January 20, 2021
January 21, 2021
Presented By | Title | Watch Link |
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Craig Kundrot | Introduction and Welcome | Watch Now |
Kevin Sato | Agenda, Goals, and Expectations for LSSW | Watch Now |
Sharmila Bhattacharya | Space Biology Research Beyond LEO | Watch Now |
Steven Platts | Human Lunar Science Research | Watch Now |
Lisa Pratt | Planetary Protection Research | Watch Now |
Lindsey Hays | Astrobiology | Watch Now |
Julie Robinson | Overview of HEO Lunar Science Utilization and Capabilities | Watch Now |
Debra Needham | CLPS Lander Utilization | Watch Now |
Noah Petro | Artemis III SDT Report | Watch Now |
Harlan Spence | Lunar Surface Environment | Watch Now |
Kiss J. Z. | The Effects of Lunar Gravity on Plant Growth and Development [#2003] Plant and Plant Enabling Technology | Watch Now |
Monje O. | Lunar Lettuce — Food for Lunar Crewed Missions [#2005] Plant and Plant Enabling Technology | Watch Now |
Clark P. E. | LARGE: Lunar Amended Regolith Gardening Experiment [#2009] Plant and Plant Enabling Technology | Watch Now |
Schultz E. R. | Multigenerational Phenomics of Cowpea (Vigna unguiculata) in Lunar Environment for Dietary Supplementation in Future Colonization [#2022] Plant and Plant Enabling Technology | Watch Now |
Link B. M. | Understanding the Impact of the Deep Space and Lunar Environment on Crop Production and the Associated Microbiome [#2023] Plant and Plant Enabling Technology | Watch Now |
Dixit A. R. | Physcomitrella Patens, a Model System to Understand Deep Space and Lunar Surface Radiation Risks [#2040] Plant and Plant Enabling Technology | Watch Now |
Larkin E. M. | The Impact of Lunar Radiation and Gravity on Plant Growth and Rhizobiome Communities [#2047] Plant and Plant Enabling Technology | Watch Now |
Foing B | Space Biology Experiments During ILEWG EuroMoonMars Campaigns Preparing for Artemis [#2045] Plant and Plant Enabling Technology | Watch Now |
Fritsche R. and Heinse R. | Calibrating Plant Watering System Models with Long-Term Lunar Capillary Data [#2006] Plant and Plant Enabling Technology | Watch Now |
McKay C. P | Novel Hardware for a Lunar Plant Experiment [#2008] Plant and Plant Enabling Technology | Watch Now |
Singh N. K. | Sustainable Technologies for Plant Growth in Lunar Systems [#2043] Plant and Plant Enabling Technology | Watch Now |
Bywaters K. F | Monitoring Microbial Growth on the Lunar Surface in Fluids Containing Lunar Regolith [#2010] Microbiology | Watch Now |
Granata T. C. | Effects of Low Gravity and Cosmic Radiation on Microalgae Growth and Polymer Production [#2014] Microbiology | Watch Now |
Lee J. A. | SOTERIA: Searching for Organisms Through Equipment Recovery at Impact Areas [#2021] Microbiology | Watch Now |
Khodadad C. L. | Exposure to the Lunar Space Environment Influences Microbial and Fungal Microbe Gene Expression and Survival [#2044] Microbiology | Watch Now |
Presented By | Title | Watch Link |
---|---|---|
Narayanan S. A. | Lunar Spaceflight Effects on Gastrointestinal Cardiovascular and Immune Status [#2037] Vertebrate | Watch Now |
Mao X. W. | Lunar Spaceflight-Induced Effects on Ocular Response and Blood-Retina Barrier Function [#2024] Vertebrate | Watch Now |
Delp M. D . | Lunar Spaceflight Effects on Cardiovascular Health [#2029] Vertebrate | Watch Now |
Caldwell J. T. | Lunar Spaceflight Effects on Internal Jugular Vein Physiology [#2035] Vertebrate | Watch Now |
Cromer W. E. | Role of Lymph Node Integrity in Regional GI Function During Spaceflight [#2030] Vertebrate | Watch Now |
Szewczyk N. J. | Worms on the Moon [#2011] Invertebrate | Watch Now |
O’Rourke A. E. | A Lunar Ground Truth of Microbes that are Integral to Sustaining Bioregenerative Life Support Systems [#2020] Microbiology | Watch Now |
Santa Maria S. R. | Lunar BioSensor: An Autonomous Instrument to Study the Effects of the Lunar Environment on Biological Organisms [#2001] Enabling Technology | Watch Now |
Wagner E. B. | Using New Shepard as a Lunar-G Testbed [#2002] Enabling Technology | Watch Now |
Howard R. L. Jr. | A Notional Configuration and Discussion of a Lunar Surface Space Biology Laboratory [#2012] Enabling Technology | Watch Now |
Sun S. C. | Lunar Life Sciences Payload Assessment [#2032] Enabling Technology | Watch Now |
Riedo A. | Laser Ablation/Desorption Ionization Mass Spectrometry for In-Situ Characterization of Biomarkers Experiments [#2034] Enabling Technology | Watch Now |
Nikolic D. | Lunar CubeSat Mass Spectrometer with Linear Energy Transfer Spectrometer for Lunar Exosphere Investigations [#2004] Enabling Technology | Watch Now |
Rask J. | Chemical Reactivity of In-Situ Lunar Dust for Biotoxicity Assessment [#2027] Lunar Environment | Watch Now |
Looper M. D. | Observations of Cosmic-Ray Radiation Effects Near the Moon Over a Complete Solar Cycle by LRO/CRaTER [#2038] Lunar Environment | Watch Now |
Author | Title | Poster Link |
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Agata Kołodziejczyk | Development of Kombucha 3D Printing for a Deep-Space Mission | Visit Poster |
Sheyna Gifford | Moonwalking: A (Necessary) Step Toward Continuous Space Habitation | Visit Poster |
Daniel Tompkins | Lunar Plastics - Full-Spectrum Material Assay and Radiation Dosimetry | Visit Poster |
Ethan Hill | Applying Heart Rate Variability During EVA-Simulated Activities | Visit Poster |
Büsra Elkatmis | Modeling the Effect of Curcumin on Cancer and Healthy Breast Cells Under Lunar Surface Radiation | Visit Poster |
Anand Narayanan | Lunar Spaceflight Effects on Lymphatic Function | Visit Poster |
Malaya Kumar Biswal M | Biological Risks and Its Implications for Crewed Interplanetary Missions | Visit Poster |
Büsra Elkatmis | Modelling the Effect of Curcumin on Cancer and Healthy Breast Cells Under Lunar Surface Radiation | Visit Poster |
Malaya Kumar Biswal M | Biological Risks and its Implications for Crewed Interplanetary Missions | Visit Poster |
Jose Maria Ortega-Hernandez | Green Moon Project: Encapsulated and Pressurised Habitat for Plants on the Moon (Habitability and Space Agriculture) | Visit Poster |