What Is Erosion And How Can It Help Shape The Land?

Slides:



Advertisements
Similar presentations
V-Shaped valleys and Interlocking Spurs.
Advertisements

V-shaped valleys.
Slow Changes to Earth’s Surface
Weathering and Erosion
How is our Earth’s surface worn down?
An introduction to coasts. What is the difference between weathering and erosion? Weathering is the wearing away of rocks. Erosion is when the loose.
Agents of Erosion.
Chapter 1.4, Weathering, & Erosion. Weathering Weathering is the process of breaking surface rock into boulders, gravel, sand, and soil. Weathering can.
HYDROSPHERE Rivers processes, profiles and landforms.
Water Shaping Rock & Land L.O: To know how water can shape both rocks and the land.
Water Shaping Rock & Land D. Crowley, Water Shaping Rock & Land To know how water can shape both rocks and the land Thursday, January 21, 2016.
Erosion and Deposition
Changes to the Earth’s Surface: Erosion
Chapter 10 Lesson 1 How Does Earth’s surface change?
At this very moment, although you may not see it, Earth’s land features are changing. Wind and water are working together to wear down the land in some.
Erosion  The materials produced by any type of weathering rarely stay in the same place.
The Process of Erosion and Deposition of Sediments.
Waves How are waves connected to our big idea of weathering, erosion, and deposition?
Weathering & Erosion Chapter 4 Lesson 3 Page 192.
Weathering and Erosion.
Slow Changes to Earth’s Surface
Erosion and Deposition
GCSE Geography Paper 1 – Physical 37.5% Paper 2 – Human 37.5%
Weathering and Erosion.
Changes to the Earth’s Surface: Erosion
How Do Weathering and Erosion Change the Land?
Weathering, Erosion and Deposition
Weathering and Erosion
EROSION.
Changes to Earth’s Surface Chapter 9
Erosion and Deposition
Erosion and deposition
The Earth’s surface is always changing!
True or False: The Earth’s surface has stayed the same for thousands of years
Chapter 13 Surface Water.
Erosion and Deposition
Agents, Forces, and Results
Erosion.
The Earth’s surface changes over time due to weathering and erosion.
The Earth’s surface changes over time due to weathering and erosion.
Jeopardy Rocks Weathering Erosion Glaciers Water Q $100 Q $100 Q $100
Deposition, Weathering, and Erosion
Weathering and Erosion
Soil.
Erosion Erosion is the removal of rock particles from a location.
Weathering and Erosion
Changes to the Earth's Surface
Changes to the Earth’s Surface: Erosion
Erosion and Deposition
Gravity, Water, Wind, and Ice shape Earth’s surface.
External Forces Affecting Earth
Earth and Space Science
The Earth’s surface is always changing!
Chapter 4, Section 1 Landforms (part 2)
Weathering and Erosion
What happens after weathering?
Chapter 1 - Lesson 1 Shaping Earth’s Surface/ People Change the Land
Weathering  Weathering is the process where rock is dissolved, worn away or broken down into smaller and smaller pieces.  Example of weathering: Wind and.
Weathering  Weathering is the process where rock is dissolved, worn away or broken down into smaller and smaller pieces.  Example of weathering: Wind and.
The Earth’s surface is always changing!
The Earth’s surface is always changing!
Erosion and Deposition
Erosion Erosion is the removal of rock particles from a location.
This valley glacier has bands that look like ripples
Weathering, Erosion, Deposition Intro Notes
Erosion Erosion is the removal of rock particles from a location.
Erosion and Transportation
External Forces of the Earth
Slow Changes to the Earth’s Surface
The Earth’s surface is always changing!
Presentation transcript:

What Is Erosion And How Can It Help Shape The Land? Connections Pg 8-9, Activities & Extra on pg 9 LO: To know the four main types of erosion and understand how they shape the land Weathering Erosion Weathering and erosion work together as a team to shape the landscape.

Crunching up and chewing a sweet. letting a boiled sweet dissolve in your mouth without biting it.

Four types of erosion: Wind River Ice Sea

RIVERS Every day rivers wear away tiny bits of rock from their bed and eat into the banks on either side of the channel. This material is carried downstream and deposited when the water slows down. In times of flood large boulders may be loosened and rolled down the river bed.

SEA Coastlines are under constant attack by waves. During storms each wave hits the rock with a weight of several tonnes. When this is repeated many times, the rock is weakened and pieces break off. Currents carry loose material away and deposit it elsewhere.

ICE A glacier is a tongue of ice moving down a valley. Stones and boulders that fall onto it freeze into the ice and act like sandpaper on the rocks beneath. As the glacier moves, it carries the material downwards and at the same time wears away the valley bottom and sides.

WIND Explorers who cross deserts in cars often find their paintwork worn away and their windscreens scratched. This is because the wind picks up tiny particles of sand and blasts the against anything that is in the way. Rocks in desert areas are often eroded into strange shapes by this sand blasting effect.

ERODE TRANSPORT DEPOSIT Erosion wears away the land Deposition builds up new landforms Transportation moves the material from one place to another