Apparent Sun path learning stations give Grade 6 Science students a structured way to investigate how the Sun appears to move across Alberta's sky and how those patterns change with season and latitude. Built for the Alberta Sky Science context, the activity focuses on observable patterns students can compare and explain rather than treating sunrise, sunset, and day length as isolated facts.

Explore Sun Patterns Across Alberta

Students rotate through station cards and record information on their own station recording sheet. As they work, they examine how the Sun's apparent path varies and connect those observations to Earth's rotation and tilt.

The science focus includes:

• Changes in the Sun's apparent path across different seasons
• Differences in Sun patterns at different Alberta latitudes
• Sunrise and sunset positions
• Noon Sun height and seasonal variation
• Changes in day length
• Earth's rotation as an explanation for daily apparent motion
• Earth's tilt as a cause of predictable seasonal Sun patterns

What Students Do

The learning stations format encourages students to gather key information from each station card before bringing their observations together in the station wrap-up. Students compare patterns, describe relationships, and explain why predictable changes occur. This makes the resource useful when moving from observation of celestial patterns toward scientific explanation.

What You Receive

• ✅ Station cards for the Sun-path investigation
• ✅ Student station recording sheet
• ✅ Station wrap-up activity
• ✅ Answer Key PDF with an included Teacher Guide

The Teacher Guide provides learning objectives, teaching tips, discussion questions, and common mistakes, giving teachers support for introducing the stations, guiding conversation, and addressing misconceptions during the lesson.

Flexible Classroom Use

Use these Grade 6 science learning stations during a Sky Science lesson, as collaborative practice after introducing Earth-Sun relationships, or as a review of seasonal and daily celestial patterns. Small groups can rotate between station cards while recording their thinking independently, followed by the wrap-up for whole-class comparison and discussion.

Because the activity connects visible changes in sunrise, sunset, noon Sun height, and daylight with Earth's tilt and rotation, students practice moving from observed patterns to scientific explanations within a distinctly Alberta-focused context.