Many children live through extreme weather but rarely learn the science behind it at school. Climate science can also feel too big and distant for elementary students. How can teachers ground it in their students' own lives?
Researchers worked with four 4th- and 5th-grade teachers, a principal, and two coaches at two New Orleans schools, with 64 students aged 9 to 11. In the first year of a three-year partnership, they designed and taught a five-day unit, studying the process through recordings, interviews, field notes, and student work.
The researchers found:
- Experience counted as expertise. The researchers explained that they hadn't lived through these disasters, but teachers and students had. One teacher reflected that he wasn't a climate expert, but he had been there for Hurricane Katrina.
- Early ideas were mixed. Many students, and some teachers, linked climate science with trash, pollution, and smog. One teacher said he wasn't sure what to believe.
- Teachers chose the starting points. They picked events students remembered: smoke from marsh fires, extreme heat, drinking bottled water, relocating after hurricanes, and flooded streets. Researchers added hands-on activities on how gases from burning fuels trap heat, and how melting ice and warmer water raise sea levels.
- A story tied it together. The team turned When the Saltwater Came by Wendy Wilson Billiot into a Spanish-English graphic novel. Teachers wrote a hopeful ending in which the community builds an otter sanctuary, but left the final panel blank. Students' endings ranged from a restored marsh to the dredges coming back.
- Teachers wove in their own stories. One teacher compared the otters to New Orleans residents who moved to Houston after Katrina, only to face another hurricane there. Another invited students to share. One boy said his family couldn't return to their flooded house. Teachers stressed both hope and uncertainty.
- Teachers led the sharing. They presented the unit at a national science teaching conference and insisted that Gulf Coast experiences be part of it.
What this means for your practice:
- Start with what students have lived through. Open lessons with images of local events, and ask students what they remember and wonder.
- Value your own experience. Your stories of local events can help students connect science to real life.
- Check early ideas. Find out whether students confuse climate science with pollution or weather. Teachers said the unit helped them understand the difference.
- Adapt texts to your place. Rework stories to include local landmarks and students' home languages, as this team did with the graphic novel.
- Leave the ending open. A blank final panel let students bring their own experiences and outlooks.
- Hold hope and uncertainty together. Teachers showed how communities help each other while being honest that outcomes are not certain.
- Ask to co-design. If you work with researchers or curriculum writers, push to choose the opening examples and write parts of the text yourself.
- Share beyond your classroom. These teachers found their local knowledge was worth presenting to educators nationally.
The Bottom Line
Researchers worked alongside four teachers at two New Orleans schools with 64 students aged 9 to 11. Teachers led the design of the unit. They chose opening examples from events students had lived through, such as smoke from marsh fires and moving after hurricanes. With researchers, they turned a picture book into a bilingual graphic novel about an otter family forced from its marsh by salt water. They wrote a hopeful ending and left the last panel for students to complete. While teaching, teachers spontaneously shared their own Hurricane Katrina stories and drew out students' stories. They later presented the unit at a national conference. For educators, the study shows that local experience is real expertise, and that stories can link science lessons to students' lives.