‘Bios-3: siberian experiments in bioregenerative life support’.

Salisbury, Frank B., Gitelson, Josef I., Lisovsky, Genry M.·1997·BioScience

Cited by (178)

Items 101–178 of 178

  1. Optimized crop growth area composition for long duration spaceflight
    Daniel Kaschubek · 2021 · Life Sciences in Space Research
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    Jack J. W. A. van Loon, Cesare Lobascio, Giorgio Boscheri, Clement Goujon, Stefano Voglino, Eleonora Zeminiani, Ricardo González Cinca, Reinhold Ewald · 2024 · Acta Astronautica
  3. Establishing cycling processes in an experimental model of a closed ecosystem
    Alexander A. Tikhomirov, Софья Аврумовна Ушакова, Наталья Александровна Тихомирова, Vladimir V. Velichko, Sergey V. Trifonov, О. В. Анищенко · 2018 · Acta Astronautica
  4. Conceptual Approach for Stress Estimates Among Astronauts and Cosmonauts
    Melinda S. Marsh, Vadim Ye. Rygalov · 2008 · SAE technical papers on CD-ROM/SAE technical paper series
  5. Modeling and Trade Studies of Staged Production Scenarios in Bioregenerative Life Support Systems
    Geoffrey C. R. Waters, Danuta Gidzinski, Youbin Zheng, Michael Stasiak, Michael Dixon · 2003 · SAE technical papers on CD-ROM/SAE technical paper series
  6. Non‐intrusive monitoring of atmospheric CO2 in analogue models of terrestrial carbon cycle
    Martin Lukáč, Alexandru Milcu, Dennis Wildman, Rob Anderson, Tom Sloan, Phil Ineson · 2010 · Methods in Ecology and Evolution
  7. Supporting Simultaneous Air Revitalization and Thermal Control in a Crewed Habitat With Temperate Chlorella vulgaris and Eurythermic Antarctic Chlorophyta
    Emily E. Matula, James Nabity, Diane Marie McKnight · 2021 · Frontiers in Microbiology
  8. Analysis of suitable site candidates for Mars human habitat and life-support technologies based on in situ water resource utilization
    Xi Zeng, Hang Wu, Yinuo Xu, Hui Liu, Beizhen Xie, Hong Liu · 2025 · Life Sciences in Space Research
  9. Formation of higher plant component microbial community in closed ecological system
    Л. С. Тирранен · 2001 · Acta Astronautica
  10. Closed bioregenerative life support systems: Applicability to hot deserts
    Yuriy Polyakov, Ibrahim Musaev, Sergey Polyakov · 2010 · Nature Precedings
  11. The Eighth Continent: A Vision for Exploration of the Moon and Beyond
    Noel Bakhtian, Alan Zorn, Matthew Maniscalco · 2009 · AIAA SPACE Conference & Exposition
  12. Vegetable Health Challenges in Extraterrestrial Production
    Andrew C. Schuerger, Raymond M. Wheeler, Howard G. Levine, Anna‐Lisa Paul, Robert J. Ferl · 2022 · Handbook of plant disease management
  13. Preliminary Designs of the Biomass Production System for the Bioregenerative Planetary Life Support Systems Test Complex
    Daniel J. Barta, Juan M. Castillo · 2001 · SAE technical papers on CD-ROM/SAE technical paper series
  14. Self-restoration as fundamental property of CES providing their sustainability
    Iosif I. Gitelson, Andrei G. Degermendzhy, Emma K. Rodicheva · 2003 · Advances in Space Research
  15. Monitoring and Control for Artificial Climate Design
    Philip A. Fowler, Sencer Yeralan, Mu Yang, Ray Allen Bucklin, Vadim Ye. Rygalov, Ray Wheeler, Mike Dixon · 2002 · SAE technical papers on CD-ROM/SAE technical paper series
  16. Development of a combined anaerobic and aerobic membrane bioreactor for wastewater treatment and reclamation in terrestrial-based controlled ecological life support system
    Zhenmin Cheng, Yuansong Wei, Min Gao, Junya Zhang, Liangchang Zhang, Weidang Ai · 2018 · Water Science & Technology Water Supply
  17. Wheat Cultivation and Nutrient Control for the 180-day CELSS Integrated Experiment
    Nan Zhang, Jialian Li, Jie Luo, Qingni Yu, Weidang Ai, Liangchang Zhang, Yongkang Tang · 2020 · Life Sciences in Space Research
