Connecticut student, 12, fights ocean acidity, eyes $25K prize
A young student from Connecticut is a finalist in a science competition for her innovative project. Her project proposes using algae and natural calcium buffers to reduce ocean acidification. This innovative idea could help protect vulnerable marine organisms from acidic conditions. She is competing for a substantial grand prize and valuable scientific mentorship. Her work highlights the…
A 12-year-old student from Connecticut, Raji Doshi, is making waves in the scientific community with her innovative project tackling ocean acidification. Young Scientist Lab reports that her project, which proposes using algae and natural calcium (aragonite) buffers to reduce CO₂-driven ocean acidification, has earned her a finalist spot in the 2026 3M Young Scientist Challenge, where she could win a $25,000 grand prize.
Ocean acidification poses a significant threat to marine ecosystems as it affects the ability of corals, shellfish, and other organisms to build and maintain shells and skeletons. Raji's project explores the potential of combining algae's natural carbon dioxide-absorbing abilities with calcium compounds to increase water alkalinity and counteract the effects of ocean acidification.
Raji's approach goes beyond relying on a single solution by investigating how algae and calcium buffers could work together to create healthier conditions for marine life. The project aims to develop a more balanced aquatic environment that could help mitigate the impacts of rising acidity on marine ecosystems.
Although Raji's project is currently a student research initiative, it showcases the power of science education in inspiring young minds to tackle complex environmental issues. Her selection as a finalist in the 3M Young Scientist Challenge highlights the growing role of young students in driving environmental innovation and offers her an opportunity to refine her ideas and gain mentorship from industry experts.
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