ESSENTIAL QUESTION:
HOW CAN WE USE PATTERNS IN THE SKY TO HELP US?
ANCHOR PHENOMENON: THE SKY CHANGES IN A 24 HOUR TIME PERIOD.
12 LESSONS | FULL PROJECT DESCRIPTION BELOW LESSONS ⬇️
Lesson 10
Find patterns in music, practice and record a song to summarize learning.
The Sky Above project sparks students' curiosity as they explore patterns of motion in the sky. Through hands-on investigations of shadows, moon phases, and constellations, they build understanding of the sun, moon, and stars. Math is integrated as students practice telling time and debate the pros and cons of daylight saving time. They analyze data to determine the best time of year to visit San Diego and form scientific arguments about daylight saving time. Students also participate in the Globe at Night citizen science project, raising awareness about light pollution and contributing to global research. The project culminates with students expressing their creativity through a class song, artwork, and a final exhibition, encouraging them to become curious, creative changemakers in their communities.
Click the green buttons below to access the aligned standards in the Scope and Sequence document, along with final product resources and student work samples from the project.
*The Sky Above Project is inspired by the CA Science Framework IS4: Patterns of Motion of Objects in the Sky.
Written by: Lacy Szuwalski and Zoë Randall
The Calendar and Resource Slides were adjusted for online learning for the 2020-2021 school year, however detailed lesson plans have not been created for online learning.