  18. Extraterrestrial bioconstruction technology system: Bridging space station applications and deep-space missions
    Sheng Li, Yidong Gan, Cheng Zhou, Yan Zhou, Lieyun Ding · 2026 · The Innovation Life
  19. The MaMBA facility as a testbed for bioregenerative life support systems
    Christiane Heinicke, Cyprien Verseux · 2022 · Life Sciences in Space Research
  20. Prospective areas for development of biomedical technologies for a piloted Martian mission
    Anatoly I. Grigoriev, I. B. Kozlovskaya, А. Н. Потапов · 2006 · Acta Astronautica
  21. The ‘gaseous’ environment in sealed BRIC-100VC canisters flown on ‘Mir’ with embryogenic daylily cell cultures
    Howard G. Levine, Ken Anderson, A. D. Krikorian · 2000 · Advances in Space Research
  22. Physiological Aspects of Integrated Crop Production in Advanced Life Support Systems
    Geoffrey R. Cloutier, Rick Cote, Michael Stasiak, Michael Dixon, Karin E. Arnold · 1998 · SAE technical papers on CD-ROM/SAE technical paper series
  23. To Each According to Their Space-Need: Communes in Outer Space
    Kelly L. Weinersmith, Zach Weinersmith, Ran Abramitzky, John C. Lehr · 2023 · Space Policy
  24. Life Support Systems Functional Stability and Human Control Limitations: An Astrosociological Approach
    Yadim Rygalov, David M. Livingston, Melinda S. Marsh · 2008 · AIAA SPACE Conference & Exposition
  25. Ventilation
    JOACHIM S. GRAVENSTEIN, Michael B. Jaffe, Nikolaus Gravenstein, David A. Paulus · 2011 · Cambridge University Press eBooks
  26. The Introduction of Nature in the Austrian Radicals Practice
    Alessandro Melis · 2019 · Cities and nature
  27. TERRAFORMING MARS IS NOT OUT OF THE QUESTION YET – AND MICROSCOPIC ALGAE COULD HELP
    Iv. Vasileva, A.E. Ivanova, Svetoslav Alexandrov · 2019 · Trakia Journal of Sciences
  28. Review: Studies and Architecture of Habitability Missions in Mockups and Simulated Environments
    Sandra Häuplik‐Meusburger, Sheryl L. Bishop · 2021 · Space and society
  29. The Levels of Organization of the Photosynthetic Apparatus and the Control of Production Processes in Phytocenoses under Artificial-Light Culture
    Alexander A. Tikhomirov, G. M. Lisovskii · 2001 · Russian Journal of Plant Physiology
  30. Prospects for Creation of Autonomous Life Support Complexes Using Biological Systems for Arctic and Far North Conditions
    Military innovative technopolis ", I. V. Markin, ERA", , Anapa, Russian Federation, Щелканова Елена Сергеевна, Military innovative technopolis "ERA", Anapa, Russian Federation, R. A. Volodyashkin, Military innovative technopolis "ERA", Anapa, Russian Federation, Evgeniy A. Zhurbin, Military innovative technopolis "ERA", Anapa, Russian Federation et al. · 2021 · Disaster Medicine
  31. Approaches to nitrogen fixation and recycling in closed life-support systems
    Tyler Wallentine, David Merkley, Noah James Langenfeld, Bruce G. Bugbee, Lance C. Seefeldt · 2023 · Frontiers in Astronomy and Space Sciences
  32. Integrating Plant Biology and Crop Science for Sustainable Farming in Space Exploration and Earth Applications
    Veronica De Micco, Chiara Amitrano, Antonio Pannico, Stefania De Pascale · 2026 · Sustainability Sciences in Asia and Africa
  33. Review and outlook of space human research programs
    Yinghui Li, Zhili LI, Bo Li · 2026 · Chinese Science Bulletin (Chinese Version)
  34. Astroecology as a Promising Natural Science Field
    O. R. Kotsyurbenko, V. P. Badya, P. I. Besogonova, D. M. Lipatov, S. A. Teslenok · 2026 · Solar System Research
  35. Investigation of Interfacial Phenomena During Condensation of Humid Air on a Horizontal Substrate
    Akhilesh Tiwari, Jean-Pierre Fontaine, Alain Kondjoyan B, Jean‐Bernard Gros, Christophe Vial, Claude‐Gilles Dussap · 2013 · Oil & Gas Science and Technology – Revue d’IFP Energies nouvelles
