Science3-5
Seasonal Daylight Data Analysis for 4th Grade
By Katelin M.
A short-answer data analysis activity for 4th graders that uses a table of average daylight hours in Houston, Texas, to help students spot patterns and sequences across the seasons. Students practice reading data, applying a science word bank (tilt, orbit, axis, revolution), and writing a clear, evidence-based response in the STAR format.
Customize for your classroom
Teacher Guide & Tips
- Use this as a 20-30 minute independent or partner writing task after students have been introduced to Earth's tilt, orbit, and the seasons, or as a formative check for the standard on patterns of change in seasons.
- Discussion question: Looking at January through July, what pattern do you notice in daylight hours, and why might that happen as Earth orbits the Sun?
- Scaffold for struggling readers: Provide a sentence frame such as "Between ___ and ___, daylight hours (increased/decreased) from ___ to ___," and have students circle the word bank terms they use.
- Extension for advanced students: Ask them to predict the daylight hours for a month not in the table (such as February or November) and justify the prediction using the pattern and Earth's tilt.
- Estimated time: about 25 minutes including a brief review of the word bank and the STAR response structure.
Science3-5
Seasonal Daylight Data Analysis for 4th Grade
By Katelin M.
A short-answer data analysis activity for 4th graders that uses a table of average daylight hours in Houston, Texas, to help students spot patterns and sequences across the seasons. Students practice reading data, applying a science word bank (tilt, orbit, axis, revolution), and writing a clear, evidence-based response in the STAR format.
Customize for your classroom
Teacher Guide & Tips
- Use this as a 20-30 minute independent or partner writing task after students have been introduced to Earth's tilt, orbit, and the seasons, or as a formative check for the standard on patterns of change in seasons.
- Discussion question: Looking at January through July, what pattern do you notice in daylight hours, and why might that happen as Earth orbits the Sun?
- Scaffold for struggling readers: Provide a sentence frame such as "Between ___ and ___, daylight hours (increased/decreased) from ___ to ___," and have students circle the word bank terms they use.
- Extension for advanced students: Ask them to predict the daylight hours for a month not in the table (such as February or November) and justify the prediction using the pattern and Earth's tilt.
- Estimated time: about 25 minutes including a brief review of the word bank and the STAR response structure.