Curated OER
Monitoring River Levels
In this environmental science worksheet, students read and study water maps from an interactive website to complete 8 short answer questions that follow.
Curated OER
Rock River Watershed
Students discover what a watershed is and which one they live in. Using the internet, they research why watersheds are important to an ecosystem and how to keep them from getting polluted. They use a map to locate various items within a...
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Tall as a Mountain, Flat as a Plain
Students examine a variety of landforms that are found on the Earth and compare and contrast the distinguishing qualities of these forms. A topographical model of the landforms is made.
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Where Does Water Come From?
Perfect for children in pre-K through 1st grade, this presentation provides simplified information about the water cycle. While no academic language is used, the water cycle is fully represented in clear and easy-to-follow slides. This...
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Stream Ecology In Wisconsin and Puerto Rico
Students identify the different types of water and explain in what proportions they exist on Earth. They identify and correctly label the parts of the water cycle and how these parts interact with each other. Students identify the...
US Environmental Protection Agency
Non-Point Source Pollution
Investigate the different types of pollution that storm drain runoff carries into oceans, lakes, rivers, and streams with this class demonstration. Using an aquarium and an assortment of everyday items that contaminants like motor oil,...
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Shedding Light on Watersheds
Students discuss what a watershed is, complete online activities showing them how to take care of a watershed, and create a model of a watershed that they experiment with to see what happens when it is disrupted by civilization.
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From Maps to Models
Learners explore watersheds through the use of a topographic map. They observe topographical maps and discuss their characteristics. In groups, students create a model clay island and make a topographical map of it. Afterward, groups...
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To Protect Your Streams, Protect Your Mountains
Young scholars build and experiment with a watershed to understand the effects of pollution. In this movement of water lesson, students work in groups creating rock formations and change the viscosity of the liquids falling down the...
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Aquatic Ecosystem Exploration
Students visit a local stream, pond, creek, or river and collect macroinvertebrates. They sort macroinvertebrates and identify each species using a dichotomous key. Students decide on trophic levels and construct a possible food web for...
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The Flow of Fresh Water
In this water flow activity, students complete 15 word puzzles, a word search, and 2 picture puzzles about the flow of water and erosion.
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Wetland Transects
Students lay out transect lines beside a local stream or river. There they record species of plants and insects living around the stream. By doing so, students explore how to use transect sampling techniques, use a variety of methods to...
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Salmon Homing Instincts
Students study the conditions of salmon imprinting as the fish returns to spawn in its native waters. Scented cards are used to mimic the imprinting process as the student fishes search for and identify obstacles to reaching their native...
Curated OER
Chemical Consequences of Burning Fossil Fuels
Future scientists are introduced to the chemical consequences of burning fossil fuels, learning that fossil fuel combustion leads to the formation of oxides of three nonmetals: carbon, nitrogen, and sulfur, all of which end up in the...
National Park Service
Rock Ranking
Junior geologists sort rocks and soil. They separate a sample of river gravel by size, shape, color, and other characteristics. To include Common Core standards, you could have little ones graph the number of particles in each sample.
Curated OER
The Water Cycle
A short, but nicely done, presentation on the basics of the water cycle. In it, learners view slides which describe the fascinating process of how the sun creates water vapor, which creates clouds, which create rain, which flows into...
Curated OER
The Five Finger Exercise
Students understnad the importance of keeping our rivers and streams pollution free by remembering the major rivers of northeast Kansas. The see how the rivers contain particles of every substance that drains into them.
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Lotic Environment Lesson Plans
Students create and conduct experiments on a "classroom river habitat." They manipulate the biotic and abiotic factors so that they are able to compare an artificially prepared river model to a naturally occurring lotic ecosystem.
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Lotic Environment
Students assemble a classroom river model as an example of a lotic system. They control and measure biotic and abiotic information for the in-class system and compare data with a lotic system in a natural environment.
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Backwards Goes It Does
Students create a three-dimensional model of the Chicago river watershed to determine the flow of the river at its mouth. They use prepared clear gelatin and topographic maps to discover that the building of canals actually reversed the...
Curated OER
Tracking the Salt Front
Students manipulate Hudson River salt front data from October 2004 -
September 2005 to locate the high and low points of the salt front for each month, They determine the range for each month, determine the modal range for each month,...
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Stream Table
Students build and erode a hillside. In this earth science lesson, students build a five inch hillside in a paint pan using sand, soil, and pebbles. They pour water over the hillside to monitor the erosion and how it is...
Curated OER
Red River of the North Flooding 1997
Students describe factors that affect the flow of rivers and explain their relationships. They research the factors involved in flooding events. describe the effects of present and future practices in land use, and river control methods.
Curated OER
Field Exercise: Stream Flow Dynamics & Sedimentation
Students produce a vertical profile of a stream and map and define thalweg, point bar, and cut bank. They measure flow velocity differences across a stream transect and equate flow velocity with size of substrate sediment collected.
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