  36. Wheeler Raymond Agriculture for Space: People and Countries Paving the Way
    Wheeler Raymond · 2017 · Исследования космоса
  37. Approaches to Study Terrestrial Ecosystems
    Ernst‐Detlef Schulze, Erwin H. Beck, Nina Buchmann, Stephan Clemens, Klaus Müller‐Hohenstein, Michael Scherer‐Lorenzen · 2018 · Springer eBooks
  38. ПОЧЕМУ СЕГОДНЯ НЕВОЗМОЖНА МАРСИАНСКАЯ ЭКСПЕДИЦИЯ, "Земля и Вселенная"
    Сергей Александрович ГЕРАСЮТИН · 2022 · Zemlia i Vselennaia
  39. Unavoidable Extinctions in Ecosystems of Extreme Isolation
    Eftychia Symeonidou, John M. Halley · 2023 · Astrobiology
  40. Effects of long-term closed and socially isolating spaceflight analog environment on default mode network connectivity as indicated by fMRI
    Yunxia Shen, Limin Peng, Hailong Chen, Pengfei Xu, Ke Lv, Zi Xu, Hui Shen, Guohua Ji, Jianghui Xiong, Dewen Hu et al. · 2024 · iScience
  41. Solid waste management and resource recovery during the 4-crew 180-day CELSS integrated experiment
    Weidang Ai, Yibing Deng, Chongyang Wu, Jingsong Yang, Yongkang Tang, Liangchang Zhang, Qingni Yu, Yinghui Li · 2024 · Life Sciences in Space Research
  42. A Bioregenerative Life Support System Based on Near Term Technology Developments
    James Chartres · 2008 · SAE technical papers on CD-ROM/SAE technical paper series
  43. Atmospheric monitoring outside the healthcare environment and within enclosed environments: a historical perspective
    Gregory H. Adkisson, David A. Paulus · 2011 · Cambridge University Press eBooks
  44. Planetarium inversum — A space vision for earth education
    Bernd Lötsch · 2003 · Advances in Space Research
  45. Mass exchange in hollow photofermenters with baffle plates
    P. A. Gladyshev, V. V. Biryukov · 2007 · Chemical and Petroleum Engineering
  46. IFP Energies nouvelles International Conference / Les Rencontres Scientifiques d'IFP Energies nouvelles Colloids 2012 — Colloids and Complex Fluids: Challenges and Opportunities Colloids 2012 — Colloïdes et fluides complexes : défis et opportunités
    Amane Jada, Rachid Aı̈t Akbour, Danièle Clausse, Christine Dalmazzone, Nicolas Pannacci, Benoît Creton, Pascal Mougin, Nicolas Jeuland, Benoı̂t Rousseau, Ludivine Starck · 2014
  47. Novel Combined Intensive Animal-Plant Aquaculture Systems for Application on Earth or in Space Bioregenerative Life Support Systems
    Volker Bluem, Frank Paris · 1999 · SAE technical papers on CD-ROM/SAE technical paper series
  48. An Experimental Model of a Biological Life Support System with the Intra-system Mass Exchange Closed to a High Degree, Based on “Biological Combustion” of Dead-end Plant Residues
    Jean-Baptiste Gros, Alexander A. Tikhomirov, Софья Аврумовна Ушакова, N.S. Manukovsky, Vladimir G. Gubanov, Yuri V. Barkhatov, I.G. Zolotukhin, V.S. Kovalev, Ch. Lasseur · 2003 · SAE technical papers on CD-ROM/SAE technical paper series
  49. The characterization of mass transfer phenomenon in a low turbulent flow by condensation of humid air for life support systems
    Akhilesh Tiwari, Jean-Pierre Fontaine, Alain Kondjoyan B · 2013 · International Conference on Environmental Systems (ICES)
  50. Study of Mass Transfer by Condensation in Humid Air for Life Support Systems
    Akhilesh Tiwari, Jean-Pierre Fontaine, Jean‐Bernard Gros, Claude‐Gilles Dussap, Alain Kondjoyan B · 2012 · International Conference on Environmental Systems (ICES)
  51. Deployment of Greenhouse for Long-Term Lunar Base
    Vadim Ye. Rygalov · 2010 · CRC Press eBooks
  52. Analysis of Factors Affecting the Implementation of an Algal Photobioreactor into a Spacecraft Life Support System
    Tobias Niederwieser · 2018 · CU Scholar (University of Colorado Boulder)
