Atmosphere and Weather

This lesson will introduce students to the fundamental concepts of the Earth's atmosphere and oceans, focusing on how their circulation systems are shaped by Earth's heating dynamics and rotation. Through interactive activities and discussions, students will explore how these patterns influence regional climates across the globe.

This lesson explores the impact of Earth's axial tilt and rotation on the distribution of heat, which plays a crucial role in forming and directing atmospheric and ocean currents, ultimately influencing regional climates.

Students will build on their knowledge of Earth's atmospheric and oceanic processes to create models that visualize patterns of circulation affecting climate. This lesson blends theory with hands-on activities, aiming to enhance student understanding of how unequal heating and Earth’s rotation influence these patterns.

In this lesson, students will explore how air masses and their movements affect weather conditions. They will learn about different types of air masses, how they interact with each other, and how these interactions can lead to changes in weather. Through engaging activities and discussion, students will develop a deeper understanding of the dynamics of weather systems and their predictability.

In this lesson, students will collect and analyze real-time weather data to understand how the movements of air masses influence weather patterns. They will engage in hands-on activities to observe changes in temperature, humidity, and pressure, and discuss how these changes are indicative of air mass interactions.