Curated OER
Making Clouds
In collaborative groups, mini-meteorologists investigate the conditions that must be present for clouds to form: cooling air, water vapor, and condensation nuclei. In addition to procedures, a chart for observations and some follow-up...
Curated OER
Deep Convective Clouds
Students observe clouds. In this deep convective clouds lesson, students analyze cloud data recorded over one month and draw conclusions based on results. Students predict "Thunderstorm Season" and prepare to defend their decision using...
Curated OER
Investigating the Climate System - Clouds
Here is a fabulous lesson on the Earth's radiant energy system. This amazing, 31-page document is chock-full of great activities, worksheets, lab sheets, quizzes, rubrics, and assessments. Learners model and explain cloud formation,...
Sunburst Visual Media
Clouds
Support science instruction with a combination of engaging activities and skills-based worksheets that focus on clouds. Learners take part in grand discussions, write an acrostic poem, complete graphic organizers, solve word puzzles, and...
Curated OER
Cloud Poems
First graders make daily observations about clouds, write in their cloud books, make cloud charts, and make a poem about clouds.
Curated OER
Combining Clouds and Art in the Classroom
Get your head in the clouds before teaching cloud types to your mini-meteorologists. The lesson opens with a beautiful PowerPoint presentation of clouds portrayed in different artists' paintings. After viewing artistic renditions,...
Curated OER
Introduce Vocabulary: Clouds (Bauer)
What type of cloud is that? Explore meteorological vocabulary using Marion Bauer's book, Clouds (although these strategies could be used for any fiction or nonfiction text). Pre-teach the new words before reading the story aloud....
Curated OER
Does Humidity Affect Cloud Formation?
Students use S'COOL data to identify factors that affect cloud formation. They find a data set using the S'COOL database , and use Excel to manipulate the data. Student isolate relevant data, create meaningful graphs from a spreadsheet,...
Curated OER
Create a Cloud in a Bottle
Meteorology or earth science classes reach for the sky with this lesson plan! You will need to purchase a Fizz Keeper® device and temperature strip for each lab group if you want them to perform this as an activity rather than you doing...
Curated OER
Types of Clouds
In this science worksheet, learners read about four different types of clouds. Students also read a table that illustrates the heights each type of cloud can reach in the atmosphere.
International Technology Education Association
Sizing Up the Clouds
How much rain can that cloud make? Through a simulation, the class estimates the amount of candy rain contained in different cup clouds. After probing the clouds using different methods, class members adjust their estimates. Participants...
Curated OER
Clear Day, Cloudy Day; Weather, Cloud Types and Formations
Learners explore the formation of clouds and different cloud types. Students simulate a cloud formation within a bottle.
E Reading Worksheets
Making Predictions #2
What happens next? Learn to make predictions with five short passages. As kids finish reading each passage, they jot down what they think will happen next, as well as the evidence from the text that supports their prediction.
Curated OER
Cloud Observations using GLOBE Protocols
Learners observe which of ten types of clouds are visible and how much of the sky is cloud covered. They see that by observing clouds, we can get information about temperature, moisture, and wind conditions in different places in the...
American Chemical Society
What Makes it Rain?
Clouds come alive when curious minds create rain in an action-packed activity. Scholars view a video of rain and analyze an image of water uses to generate a class discussion leading into a hands-on exploration. Using a set of...
Curated OER
Making Clouds: Aerosol-Cloud Interactions in a Beaker
Young scholars observe a teacher demo on how clouds form. In this earth science lesson plan, students discover how cloudiness affects relative humidity. They explain the scattering of light by clouds.
Curated OER
Clouds
Second graders explain what a cloud is, how it is formed and what the various types of clouds are. They do an experiment which shows them how to "make" a cloud, and write in their science journals about a "crazy weather day."
Curated OER
Measuring Cloud Coverage
Learners explore Earth science by completing weather symbol worksheets. In this cloud identification lesson, students identify the different types of clouds in the sky and how they are formed. Learners complete a cloud measurement...
Curated OER
Cloud Types and Formation of Clouds
Students observe and photograph clouds. In this cloud lesson, students make a cloud scrapbook by photographing and completing a worksheet describing the clouds. Students record other sky events such as rainbows.
Curated OER
Three Clouds Activity
Students understand how clouds are formed. For this cloud lesson, students participate in three experiments to make clouds. Students complete activity sheets for each experiment.
Curated OER
Weather or Not (Cloud Formation/Condensation)
Students investigate the formation of clouds and rain in this experiment. They decide how dust in the air helps to make clouds form and how dust helps meteorologists make forecasts.
Curated OER
Clouds
Young scholars explore clouds. In this weather lesson, students identify the steps in the water cycle, define condensation and evaporation, and relate this information to cloud formation. Young scholars perform a cloud experiment,...
Curated OER
Seasonal Cloud Cover Variations
High schoolers, in groups, access data from the NASA website Live Access Server regarding seasonal cloud coverage and the type of clouds that make up the coverage. They graph the data and make correlations between types, seasons and...
Curated OER
CLOUD IN A BOTTLE
Students make observations of what they see happening in the formation of a cloud in a modeled situation. They compile their observations in a list to better explain how the formation happened.