Biology
Aquaculture on Mars: exploring hostile environments for food productivity
On Mars, auto-sustainability is at the core of living in a hostile environment where enviromental factors differ from those on Earth. In particular, food resources are important factors towards providing enough food for human consumption on Mars. The main goal of this project is to study how gravity might affect food production, in particular, aquaculture. In this project, zebrafish (Danio rerio), a popular fish model, will be used to study the effects of gravity during the early stages of development. Through DNA sequencing strategies, the epigenetic marks in the genome will be studied. Present data might help to better design the Life Support System required on Mars.
Biology
Martian bottle: generate drinking water and light from the solar energy
Water is a scarce and precious resource on Mars, therefore recycling water is the base of auto-sustainability. Thanks to a bottle cap (Light Pills) designed by one of the crew members of Hypatia I, Helena Arias, we will try to generate potable water from fish tanks and generate of light, both very useful for living in remote places such as Mars.
Biology
Seeds for the crew
In her role of Greenhub officer, Laia Ribas was in charge of the greenhouse of the Hypatia I mission. This required performing daily tasks such as watering three times, controlling the temperature and the plants grown for future crews. Laia Ribas obtained soybean and lentil sprouts to provide fresh food for the Hypatia I crew and some fresh vegetables (cucumber, cherry tomatoes, salad sprouts and aromatic plants).
Outreach and communication
CatMart: looking for Martian life
Is there life on Mars? This question is addressed together with children in public primary schools around Catalonia. The students from La Marinada (El Masnou) were to participate in the program. During fall 2024 up to 10 schools around the region (four of them in rural areas) have participated in the CatMart program. To find the answer, the students will examine the Martian soil and analyze the presence of microorganisms. With this activity they will learn to follow a science protocol and learn about Mars exploration.