NASA Selects 19 New Citizen Science Proposals for 2026
NASA expands its collaborative research reach by funding nineteen new community-driven scientific exploration projects.
1Expanding Scientific Participation
NASA’s Science Mission Directorate has officially selected nineteen new citizen science proposals for 2026. These initiatives aim to integrate public volunteers into professional research workflows, ranging from astrophysics to planetary science. By providing seed funding, NASA empowers experts to develop tools that leverage human pattern recognition for complex scientific data analysis.
2Astrophysics and Exoplanet Discovery
New projects like The Rogue Worlds Project and Planet Hunters Roman focus on deep space exploration. Volunteers will analyze data from the SPHEREx observatory and the Nancy Grace Roman Space Telescope. These efforts specifically target the identification of free-floating planets, brown dwarfs, and exoplanets by monitoring subtle gravitational light-bending effects in space.
3Advancing Heliophysics Research
Five selected projects address heliophysics, focusing on the Sun’s impact on Earth’s magnetosphere. Volunteers will monitor magnetometer arrays in Alaska and analyze plasma wave data through sonification techniques. These efforts help scientists understand solar wind dynamics, particle precipitation, and potential disruptions to critical infrastructure like GPS and radio communication systems.
4Planetary Science and Exploration
Research teams are utilizing citizen scientists to map lunar iron deposits and monitor small celestial bodies. By using standardized small-aperture telescopes, global networks can track cometary outbursts and asteroids. This data is essential for understanding lunar formation and identifying potential resources for future astronaut base-building missions on the Moon.
5Integrating Super Intelligence Techniques
Modern citizen science projects are increasingly incorporating super intelligence techniques to augment volunteer efforts. Participants are now building custom data tools and contributing to scientific papers at unprecedented rates. This technological integration allows volunteers to handle larger datasets, effectively extending the reach of professional research teams across multiple space missions.
6Science Activation Program Impact
The Science Activation Program focuses on connecting diverse communities with NASA data and experts. Seven selected teams will engage students and local groups in authentic research experiences. Projects like Growing Beyond Earth train classrooms to conduct space crop experiments, while others monitor Antarctic habitats to track climate-driven changes in wildlife populations.
7Collaborative Data Fusion Models
Several projects emphasize data fusion, combining satellite measurements with ground-based observations. By matching patterns between overhead satellite detections and terrestrial electromagnetic wave sensors, volunteers help scientists predict space weather risks. This collaborative approach provides a granular view of particle acceleration that would be difficult to achieve through automated systems alone.
8Community-Led Environmental Monitoring
Initiatives like Arctic LENS and RIPPLES empower local residents to contribute seasonal environmental data. By monitoring lake levels and ice conditions, volunteers validate observations from NASA missions like SWOT. This localized data collection provides critical ground-truth information, helping researchers refine models for rapidly transforming ecosystems in polar and inland regions.
9Scaling Through Global Networks
The Zooniverse platform has already reached a milestone of one billion classifications, demonstrating the power of distributed volunteer networks. New projects continue this trend by automating image processing and distributing alerts for objects of interest. This infrastructure ensures that global volunteers can contribute to NASA research priorities with high efficiency.
10Strategic Importance of Participation
These nineteen projects represent a commitment to transparent, reproducible, and collaborative science. By diversifying the pool of contributors, NASA enhances its analytical capacity while fostering public scientific literacy. This model of engagement ensures that professional researchers can tackle increasingly complex datasets by leveraging the collective intelligence of a global community.
Original article: NASA — NASA Selects 19 New Citizen Science Proposals for 2026