Learn how energy, moisture, and air movement interact to produce weather patterns and climate behavior by observing change, measuring conditions, and modeling atmospheric systems.
What Students Do in Unit 4
In Unit 4, learners investigate how atmospheric conditions change over time by measuring weather variables, comparing patterns, and examining how energy drives atmospheric motion.
- Measure atmospheric variables such as temperature, pressure, humidity, and wind
- Record observations using standard units and consistent time intervals
- Compare weather patterns across locations and time periods
- Calculate rates and changes related to atmospheric conditions
- Model interactions between energy, air movement, and moisture
- Use basic technology to organize data and examine weather and climate patterns
Technology in Unit 4
Technology in Unit 4 is used to track atmospheric conditions over time, compare weather patterns across locations, and represent change within atmospheric systems. Learners use simple digital tools to organize measurements and examine trends in weather and climate data.
- Time-stamped tables to track changing weather conditions
- Simple graphs showing trends in temperature, pressure, and precipitation
- Public weather datasets to compare regional patterns
What’s Included in Unit 4
- Guided readings focused on atmospheric processes
- Field Bench™ activities measuring weather variables
- Weather pattern analysis and modeling tasks
- Practice quizzes with unlimited attempts
- One parent-scored module quiz
- Completion checkpoints to confirm mastery
Unit 4 is fully self-paced and parent-guided.
Who Unit 4 Is For
- Learners ready to examine weather and atmospheric patterns
- Students who benefit from clear, step-by-step instruction
- Learners who understand concepts best through guided measurement and comparison
- Homeschool families using ESAs, vouchers, or direct pay
Standards Alignment and Credit
Unit 4 aligns with high school Earth & Space Science standards used across U.S. states and territories, including NGSS HS-ESS and state-developed frameworks. Emphasis on atmospheric processes, weather patterns, and climate behavior supports continued progression toward full-course credit.