Event Title
Martian Aquaponic Module
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Faculty Mentor
Dr. Mohammad Biswas
Document Type
Poster Presentation
Date of Publication
2021
Abstract
The idea of Mars exploration has existed as a strong ambition in society since the 1960s. However, the greatest challenge to exploration would be the Martian conditions which make it impossible to sustain life through natural methods. To combat this, a base implemented will need to artificially create an Earth-like environment in which life can thrive. This base would need to include a food production system for astronauts during their time of deployment to increase the quality of life and increase chances of survival. Though simulation and a small-scale build of an Earth-based aquaponics system, the characteristics of implementation can be predicted to meet the demand of continuous, sustainable, fresh food production for the Mars mission. This work showcases how an aquaponics module could ideally be implemented, in which 75 plants and 224 fish can thrive while keeping the power consumption of the module under 10 kW.
Keywords
Mars Mission, Mars Module, Aquaponics
Persistent Identifier
http://hdl.handle.net/10950/3080
Reyes_Poster
Martian Aquaponic Module
The idea of Mars exploration has existed as a strong ambition in society since the 1960s. However, the greatest challenge to exploration would be the Martian conditions which make it impossible to sustain life through natural methods. To combat this, a base implemented will need to artificially create an Earth-like environment in which life can thrive. This base would need to include a food production system for astronauts during their time of deployment to increase the quality of life and increase chances of survival. Though simulation and a small-scale build of an Earth-based aquaponics system, the characteristics of implementation can be predicted to meet the demand of continuous, sustainable, fresh food production for the Mars mission. This work showcases how an aquaponics module could ideally be implemented, in which 75 plants and 224 fish can thrive while keeping the power consumption of the module under 10 kW.