Learning Gig Resources
How Weather Systems Work
An introduction to the science of weather systems, focusing on air pressure, temperature, and water vapor. Students will learn how these factors create different weather patterns like sunny days and storms.
Stormy Weather: Hurricanes and Tornadoes
A deeper dive into extreme weather systems, focusing on hurricanes and tornadoes, their formation, and their features. Students will learn about the damage these storms can cause and how to stay safe during them.
Weather Systems and the Environment
An analysis of how weather systems, such as prolonged droughts or hurricanes, impact ecosystems, animals, plants, and human life. This reading includes real-world examples to make the material relatable.
Project Work (Recommended)
Project: Weather Impact Infographic
Students will create an infographic illustrating the formation, characteristics, and environmental/human impacts of a specific weather system, sharing their findings in small groups.
3-4 students per groupWeather Systems: Types and Characteristics
Explore the factors, features, and impacts of weather systems.
Air Pressure
Air Pressure
The weight of air pressing down on the Earth, caused by air molecules.
High-Pressure System
High-Pressure System
A weather system that brings clear, sunny skies due to sinking, cooler air.
Low-Pressure System
Low-Pressure System
A weather system that causes clouds and storms as warm air rises.
Warm Air
Warm Air
Air that rises because it is lighter and less dense.
Water Cycle - Condensation
Water Cycle - Condensation
The process where water vapor cools and forms tiny droplets, creating clouds.
Evaporation
Evaporation
The process where heat causes water to turn into vapor and rise into the atmosphere.
Hurricane
Hurricane
A large storm system with strong winds and heavy rain, formed over warm ocean waters.
Tornado
Tornado
A spinning column of air that extends from a thunderstorm to the ground.
Coriolis Effect
Coriolis Effect
The spinning of Earth that causes air to rotate in storms, forming circular patterns.
Storm Surge
Storm Surge
Ocean waves pushed onto coastal areas by hurricane winds, causing flooding.
Guided Notes and Study Guide: Weather Systems: Types and Characteristics
This study guide provides an overview of weather systems, their types, features, and impacts on the environment and human life. It includes interactive prompts, key concepts, and activities to help students understand and retain essential science topics.
Session Schedule
Learning Gigs are self-paced and this schedule is only an aid for a classroom setting.- Read 'How Weather Systems Work' to understand the basics of air pressure, temperature, and water vapor.
- Discuss key concepts from the reading, such as high-pressure and low-pressure systems.
- Introduce a multi-day project related to weather systems and form student groups.
- In-Class Work: Allocate time for groups to brainstorm and outline ideas for the project.
- Independent Learning: Reflect on the day’s discussion and brainstorm additional project ideas at home.
- Watch the video 'Hurricane | The Dr. Binocs Show' to learn about hurricane formation and characteristics.
- Watch the video 'What Causes a Tornado? | COLOSSAL QUESTIONS' to understand tornado development.
- Facilitate a class discussion comparing hurricanes and tornadoes.
- In-Class Work: Provide time for students to research information and begin outlining their project work.
- Independent Learning: Continue research or refine ideas for the project.
- Read 'Stormy Weather: Hurricanes and Tornadoes' to delve deeper into these extreme weather events.
- Analyze environmental and human impacts from the reading in a class discussion.
- In-Class Work: Dedicate time for students to work in groups, creating drafts and visuals for their project.
- Independent Learning: Finalize drafts and refine details for the project.
- Collaboratively review the study guide to reinforce understanding of weather systems and their impacts on ecosystems and human life.
- Discuss real-world examples from the readings and videos as a class.
- In-Class Work: Allocate time for groups to finalize their projects, rehearse presentations, and make finishing touches.
- Independent Learning: Practice presentation skills and ensure all aspects of the project are complete.
- Groups share their completed projects and explain their findings.
- Facilitate a reflective discussion on weather systems and their importance.
- Administer a short assessment to evaluate understanding of key concepts.
- Independent Learning: Reflect on the project and class discussions, identifying areas for further learning.
Session: Monday
Introduction to foundational concepts of weather systems.
Session: Tuesday
Exploration of specific weather phenomena: hurricanes and tornadoes.
Session: Wednesday
In-depth study of extreme weather systems and their impacts.
Session: Thursday
Examination of the broader environmental impacts of weather systems.
Session: Friday
Sharing and assessment.
This Learning Gig development generously funded by Outstanda.