Ushakova S.A.; Manukovsky N.S.; Lisovsky G.M.; Kudenko Y.A.; Kovalev V.S.; Gubanov V.G.; Barkhatov Y.V.; Gribovskaya I.V.; Zolotukhin I.G.; Gros J.B.; Lasseur C.

Initial experimental results from the laboratory biosphere closed ecological system facility
pp. 1721-1730(10)
Authors: Nelson M.; Dempster W.F.; Alling A.; Allen J.P.; Rasmussen R.; Silverstone S.; Van Thillo M.

Increase of atmospheric CO₂: Response patterns of a simple terrestrial man-made ecosystem
pp. 1731-1735(5)
Authors: Somova L.A.; Pechurkin N.S.; Pisman T.I.

The effect of cannibalism intensity on net primary production and dynamics of trophic links in aquatic ecosystems
pp. 1737-1741(5)
Authors: Shirobokova I.M.; Pechurkin N.S.

Effects of CO₂ concentration and light intensity on photosynthesis of a rootless submerged plant, Ceratophyllumdemersum L., used for aquatic food production in bioregenerative life support systems
pp. 1743-1749(7)
Authors: Kitaya Y.; Okayama T.; Murakami K.; Takeuchi T.

Interaction of a mixed yeast culture in an ''autotroph-heterotroph'' system with a closed atmosphere cycle and spatially separated components
pp. 1751-1756(6)
Authors: Pisman T.I.; Somova L.A.

Competition of the natural and manmade biotic cycles in the closed aquatic system
pp. 1757-1761(5)
Authors: Pisman T.I.; Somova L.A.

Survival and alteration of the plasmid-containing microorganism Escherichia coli Z905/pPHL7 introduced into manmade closed aquatic microcosms
pp. 1763-1768(6)
Authors: Boyandin A.N.; Lobova T.I.; Popova L.Y.; Pechurkin N.S.

Experimental evaluation of the processes resulting from the introduction of the transgenic microorganism Escherichia coli Z905/pPHL7 (lux⁺) into aquatic microcosms
pp. 1769-1774(6)
Authors: Kargatova T.V.; Boyandin A.N.; Popova L.Y.; Pechurkin N.S.

Light intensity and production parameters of phytocenoses cultivated on soil-like substrate under controled environment conditions
pp. 1775-1780(6)
Authors: Tikhomirov A.A.; Ushakova S.A.; Gribovskaya I.A.; Tirranen L.S.; Manukovsky N.S.; Zolotukhin I.G.; Karnachuk R.A.; Gros J.-B.; Lasseur C.

Volatile metabolites of higher plant crops as a photosynthesizing life support system component under temperature stress at different light intensities
pp. 1781-1786(6)
Authors: Gitelson I.I.; Tikhomirov A.A.; Parshina O.V.; Ushakova S.A.; Kalacheva G.S.

Preface
pp. 1789-1789(1)
Author: Shea M.A.

Waste system implications for mars missions
pp. 1791-1797(7)
Authors: Drysdale A.E.; Maxwell S.

Advantages of using subsurface flow constructed wetlands for wastewater treatment in space applications: Ground-based mars base prototype
pp. 1799-1804(6)
Authors: Nelson M.; Alling A.; Dempster W.F.; van Thillo M.; Allen J.

Considerations of design for life support systems
pp. 1805-1809(5)
Author: Ashida A.

Top-level modeling of an als system utilizing object-oriented techniques
pp. 1811-1822(12)
Authors: Rodriguez L.F.; Kang S.; Ting K.C.

Systematic approach to life support system analyses and integration
pp. 1823-1832(10)
Authors: Bartsev S.I.; Mezhevikin V.V.; Okhonin V.A.

Analysis of nitrogen flow in rice cultivation in ceef
pp. 1833-1837(5)
Authors: Arai R.; Tako Y.; Otsubo K.; Nitta K.

Expression of lux-genes as an indicator of metabolic activity of cells in model ecosystem studies
pp. 1839-1845(7)
Authors: Boyandin A.N.; Popova L.Y.

Author index
pp. 1847-1847(1)