Erosion

Learning Object — Asset
Rate Erosion

Asset: Erosion

Water eroding soil at riverbank.

Student Application

Think about what natural resources are used to make the objects you use everyday.


Learning Objectives

  1. Students will know the three types of natural resources: inexhaustible, renewable, and nonrenewable.
    1. Inexhaustible natural resources cannot be used up.
      i) Air is inexhaustible. All living things need air to live. Air is also used for things like blowing up toys, hearing sounds, and flying...

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Supporting Activities

  1. Take a trip to a local recycling plant. Students will be able to see how recycling works, what kind of things can be recycled, and the benefits of recycling.
  2. Bring to class several items that come from natural resources. They could be things like clothing, a nail or screw, some food items, or a toy made of wood. Have the stud...

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Related Content


Transportation
Soil
Rocks
Reuse
Renewable Resource
Reduce
Recycle
Pollution
Pollute
Oil
Nonrenewable Resource
Natural Resources
Natural Gas
Minerals
Metals
Inexhaustible Resource
Gems
Fresh Water
Fossils
Erosion
Earth Day
Crop Rotation
Contour Farming
Conserve
Coal
Air
Acid Rain
Fossil Fuel
Sun
Landfills
Trees And Plants
Water
Introduction
Three Kinds Of Resources
Inexhaustible Resources
Renewable Resources
Nonrenewable Resources
Pollution
Reduce, Reuse, Recycle
Conclusion
3R Ball
Learning About Natural Resources
Learning About Natural Resources
Learning About Natural Resources

Erosion

Learning Object — Asset
Rate Erosion

Asset: Erosion

Rockslide.

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

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Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

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Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion

Erosion

Learning Object — Asset
Rate Erosion

Asset: Erosion

Cartoon label erosion

Student Application

Take a journey to discover how physical weathering, chemical weathering, and erosion occur on the surface of the land.


Learning Objectives

  1. Students will know that landforms are the shape of the land on the surface of the earth. Mountains, hills, plateaus, basins, and valleys are examples of landforms.
  2. Students will realize that landforms are constantly changing. Some of these changes occur because of actions below the surface of the earth. For example, magma can er...

    [ Signin to View ]


Supporting Activities

  1. Give each student a piece of white paper (larger than 8 1/2 X 11) and some coloring utensils. Ask the students to fold the paper in half (not lengthwise if the paper is not square). Ask each student to choose an example from the video of weathering, erosion, and/or deposition. Then have him draw a picture on one side of the paper showing what the l...

    [ Signin to View ]


Related Content


Topsoil
Time
Terracing
Terracing
Temperature
Stream
Silt
Sediment
Sediment
Sand Dunes
Sand Dunes
Rain
Plants
Peninsula
Outliers
Outliers
Outer Core
Ocean Waves
Mountains
Mountains
Mining
Lava
Landforms
Inner Core
Ice In Rock
Half Dome
Gravity
Glacier
Glacier
Glacial Map
Foundation
Erosion
Erosion
Eroded Soil
Earthquake
Dust Storm
Dust Bowl
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Duplicate
Desert Wind
Deposition
Delta
Delta
Crust
Crust
Creep
Contraction
Contraction
Chemical Change
Biological Erosion Continues
Biological Erosion Begins
Biological Erosion
Before An Earthquake
Background
Agents Of Erosion
Agents Of Weathering
Biological Erosion Occurs
Plant In Rocks
Earthquake Damage
Roads
Deposition
Expand
Gravity
Glacial Flow
Boulders
Delta
Duplicate
Man Made Erosion
Delta
Ice
Duplicate
Erosion Control
Duplicate
Gravity
Mesa
Valley
Valley
Valleys
Water
Water
Water In Rock
Waterfall
Wave
Waves
Weathering
Weathering
Wind
Introduction
Landforms
Weathering
Erosion
People
Deposition
Conclusion
Leaders And Events Crossword
Landform Changes Venn Diagram
Push Pin Review
Weathering & Erosion
Weathering & Erosion
Weathering & Erosion