After taking on the role of meteorologists, students explore the causes of weather. Student groups are assigned various cities across the globe that experience different types of weather. They gather background information on the causes and locations of their phenomenon, use the Seeing Reason Tool to identify the effects of their phenomenon on the given area, and make informed decisions about safety during weather phenomena. Student groups present their findings to the class and individually write a report on a weather phenomenon.
- Essential Question
Why is it important to be prepared?
- Unit Questions
How does weather affect us?
Why is it important to monitor the weather?
Why do we need to prepare for natural disasters?
- Content Questions
What are the characteristics of weather phenomena?
How is the risk from common phenomena influenced by location/region?
What changes in weather are indicators of climate change?
View how a variety of student-centered assessments are used in the Weather Unit Plan. These assessments help students and teachers set goals; monitor student progress; provide feedback; assess thinking, processes, performances, and products; and reflect on learning throughout the learning cycle.
Set the Stage
Prior to beginning this project, establish an understanding of basic principles of weather. Be sure that students understand the difference between weather and climate and are able to identify conditions that create or control weather. Make sure to discuss how global patterns of atmospheric movement influence local weather and the major effect that oceans have on climate. Discuss how water in the ocean holds a large amount of heat which creates weather phenomena. This can be done through a series of labs, lectures, readings, videos, and discussions. Establish a science journal for students to keep track of key scientific concepts as well as note any questions to revisit.
Invite a local meteorologist to speak with the class or visit a local news station to watch a meteorologist in action.
Introduce the Project
Ask students the Essential Question, Why is it important to be prepared? Elicit student responses and engage in discussion about being prepared for anything. These can be from every day occurrences to worldwide events. Lead the discussion towards weather-related incidences.
Pose the Content Question, What are the characteristics of weather phenomena? Begin a class discussion on the definition of weather phenomena and examples of phenomena that will be covered in class.
Pose the Unit Question: Why is it important to monitor the weather? Ask students to respond to the question in their science journals. Then, elicit students’ initial responses to the question. Tell students that this question will be revisited throughout the unit.
To define the scope and roles of this project give students the Weather Project Overview.
Students assume the role of meteorologists for this project. To make sure students understand what a meteorologist does, provide time to explore online resources and share prior knowledge about meteorologists. Make sure to focus on how meteorologists use technology to gather data, enhance accuracy, and analyze and quantify results of their investigations. Instruct students to write any notes or questions they have about the job of a meteorologist in their science journals and add any additional thoughts in response to the Unit Question: Why is it important to monitor the weather?
As students research, monitor progress by asking probing questions, reading and responding to science journal entries, and conducting one-on-one conferences.
In a whole class discussion pose the following Unit and Content Questions: How does weather affect us? and How is the risk from phenomena influenced by location? Discuss local weather patterns and potential phenomena risks associated with your region. Then ask students:
- Have you experienced weather phenomena?
- Where were you when these phenomena occurred? Have you lived in other places? If so, did you have weather/climate that is different than where we live now? How was it different?
- Did weather affect how you lived?
Post a chart of key concepts discussed. Tell students that they will continue to examine and answer these questions in the next activity.
Establish Phenomena and Location
Explain that throughout the world there are many different types of weather phenomena. Identify cities across the world that experience various weather phenomena. Assign each student a location and a weather phenomenon to research, making sure there is more than one student assigned to each location. Place students into teams based on their location and weather phenomenon. Students begin exploring their location as a team. Instruct the teams to identify the city’s longitude and latitude and then chart and analyze the temperature averages for the location. Have them hypothesize in their science journals about why the location has the climate that it does.
Introduce Seeing Reason
Before proceeding with the next activity, click here to set up the Weathering the Weather project in your workspace. Revisit key concepts chart created earlier, and while students are in their location teams pose the following Unit and Content Questions again: How does weather affect us? and How is the risk from common phenomena influenced by location? Add these new learnings to the chart in response to these questions.
Give each team their log-in information. This is an initial map and teams may not have a lot of factors and relationships defined. At the end of their mapping session have them save a copy of their map in their portfolio. As students individually research their phenomenon, they come together as a team to analyze new information and revisit the team map.
Monitor the students as they are working on their maps. Use the folowing questions to extend student thinking:
- How have you described your factors?
- What is your evidence for the relationship you show between these factors?
- Why is this important to understand? What causes this to happen?
- Can you explain this relationship further?
- How does it affect this factor?
Examine the Seeing Reason Activity
The Seeing Reason space below represents one team's investigation in this project. The map you see is functional. You can roll over the arrows to read relationships between factors, and double-click on factors and arrows to read the team's descriptions.
Project Name: Weathering the Weather (Click here to set up this project in your workspace)
Question: How does weather affect us?
Explore an interactive demo.
Share with students the Weather Project Rubric and discuss the criteria that will be used to assess the project. Allow for questions and make sure that students understand all aspects of the rubric. Provide students with a rich combination of text and Internet resources to use to answer and guide their research. Explain that the Weather Project Overview and the Weather Report Format contain the questions that should be researched for the individual report and will aide the group presentation.
Students create a report of their findings. The Weather Report Format guides their report.
As students research, monitor progress by asking probing questions, reading science journal entries, and conducting one-on-one conferences.
Encourage students to revisit their Seeing Reason map and add additional factors or relationships. These relationships show the cause and effect of their phenomenon on people and places as they gather new research. They should have at least four revised maps. Use the comment feature to guide discussion and further exploration of their maps. After each work session remind students to save the team map to their portfolio.
Students select a presentation format based on the audience who they are presenting to, that has been associated with their location in the Weather Project Overview. The audience assigned such as a group of tourist or business owners makes the real world connection for the students. They may select any type of presentation format (multimedia, poster, play, etc.) to complement their oral presentation. Share with students the sample group presentation to foster a discussion on expectations and quality work. Give each group the Weather Group Checklist for organizing their presentation.
Conclude the Lesson
After the group presentations give each team the opportunity to revisit their Seeing Reason map to clarify any factors or relationships based on insight from maps they saw during team presentations.
Be sure to end the final activity with a comprehensive debriefing session that revisits the Unit Questions. Then as a final journal entry pose the Essential Question: Why is it important to be prepared?
Give students the opportunity to express any relevant observations they may wish to make.
- Basic word processing and desktop publishing skills.
- Basic understanding of using the Internet to research information.
- Locate and distribute research materials that are appropriate for their reading ability.
- Distribute an outline for students to complete to help organize their research and report work.
- Assign students to work in pairs to create a report instead of individually.
- Use word processing software features such as dictation or text to speech capabilities to assist in editing student work.
- Have students collect, graph, and draw conclusions based on data related to their phenomenon such as (causalities, cost relating to damage, severity, people effected, or number of occurrences over time).
- Have students research what contingency plans local government has in place should a natural disaster hit the region.
- Have students write a sample public service announcement to inform residents of an impending threat related their phenomenon.
- Have students create a Web-based weather survey form to collect data from people in other regions to find out how the weather affects them or to determine how prepared they are to weather the weather.
English Language Learner
- Allow the student to complete work in their first language and then have it translated into English later.
- Have a more proficient bilingual student help the English language learner.
- Use the talking text feature in word processing software to assist in editing the student work.
At a Glance
Grade Level: 5-8
Subject: Earth and Space Science
Topics: Weather, Community
Higher-Order Thinking Skills: Cause and Effect, Analysis
Key Learnings: Weather Phenomena, Severe Storms, Natural Hazards, Disaster Preparedness
Time Needed: 1 month of daily 45 minute lessons