NASA Opens Global Call for Citizen Scientists to Aid Future Moon Missions

The successful completion of the second Artemis mission, which saw four astronauts orbit the Moon, has marked a significant milestone as the first crewed deep-space flight since 1972. In the wake of this achievement, NASA is actively recruiting volunteers to participate in a range of citizen science projects designed to advance human space exploration. These initiatives aim to address critical challenges that must be overcome for future missions to succeed, focusing on areas such as space agriculture, solar storm monitoring, and understanding how life adapts to the harsh conditions of deep space.

Participation in these programmes is open to everyone globally, with no citizenship requirements, provided there is a genuine interest in science. The agency has identified several specific avenues for public involvement, each targeting different skills and interests. One such initiative, Space Umbrella, invites volunteers to sort data collected by NASA's Magnetosphere Multiscale mission. By categorising readings from inside and outside Earth's magnetosphere, participants help scientists better understand how solar storms interact with our planet's protective magnetic field, a crucial factor in minimising radiation risks for astronauts.

For educators and students, the Growing Beyond Earth project offers a unique opportunity to collaborate with scientists from the Fairchild Botanical Garden. Targeted at teachers of grades six to 12, this initiative involves growing candidate plants that are being evaluated as potential food supplies for future astronauts. While astronauts currently tend to experimental leafy greens and hot pepper plants on the International Space Station, long-duration missions will eventually require crews to grow their own food to supplement diets and ensure sustainability, moving beyond reliance on packaged meals.

Those with experience in data analysis can join the Open Science Data Repository Analysis Working Groups. This international community brings together scientists, students, and enthusiasts to analyse data regarding how terrestrial life responds to the space environment. The research covers a wide range of subjects, from plants and mice to microbes and astronauts, aiming to uncover how biological systems adapt to low-gravity and high-radiation conditions. Additionally, ham radio enthusiasts are invited to join the Ham Radio Science Citizen Investigation, or HamSCI. Participants can build and deploy personal space weather stations to monitor ionosphere responses, with observations aggregated into a central database to answer key questions about solar interactions.

While the specific timeline for when data collected by volunteers will directly influence mission planning or policy decisions has not yet been detailed, the contributions are viewed as vital to the broader scientific effort. Similarly, the extent to which plants grown in the Growing Beyond Earth project will be successfully integrated into future lunar base food systems remains to be seen. Nevertheless, these projects represent a significant step in engaging the global community in the ongoing quest to make space travel safer and healthier.

As NASA continues to build on the momentum of the Artemis programme, the agency emphasises that not everyone gets a chance to put on a space suit, but individuals can still be an important part of the human space exploration story. By joining one of these projects, volunteers help turn institutional updates and research announcements into actionable knowledge, ensuring that the next generation of space travellers is better prepared for the challenges ahead.