DiscoverE
Foil Boats
How many pennies can an aluminum foil boat hold? That is the challenge in a collaborative activity designed to explore the concept of buoyancy. Learners use aluminum foil to build makeshift boats and test the weight they hold before...
Florida International University
Are You Concentrating?
Explore the importance of a concentration gradient in the rates of dissolution. Using the ocean ecosystem, learners study rates of dissolution around coral reefs. A hands-on experiment helps individuals discover the effects of changing a...
Florida International University
Simulating Microgravity with Buoyancy
How do astronauts know how to live and work in a weightless environment? It doesn't come naturally! Junior physicists conduct experiments to examine the link between buoyancy and microgravity. Each activity illustrates a different aspect...
Curated OER
Earth: The Water Planet
Students elicit data on the water cycle, ocean topography, and island formation in this six lesson unit. The ocean floor and the properties of water are examined through a variety of discussions and hands-on experiments.
Curated OER
Major American Water Routes
Sixth graders locate and identify the major bodies of water and waterways in the United States. Through a simulation activity, they describe how early explorers would have described their surroundings. Working in groups, they create...
Curated OER
Oceanic Habitat Zones
Learners explore ocean habitats. For this oceanic environment lesson, students research various habitats in the ocean. Then, in a jigsaw format, learners teach others in the class about the habitat they researched.
Curated OER
The Water Cycle Game
Students study the path and forms of water through Earth. In this water cycle lesson, students role-play water as it moves throughout the Earth. Students play the water cycle game and complete various stations to learn about water forms...
Curated OER
The Arctic Ocean
In this Arctic Ocean worksheet, learners read a 2 page passage, then complete 10 true/false questions. Answers are included on page 4. A reference web site is given for additional activities.
Curated OER
The Water Cycle
Students explore the water cycle. In this water cycle lesson plan, students experiment with a variety of activities to discover what happens during the water cycle. Students create their own animated versions of the water...
Curated OER
Can You Swim in Chocolate Water?
Third graders discss water pollution and its affects on animals. They watch a demonstration using a plastic fish in a fish bowl in which various types of water pollution are illustrated.
Curated OER
The Water Cycle
Students are introduced to the components and importance of the water cycle. They are shown how groundwater moves using a model. Students list 9 places on earth where water is found. They define the terms cycle and water cycle.
Curated OER
Around the Water Cycle--A Reader's Theater
Students read aloud a play script in a group to research the water cycle. They take the parts of raindrops. The amount of raindrops can be adjusted to fit group size.
Nemours KidsHealth
Water Safety: Grades K-2
Students identify bathtub and pool safety rules. In this water safety lesson, students create a bathtub safety book and water bottle label that contain pool and water safety rules.
Curated OER
Seashore Explorers
There are three separate lessons within this resource that can be used together, or that can each stand alone. In the first, five simple activities allow junior scientists to examine the amazing properties of water. In the second, they...
Curated OER
Let the River Run
Students explore the environment by reading a story in class. In this water formation instructional activity, students define environmental terms such as rivers, streams, gulf, oceans and lakes. Students read the story A River Ran Wild...
Curated OER
The Chesapeake Bay in Captain John Smith's Time
When Captain John Smith visited the Chesapeake Bay in the summer of 1608, what types of animals and habitats did he encounter? Your young historians will analyze primary source documents to answer this question, as well as compare...
NOAA
Your Own El Nino
Scholars make a model to discover how the force of trade winds over the Pacific Ocean creates an El Niño. Super scientists observe how the severe weather affects life in water and on land.
Beyond Benign
The Big Melt: Arctic Ice Caps
Are the Arctic ice caps really melting out of existence? Junior climatologists examine the statistics of ice decline through four math-based lessons. Each activity incorporates data, climate information, and environmental impact into an...
NOAA
The Great, Glowing Orb What You Will Do: Make a Solar Heat Engine
How is solar energy able to move wind and water to control the climate? Scholars explore the concept of solar energy in the first of 10 activities in the Discover Your Changing World series. They follow instructions to build homemade...
Chicago Botanic Garden
Seed Dispersal and Plant Migration
There are five methods of seed dispersal. They include gravity, mechanical, animal, water, and air. Scholars study seed dispersal in lesson plan five of the series of six. Through discussions, hands-on analysis of different seed types,...
NOAA
Seamounts
How do chains of islands form? Young oceanographers explore the mountains of the deep in the final installment in a 13-part series. The interactive compares types of seamounts based on their overall height and height under the water, as...
Pace University
Pollution
Over the course of 10 days, scholars take a pre-assessment to place them in one of three leveled groups. Whole-class and in small groups, pupils take part in read-alouds, field trips, hands-on activities, and complete learning contracts...
Curated OER
Oceanography: Density: Designing a Hydrometer Lab
Learners explore water density and design a hydrometer to measure density. This activity is part of Ocean World's home site and excellent resources and links are provided.
Curated OER
Air and Water in the Environment
Students demonstrate an awareness of air as a substance that surrounds us and takes up space, and whose movement we feel as wind. They predict and describe how local weather conditions affect living things, including themselves.