Agnirva Space Premier League - Expedition #31432: Bugs in Space: Exploring Insect Behavior and Chemistry in Microgravity

What happens when you send termites and caterpillars to space? That’s exactly what the experiment led by Michelle Lucas of Higher Orbits aims to discover. This dual-species study, facilitated by Space Tango and supported by NASA, investigates how microgravity affects the kinesthetic behavior of termites (Incisitermes snyderi) and the chrysalis formation of cabbage moths (Mamestra brassicae).

During Expeditions 63 and 65, this unique educational and biological experiment gave students and researchers a rare look at life sciences in space. Termites, known for their methane-producing digestion, were studied to understand how gas synthesis changes in microgravity. The findings could have implications for waste management and life support systems in future space habitats.

Simultaneously, caterpillars were observed as they transformed into chrysalises—a critical stage in their life cycle. Observing this metamorphosis in microgravity helps scientists learn how gravity influences developmental biology.

This project is also a great example of student engagement in space research. By involving young minds in real science beyond Earth, it fosters curiosity, innovation, and STEM learning.

From gas chemistry to insect growth, this experiment reveals how even the smallest life forms can teach us big lessons about living and thriving in space.

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