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The 4 coastal processes of erosion with timeforgeography.co.uk

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How many ways does erosion take place? Name and describe them.

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How many ways does erosion take place? Name and describe them.

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Hydraulic action is waves crashing into the cliff, rocks forcing itself into the hole making it erode.
Abrasion is the waves throwing rocks at the cliff
Attrition is there is small particles in the water/wave and the rock particle smashes against each other in the water making the rock smaller and smaller.
solution is sea water with/where salt in the water can dissolve rocks

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Draw each process and upload your drawings here.

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Draw each process and upload your drawings here.

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Hydraulic Action: When water is forced into the rock, it causes the air to get squashed inside. The air blasts out when the wave retreats which can break the rock apart.

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Hydraulic action: When water is forced into the rock, it causes the air to blast out inside. The air squashes when the wave retreats which can break the rock apart.

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Hydraulic action: When water is forced into the rock, it causes the air to blast out inside. The air squashes when the wave retreats which can break the rock apart.

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Hydraulic action: When water is forced into the rock, it causes the air to blast out inside. The air squashes when the wave retreats which can break the rock apart.

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Hydraulic action: When water is forced into the rock, it causes the air to blast out inside. The air squashes when the wave retreats which can break the rock apart.

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Hydraulic action is waves crash along the base of the cliff forcing air and water into the cracks.
Abrasion is the waves throwing rocks at the cliff.
Attrition is small particles in the wave and the rock particle smashes against each other in the water making the rock smaller and more rounded.
Corrosion is the chemical action of the sea water where salts in water can dissolve rocks.

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The loose sediments in the sea hit each other and slowly become smaller and rounder.

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water is forced into the rock. this squashes he air inside. this air blasts out when wave retreats. this can break the rock apart

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The waves in the sea fling loose sediments at the side of the cliff and cause damage to the cliff.

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Hydraulic action is waves crashing into the cliff, rocks forcing itself into the hole making it erode.
Abrasion is the waves throwing rocks at the cliff
Attrition is there is small particles in the water/wave and the rock particle smashes against each other in the water making the rock smaller and smaller.

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Hydraulic action is waves crashing into the cliff, rocks forcing itself into the hole making it erode.
Abrasion is the waves throwing rocks at the cliff
Attrition is there is small particles in the water/wave and the rock particle smashes against each other in the water making the rock smaller and smaller.

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Hydraulic action is waves crashing into the cliff, rocks forcing itself into the hole making it erode.
Abrasion is the waves throwing rocks at the cliff
Attrition is there is small particles in the water/wave and the rock particle smashes against each other in the water making the rock smaller and smaller.

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Hydraulic action is waves crashing into the cliff, rocks forcing itself into the hole making it erode.
Abrasion is the waves throwing rocks at the cliff
Attrition is there is small particles in the water/wave and the rock particle smashes against each other in the water making the rock smaller and smaller.

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Hydraulic action is waves crashing into the cliff, rocks forcing itself into the hole making it erode.
Abrasion is the waves throwing rocks at the cliff
Attrition is there is small particles in the water/wave and the rock particle smashes against each other in the water making the rock smaller and smaller.

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loose sediment carried by the sea knock into each other, they break down and become, smaller and more rounded

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The chemical reaction between the salt in the sea water or weak acids in the water and cause rocks on the coast such as limestone to deteriorate.

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fragments of rock are picked up and hurled at the cliff by the sea. they scrape and gouge the rock.

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water is forced into the rock. this squashes the air inside. this air blasts out when wave retreats. this can break the rock apart

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chemical action of the sea water where salt in the water can dissolve rocks.

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attrition is when loose sediments are carried by the sea knock into each other, they break down and become smaller, smoother and more rounded

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Attrition: When loose sediments are being carried by the sea and they knock into each other, they break down and become smaller and more rounded.

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fragments of rocks are picked up and the hurled at the cliff by the sea. they scrape and gouge the rock

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chemical action of the sea water where salts in the water can dissolve

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hydraulic action:waves crash along the base of the cliff and the water is going to force itself and air into the cracks and every single waves exerts force onto these
cracks until the cracks grow and bits fall
away.
abrasion:once a piece of rock has been detached from the cliff it now effectively becomes a piece of ammunition for the sea.A huge swell picking up these materials and hurling them right at the base of the cliff,eroding it away.
attrition:eroded particles in the water smash into each other and break into smaller places their edges get rounded off as they bash into each other.
Solution:Weak carbonic acid in seawater dissolves rock like chalk and seawater

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Abrasion: When fragments of racks are picked up and hurled at the cliff by the sea, they scrape and gouge the rock.

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Solution/Corrosion: Chemical action of the sea water where salt in the water can dissolve rocks.

