Students Code for Native Bee Conservation in New Planet Bee Pilot
- Melissa Marazas
- 46 minutes ago
- 4 min read
From Classroom Learning to Climate Action: Students Code for Native Bee Conservation
This past spring, Planet Bee Foundation piloted Coding for Conservation, a hands-on STEM program that invited students to use coding, sensors, and environmental data to investigate native bee activity. Students did not just learn to code, they learned how scientists use data to understand pollinator’s environmental needs and protect the natural world.
The pilot reached over 600+ students across Washington State and California, with support from teachers, coordinators and college interns. Through a five-lesson sequence, students programmed BBC Micro:bits, collected temperature and light data, transmitted data between devices, and analyzed when conditions were most favorable for native bee activity.
The result was more than a coding unit. Coding for Conservation became a bridge from classroom learning to climate action.
Learning Computer Science To Answer Environmental Questions
Students began by building digital bee counters, then moved into sensor testing, radio communication, data logging, and environmental analysis. They explored how temperature and light can affect native bee activity and how remote sensing can help monitor habitat with less disturbance.
Teachers saw the connection between classroom coding and real-world science click into place.
“It was awesome that what they were coding in the classroom is the same technology that we had outside gathering data at our bee house.”
— Hannah F., WA Teacher
Students also responded strongly to hands-on technology. Teacher Sarah W. shared that students “really liked touching the micro:bit and getting to handle these little fragile computers.”
Growth in STEM Confidence and Bee Literacy
The pilot showed clear growth in students’ STEM confidence, pollinator knowledge, and understanding of how technology can support conservation.
Students who felt confident using technology like coding or sensors increased from 41% to 66%. Student understanding that bees respond to environmental changes like light and temperature increased from 67% to 93%. Students also showed growth in understanding bee diversity, the importance of bees to food systems, and the role of coding in environmental research.
Students showed they could apply key concepts across coding, data collection, and bee activity analysis. They explained how devices communicate, how weather conditions can affect bee activity, and why environmental data can be saved and studied later.
Learning Curiosity About The Natural World
Beyond building coding skills and environmental knowledge, students became more curious about native bees, more confident using technology, and more invested in protecting the natural world.
At our WA site, teacher Kirsten A. described a clear change in student attitudes toward pollinators:
“I had sixth grade boys fighting over who would rescue one off the sidewalk. That was the most obvious attitude change I saw.”
At the pilot school in California, students came to understand native bees as distinct from honey bees and as organisms worth protecting.
“By the end of it, they really understood that native bees are not honeybees… fragile little creatures to be tenderly cared for.” — Sarah W., CA Teacher
These moments matter. Coding for Conservation helped students build technical skills while also developing empathy, curiosity, and a stronger sense of responsibility for local biodiversity.
Transforming Classroom Learning To Community Science
The pilot concluded with student showcases that invited families, educators, and community members to experience student work firsthand.
At our Washington pilot site, students shared how they used code and Smart Native Bee Houses to monitor and support bee conservation. This work was made possible through support from the Woodinville Rotary Club and a Rotary International Global Grant, along with the dedication of the teachers, Planet Bee educators, university interns, and community partners.
At our CA site, students presented research posters on native bee biodiversity, pollinator habitat design, coding, artificial intelligence, and conservation technology. Their work connected campus-based action to broader environmental challenges and gave students practice communicating science to others.
Together, these showcases moved students from classroom learning to climate action by giving them a platform to share evidence-based conservation solutions with their communities.
Building the Next Generation of Environmental Problem Solvers
Coding for Conservation demonstrates what is possible when students use technology for a meaningful purpose. By connecting computer science, data literacy, community science, and native bee conservation, the program helps students see themselves as problem-solvers in STEM and environmental action.
Planet Bee Foundation is grateful to the educators, students, interns, funders, and partners who made this pilot possible, including the Woodinville Rotary Club, AMD, San José State University, San Francisco State University, University of Washington Bothell, and Crown Bees.
As Coding for Conservation enters its second Pilot Phase, we will continue to refine the curriculum and our Smart Native Bee Houses while giving access to more communities. Interested in supporting Phase II? Email info@planetbee.org for more details and help educate the next generation of environmental stewards!
Teachers interested in bringing Coding for Conservation to your school please feel free to sign up here and keep up with the latest buzz about Planet Bee via our newsletter.
