Graphing Colorado’s Climate Data Analysis Activity
In this middle school climate graphing and data analysis activity, students use authentic temperature and precipitation data from Colorado communities to practice constructing graphs, identifying patterns, comparing data, and using evidence to explain regional climate differences.
Students begin with a short reading introducing weather vs. climate, climate normals, elevation, topography, temperature, and precipitation. A quick graphing reference reviews bar graphs, line graphs, axes, units, scales, and legends before students begin working with the data.
Students then create and analyze graphs using climate data from Aspen, Alamosa, Denver, Grand Junction, and Pueblo, Colorado. They compare annual temperatures and precipitation, calculate differences, rank locations, identify patterns, and investigate how elevation and geography can influence regional climates.
The activity culminates in a double-line graph comparing monthly temperatures in Grand Junction and Aspen and a final data-analysis section in which students combine elevation, temperature, and precipitation evidence to evaluate the claim that elevation alone determines climate.
This resource is designed to work as a standalone graphing activity, climate lesson, science-and-math integration activity, review, sub plan, or reinforcement lesson.
What’s Included
✓ Climate background reading and comprehension questions
✓ Climate graphing quick-reference page
✓ Bar graph vs. line graph review
✓ Average annual temperature data table
✓ Student-created temperature bar graph
✓ Temperature data-analysis questions
✓ Average annual precipitation data table
✓ Student-created precipitation bar graph
✓ Precipitation data-analysis questions
✓ 12-month Grand Junction vs. Aspen temperature data set
✓ Student-created double-line graph
✓ Climate pattern and elevation analysis
✓ Evidence-based final written conclusion
✓ Complete 10-page teacher answer key
✓ Completed example graphs
✓ Thank-you / terms-of-use page
Skills Practiced
Students practice:
Selecting an appropriate graph type
Constructing bar graphs
Constructing double-line graphs
Selecting appropriate scales
Labeling axes and units
Creating graph titles
Using legends
Plotting numerical data
Interpreting tables and graphs
Comparing temperature and precipitation
Calculating differences between data values
Ranking and organizing quantitative data
Identifying trends and patterns
Relating elevation to temperature
Recognizing that multiple geographic factors influence climate
Supporting explanations with numerical evidence
Drawing conclusions from multiple data sets
