rootbrowseIAC-19A1session 77. Life Support, habitats and EVA SystemsPapers1. NASA Advanced Explorations Systems: 2019 Advancements in Life Support Systems2. The way of indigenous peoples - 3D printing sustainable lunar bases from in-situ resources3. PBR@LSR: the Algae-based Photobioreactor Experiment at the ISS – Operations Phase4. Media Recycling Sensor Development for Photobioreactors5. Greenhouse design concepts for moon and Mars6. Lunar Dust Mitigation and Control: Air Lock Methods to/from Living Space; Rotating and Reciprocal Machine Longevity; Safe Duration of Exposure a Metric Sought7. Water Walls Overview8. Development of an Environmental Control and Life Support System for Deep Space and Commercial Vehicles9. Modeling and simulating a regenerative life support system to understand the effects of system interaction on survivability during deep space missions: an agent-based approach10. Methods of the spacesuits mobility improvement11. Development of a Six-Fluid Environmental Control and Life Support System Model for Human Spaceflight Applications12. Microbial dynamics in the confined EDEN-ISS greenhouse in Antarctica13. Evaluation of an alternative solution for water microbial monitoring of fecal contaminants from water in the International Space Station14. 3D Printing Recyclable Spacewear on Mars: Equivalent System Mass tradeoff with traditional techniques15. Biorefinery concept for long term space mission16. Profiling lunar dust dissolution in aqueous environments: The design concept17. Production of highly nutritious vegetables for lunar exploration. Hygiene water processing aboard a prospective space station. Moon base life support design depends on launch cost, crew size, and mission duration