  53. Using case-based reasoning to learn about ecological engineering
    Tania R Lanphere · 2010
  54. Prospective Areas for Development of Biomedical Te...
    Anatoly I. Grigoriev, I. B. Kozlovskaya, А. Н. Потапов · 2005 · International Astronautical Congress (IAC)
  55. Simuler la vie dans l’espace
    Ségolène Guinard · 2021 · Techniques & culture
  56. NASA and ESA will need to sterilize Mars samples to protect Earth's biosphere, because of the many years to complete the legal process and then build a receiving facility to the legally approved design - recommendation to study unsterilized samples telerobotically in a safe orbit above GEO, and return sterilized sub-samples to Earth immediately - PLEASE READ LATEST VERSION AT: https://osf.io/rk2gd
    Robert Walker · 2020
  57. Human-Space-Mission Simulators
    2009 · American Institute of Aeronautics and Astronautics eBooks
  58. NASA and ESA are likely to be legally required to sterilize Mars samples to protect the environment until proven safe – the technology doesn't yet exist to comply with the ESF study's requirement to contain viable starved ultramicrobacteria proven to pass through 0.1 micron nanopores - proposal to study samples of astrobiological interest remotely in a safe high orbit above GEO with miniature life detection instruments – and immediately return sterilized subsamples to Earth
    Robert Walker · 2021
  59. NASA’s draft EIS does NOT establish that life from Mars can get to Earth faster and better protected in a meteorite - or that ANY life on Mars can get here in this way – it does NOT overturn previous warnings of the potential for large scale effects – and these mistakes have MAJOR public interest and legal implications
    Robert Walker · 2022
  60. NASA must protect Earth's biosphere even if Mars samples hold mirror life – motivating planetary protection with new scenarios like mirror life - survey of recent research relevant to a Mars sample return - and how to keep Earth's biosphere 100% safe with a miniature telerobotic lab above GEO, and protect other biospheres 100% with sterile robotic explorers
    Robert Walker · 2023
  61. La casa del mañana es un ser vivo hoy:
    Ana Patricia Minguito García · 2024 · Constelaciones Revista de Arquitectura de la Universidad CEU San Pablo
  62. Biorealm: An Artificial Ecosystem For Sustainable Living
    Miss Ashwika Nag · 2024
  63. Plant-aided Desalination System: A Preliminary Study
    Katsumi Ohyama, Kaori Niki, Erdoo Paula Awai · 2024 · HortTechnology
  64. Rezension: Studien zur Bewohnbarkeit und Architektur von Mockups und simulierten Umgebungen
    Sandra Häuplik‐Meusburger, Sheryl L. Bishop · 2025 · Springer eBooks
  65. Space controlled ecology
    Suryaji Patil, Hui Li, Wei Tao Bai, Chaofei Yang, Airong Qian · 2025 · Elsevier eBooks
  66. Microalgae for bioregenerative life support in space
    Emmanuel D. Revellame, Kristel M. Gatdula, Remil M. Aguda, Dhan Lord B. Fortela, William E. Holmes, Rafael A. Hernandez, Mark E. Zappi · 2026 · Elsevier eBooks
  67. Feasibility of Chlorella vulgaris Cultivation Using Mars In situ Resources and Human-Derived Wastes
    Kristel M. Gatdula, Lucile Fonseca, Peng Yin, William E. Holmes, Rafael A. Hernandez, Mark E. Zappi, Emmanuel D. Revellame · 2026 · Space Science & Technology
  68. Developing physical models to understand the growth of plants in reduced gravity environments for applications in life-support systems
    Lucie Poulet · 2018
  69. Proposal of an Overall Control Architecture for the MELiSSA Loop
    Carles Ciurans · 2023
  70. Biological oxygen production and air revitalization for habitats on the moon
    Jana Fahrion · 2024 · theses.fr (ABES)
  71. Integrated process modelling and design of a self-sustaining modular hydrogen production system under lunar conditions
    Elif Gungormus, Özgün Deliismail, Erol Şeker · 2026 · Process Safety and Environmental Protection
  72. Space Plant Biology: Growing Crops Beyond Planet Earth
    Mohana Sai Akula, Penna Suprasanna · 2026 · Sustainability Sciences in Asia and Africa
  73. Aspergillus niger growth on upcycled cyanobacterial biomass, and Martian and lunar minerals
    Isabel Santos de Sousa, Guillaume Gégo, Cyprien Verseux, Joana Azevedo, Catarina Magalhães, Paula Tamagnini, Nuno F. Azevedo, Marta Cortesão · 2026 · Acta Astronautica
  74. Integrating life support systems into 3D-printed extra-terrestrial habitat envelopes
    Arwin Hidding, Henriette Bier, Feras Alsaggaf · 2026 · Frontiers in Space Technologies
  75. A hybrid ontology for metabolic architecture and human-centred AI: an explainable new vision for the home
    Rachel Armstrong, Deshendran Moodley · 2026 · AI & Society
  76. Challenges and potential technologies for cultivation of plants for human sustenance in space
    OP Chauhan, Sahana Hevlin Shashikumar, Janifer Raj Xavier, R Kumar · 2026 · Space habitation.
  77. Microalgae and Cyanobacteria in Space: Current Trends, Challenges and Prospects for Space Biotechnology
    Sirasit Srinuanpan · 2026 · IntechOpen eBooks
  78. A Controlled Atmosphere Characterization Environment for Bioregenerative Life Support Technologies
    Ilse Marie Holbeck, Moritz Koslowsky, Sophia Krogmann, Jens Hauslage, Gerhild Bornemann · 2026 · Instruments