ED41C-0935: Long-Duration, Multi-Stage Mars Analog for Testing Human Resilience in Space
The recent advancements in NASA’s analog programs allow scientists to observe the effects of living on other planets safely from Earth, where advanced technology simulates extraterrestrial landscapes within a space module. One aspect that NASA has not explored, however, is the effect on humans of a...
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2023
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Online Access: | http://dx.doi.org/10.22541/essoar.170365401.16214468/v1 |
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crwinnower:10.22541/essoar.170365401.16214468/v1 2024-06-02T08:05:45+00:00 ED41C-0935: Long-Duration, Multi-Stage Mars Analog for Testing Human Resilience in Space Luna, Ilaria Gordon, Andrew Murphy, Hannah Lian, Richard Zambrano, Josue Major, Ben Lovell, Tyra Herndon, Eva Garcia, Raul Badrayani, Amogh 2023 http://dx.doi.org/10.22541/essoar.170365401.16214468/v1 unknown Authorea, Inc. posted-content 2023 crwinnower https://doi.org/10.22541/essoar.170365401.16214468/v1 2024-05-07T14:19:10Z The recent advancements in NASA’s analog programs allow scientists to observe the effects of living on other planets safely from Earth, where advanced technology simulates extraterrestrial landscapes within a space module. One aspect that NASA has not explored, however, is the effect on humans of a full-length, multi-stage mission with both transit to Mars and life on Mars. This research focuses on developing the Human Exploration Long-Duration Interplanetary Exploration (HELIX) Analog, which intends to replicate all stages of a Mars mission to assess how humans react to challenges such as equipment failure, agricultural self-sustainability, and the psychological impacts of isolation. The analog is designed to simulate 144 days of transit time, as well as 217 days of Martian environment residency, emulating a full mission in half of the real timeframe. The HELIX Analog would simulate a zero-gravity environment for testing extra-vehicular activity (EVA) during travel by submerging a Transit module in a Neutral Buoyancy Pool. The on-land portion of the analog would be located on Devon Island in Northern Canada, commonly known as “Mars on Earth.” Experiments focus on subjects’ abilities to respond to off-nominal events, prioritize tasks in the face of unexpected obstacles, and develop farming techniques such as aquaponics and traditional agriculture to sustain themselves both in microgravity and on Mars. As with all other current NASA analogs, HELIX will closely monitor the crew’s mental health. HELIX strives to develop accessible counseling methods to address the toll that lengthy missions take on the mind, with a focus on the effects of living in a small, isolated group. The analog would host six to eight crew members with relevant scientific or medical experience and education for one full year in isolation. Other/Unknown Material Devon Island The Winnower Canada Devon Island ENVELOPE(-88.000,-88.000,75.252,75.252) |
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The recent advancements in NASA’s analog programs allow scientists to observe the effects of living on other planets safely from Earth, where advanced technology simulates extraterrestrial landscapes within a space module. One aspect that NASA has not explored, however, is the effect on humans of a full-length, multi-stage mission with both transit to Mars and life on Mars. This research focuses on developing the Human Exploration Long-Duration Interplanetary Exploration (HELIX) Analog, which intends to replicate all stages of a Mars mission to assess how humans react to challenges such as equipment failure, agricultural self-sustainability, and the psychological impacts of isolation. The analog is designed to simulate 144 days of transit time, as well as 217 days of Martian environment residency, emulating a full mission in half of the real timeframe. The HELIX Analog would simulate a zero-gravity environment for testing extra-vehicular activity (EVA) during travel by submerging a Transit module in a Neutral Buoyancy Pool. The on-land portion of the analog would be located on Devon Island in Northern Canada, commonly known as “Mars on Earth.” Experiments focus on subjects’ abilities to respond to off-nominal events, prioritize tasks in the face of unexpected obstacles, and develop farming techniques such as aquaponics and traditional agriculture to sustain themselves both in microgravity and on Mars. As with all other current NASA analogs, HELIX will closely monitor the crew’s mental health. HELIX strives to develop accessible counseling methods to address the toll that lengthy missions take on the mind, with a focus on the effects of living in a small, isolated group. The analog would host six to eight crew members with relevant scientific or medical experience and education for one full year in isolation. |
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Other/Unknown Material |
author |
Luna, Ilaria Gordon, Andrew Murphy, Hannah Lian, Richard Zambrano, Josue Major, Ben Lovell, Tyra Herndon, Eva Garcia, Raul Badrayani, Amogh |
spellingShingle |
Luna, Ilaria Gordon, Andrew Murphy, Hannah Lian, Richard Zambrano, Josue Major, Ben Lovell, Tyra Herndon, Eva Garcia, Raul Badrayani, Amogh ED41C-0935: Long-Duration, Multi-Stage Mars Analog for Testing Human Resilience in Space |
author_facet |
Luna, Ilaria Gordon, Andrew Murphy, Hannah Lian, Richard Zambrano, Josue Major, Ben Lovell, Tyra Herndon, Eva Garcia, Raul Badrayani, Amogh |
author_sort |
Luna, Ilaria |
title |
ED41C-0935: Long-Duration, Multi-Stage Mars Analog for Testing Human Resilience in Space |
title_short |
ED41C-0935: Long-Duration, Multi-Stage Mars Analog for Testing Human Resilience in Space |
title_full |
ED41C-0935: Long-Duration, Multi-Stage Mars Analog for Testing Human Resilience in Space |
title_fullStr |
ED41C-0935: Long-Duration, Multi-Stage Mars Analog for Testing Human Resilience in Space |
title_full_unstemmed |
ED41C-0935: Long-Duration, Multi-Stage Mars Analog for Testing Human Resilience in Space |
title_sort |
ed41c-0935: long-duration, multi-stage mars analog for testing human resilience in space |
publisher |
Authorea, Inc. |
publishDate |
2023 |
url |
http://dx.doi.org/10.22541/essoar.170365401.16214468/v1 |
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ENVELOPE(-88.000,-88.000,75.252,75.252) |
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Canada Devon Island |
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Canada Devon Island |
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Devon Island |
genre_facet |
Devon Island |
op_doi |
https://doi.org/10.22541/essoar.170365401.16214468/v1 |
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1800750617889603584 |