Nature Meets Nanotech: A Sustainable Strategy for Mosquito-Borne Disease Prevention in California

Publication Date : December 10, 2025

Abstract :

California faces a growing public health challenge as invasive mosquitoes spread diseases such as dengue, Zika, and yellow fever. Warmer temperatures, global trade, and stagnant water sources have created ideal breeding grounds, leaving communities vulnerable to outbreaks. Traditional mosquito control methods often rely on chemicals that damage ecosystems, creating an urgent need for more sustainable approaches.

This project offers a holistic solution grounded in scientific insight and natural resilience. It integrates environmentally safe repellents, a virus-blocking bacterium that limits mosquito reproduction, advanced biosensors powered by nanotechnology for early disease detection, and community-based protection strategies. Together, these components not only suppress mosquito populations but also disrupt the transmission cycle of mosquito-borne illnesses.

The impact of this initiative reaches beyond immediate health concerns. By embracing sustainable and data-informed practices, California has the opportunity to lead by example, offering a blueprint for regions grappling with climate-related mosquito expansion. A proactive response today can shape a future where public health and environmental stewardship advance in harmony.

Project Narrative:

For full details on the project, please read the Project Narrative below:

Author(s) :

Samith Gowda, Grade 11,  Adrian C. Wilcox High School, Santa Clara, CA