Nathan Gael Montelongo, a seventh-grader from La Joya, Texas, created a project using chitosan. He collected discarded shellfish shells to produce chitosan powder and tested its effectiveness on polluted water. Studies showed that chitosan improved water clarity and benefited zebrafish embryos in experiments. Nathan designed a prototype raft that could automate water quality monitoring and treatment.
Ankith Burki, a seventh-grader from BASIS Independent Silicon Valley, created an atmospheric water generator for his project. He utilized low-frequency sound waves to improve the efficiency of water collection. Testing revealed a 117 percent increase in water production under specific sound conditions. His work earned him a finalist position in the 2026 Thermo Fisher Scientific Junior Innovators Challenge.
Bailey Quinn Frank has created a groundbreaking air sampler designed to enhance health surveillance in rural areas. Utilizing basic materials such as fans and filters, this device collects airborne bacterial DNA. Findings revealed notable variations in bacterial composition between indoor and outdoor spaces. As a finalist in the Thermo Fisher Scientific Junior Innovators Challenge, Bailey exemplifies the use of practical tools in tackling public health issues.
In a remarkable ecological achievement, Maryland has revitalized a significant expanse of oyster reef in Harris Creek, successfully planting over 2.49 billion oyster seeds to enhance the local oyster population. Recent monitoring indicates that a substantial portion of the restored reefs is meeting critical density and biomass benchmarks. This project is part of a broader collaborative initiative aimed at renewing oyster habitats crucial to the Chesapeake Bay's ecosystem.
Over a 35-year research project, scientists explored the population changes of the endangered Schaus' swallowtail butterfly. They discovered that hurricanes caused early reductions in population, followed by notable rebounds in subsequent years. While annual counts were quite variable, a stable long-term population trend emerged. Additionally, weather variables influenced wing size in relation to temperature and rainfall.