Oh No, O3zone: “Good Up High, Bad Nearby!”

Oh No, O3zone: “Good Up High, Bad Nearby!”

This module teaches students about ozone’s role in the atmosphere and explores authentic data to compare and contrast conditions that affect ground-level ozone values.

Context for Use

The four DISCOVER-AQ modules can be completed independently, sequentially, or extended into a larger unit of study.

Oh No, O3zone: “Good Up High, Bad Nearby!” Module 1.2

Image by JackieLou DL from Pixabay 

Goals Header
What Students Will Do

  • Identify the two main locations of ozone in the atmosphere.
  • Explain the chemistry of ground-level ozone pollution formation.
  • Analyze data from an upslope ground-level ozone air pollution event.
  • Discuss how weather conditions, topography, and time of day and year contribute to an upslope ground-level ozone pollution event.

Teaching Materials

Discover-AQ: Module 1.2 Teacher Guide
Discover-AQ: Module 1.2 Student Guide
Discover-AQ: Module 1.2 Ozone Analysis Activity
Discover-AQ: Module 1.2 Ozone Analysis Activity Key
Discover-AQ: Module 1.2 Slides

Description

The “Know Your AQ” curriculum applies the 5E Instructional Model:

  • Engage (15 minutes) - Ozone Video & Image

Interest in ground-level ozone is generated and students’ current understanding of ozone’s roles in the atmosphere is addressed.

  • Explore (35 minutes) - Ozone Formation

Students participate in kinesthetic activities to explore the process ground-level ozone formation and factors that affect its levels in the atmosphere.

  • Explain (30 minutes) - O3nce Upon

Students construct their understanding of conditions that affect ground level ozone formation and transport and develop evidence-based explanations using research data.

  • Elaborate (15 minutes) - Ozone Alerts & AQI

Students deepen and expand their understanding of how individuals can access information on air quality conditions and actions that they can take to reduce air pollution.

  • Evaluate (5 minutes) - Ozone Quick Quiz

Students and teachers have opportunities to assess students’ basic understanding of ground-level ozone formation.

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