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Curriculum Resource Hub

Search and filters for this hub are in development. In the meantime, browse resources by program on our Programs page.

Instructional units, lessons, media literacy tools, and assessment resources for anchoring climate instruction in local phenomena, from full multi-week units to a single podcast episode that can spark tomorrow's discussion.

Elementary students work together on a map spread across their classroom table.

Cooler Communities

Unit | Grades 5 through 7 | Earth and Space Science

Students investigate why some neighborhoods are hotter than others, using land surface temperature and vegetation data as the anchoring phenomenon, then design evidence-based solutions for their own communities. 12 lessons, about 20 hours.

Open the Cooler Communities Unit

Chart paper titled Unit 3: Why Cities Are Hotter lists student ideas about population, pollution, fossil fuels, materials, and temperature, with sticky notes beside each.

High School Chemistry

High School | Chemistry

A chemistry unit anchored in the same Land Surface Temperature and NDVI phenomena, connecting energy, matter, and surface materials to the urban heat patterns students see in their region.

Open the High School Chemistry Unit Folder

Close-up of green plant leaves.

High School Biology: Heat and Homeostasis

High School | Biology

People, plants, and our planet. Students explore how organisms maintain stability in a warming world, linking homeostasis to extreme heat and ecosystem change.

Open the High School Biology Unit Folder

Students wire a micro:bit sensor kit with alligator clips and a breadboard at a classroom table.

Micro:bits for Computer Science Integration with Climate Education

Grades 5–12 | CS Integration

A UC San Diego Science Project initiative connecting physical computing with climate investigation. Start with the overview, then explore micro:bit lessons embedded in Cooler Communities and a high school extension for urban heat islands.

Read the Micro:bits for CS Integration Overview

A hand taps a beaker of water with a pencil to make a sound.

Listening to Waves

K–12 | Physics of Sound and Music

Listening to Waves, a project sponsored by the National Science Foundation, seeks to inspire students to develop a deeper appreciation of both science and sound. We aim to transmit to the students the sense of wonder that we feel towards the sonic world, helping them become aware of the sounds in the environment and draw a connection between the perceptual, physical, and computational aspects of sound and music.

Visit the Listening to Waves Website