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Fragments of rocks are picked up by the sea and hurled at the cliff. The rocks thrown at the cliff would then scrape and gouge out rocks that make up the cliff.

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Watch the videos on longshore drift above and explain what you have learnt to your group members. Post a summary of your learning under your group's post.

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hydraulic action

water is forced into the rock. this squashes the air inside. this air blasts out when wave retreats. this can break the rock apart

attrition

attrition is when loose sediments are carried by the sea knock into each other, they break down and become smaller, smoother and more rounded

abrasion

fragments of rocks are picked up and the hurled at the cliff by the sea. they scrape and gouge the rock

solution / corrosion

chemical action of the sea water where salts in the water can dissolve

hydraulic action

water is forced into the rock. this squashes the air inside. this air blasts out when wave retreats. this can break the rock apart

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It is when the waves is moving in a zig zag
and carrying sediment along with it

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Longshore drift is the movement of sediments along a coast by waves that approach the shore at an angle but the swash recedes directly away from it

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people build this to stop the movement and save the beach from longshore drift

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long shore drift also produced a zig zag pattern which moves sand along shore by a steady current

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It is cause by waves that approaches the beach at an angle which is not perpendicular to the beach. Longshore drift moves sediments on beaches in the direction of the wind. People have built wooden groynes that are barriers to slow down longshore drift.

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People build wooden groynes to stop the movement trap the particles and build the beach

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Longshore Transport - Let's recap Longshore drift by watching this video

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Summary of Longshore drift - Complete the Longhsore Drift Worksheet.

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Summary of Longshore drift - Complete the Longhsore Drift Worksheet.

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GEOGRAPHY REVISION VIDEOS - The Travelling Teacher

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LONGSHORE DRIFT. Geography Coasts Revision. AQA, Edexcel, OCR. Achieve a GRADE 9!! **SUBSCRIBE NOW**

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Discuss with your group members and answer the questions below in your group post. 

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1. What are some reasons for the man being unable to carry the boxes properly?

2. What should the man do if the boxes are too much and too heavy?
Now think and apply to waves
3. What are some reasons for the wave being unable to carry the sediments?

4. What should the wave ‘do’ if the sediments are too much and too heavy/large?

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Using information about sediment type and sediment size :
(1)identify the sediment texture. The first one has been done for you.
(2) Decide which sediments are likely to be deposited in:
(a) sheltered coasts and
(b) exposed bays
Give a reason for (a) and (b) to justify your answer.

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Watch the video and explain 1. the relationship between wave energy, swash and deposition 2. identify the types of landforms formed by deposition 3. describe deposition.

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GEOGRAPHY REVISION VIDEOS - The Travelling Teacher

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Coastal Deposition. Geography KS3, GCSE, A' level. AQA, OCR, Edexcel. 9-1. Geography Revision.

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water is forced into the rock. this squashes the air inside. this air blasts out when wave retreats. this can break the rock apart

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It is cause by waves that approaches the beach at an angle which is not perpendicular to the beach. Longshore drift moves sediments on beaches in the direction of the wind. People have built wooden groynes that are barriers to slow down longshore drift.

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people build this to stop the movement and save the beach from longshore drift.
long shore drift also produced a zig zag pattern which moves sand along shore by a steady current

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longshore drift is the movement of material along a coast by waves which approach at an angle to the shore but recede directly away from it.

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groynes is a low wall or sturdy barrier built out into the sea from a beach to check erosion and drifting.

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This how life look like

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the man is unable to carry the load because its too heavy for the man to carry 5 boxes by himself

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the man should carry the boxes indiviually
the wave cant carry a big amount of sediments

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2. the man should carry the boxes 1 at a time.

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the reason why the man is unable to carry the boxes is because there are too many boxes and he should carry it one at a time

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He should use his brain and relieve himself from the stress

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3. the sediments are too heavy for the waves to be carry it

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His is not letting his body going in a circle motion like waves.
He is not becoming one with the waves

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4. the waves should carry some sediments at one point

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1. the boxes may contain heavy objects and it may not be stable and the weight might be uneven

2. the man should carry the boxes one by one to make it easier

3. the sediments may contain pebbles and sand and it may be hard to swash

4. Sediment moves from one place to another through the process off erosion. Erosion is the removal and transportation of rock or soil

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1. the boxes are blocking the man
the boxes are too heavy
2. he should carry lesser boxes at one time
3. the wave does not have enough energy
4.

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carry one at a time

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1 many boxes stacked
2 He should carry some and come back for the rest
3 The waves not strong enough or the sediments is too heavy
4 Come back multiple times till the sediments are moved

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From God"Hey you human pls start to use your brain that i have bestowed upon you with the knowledge and wisdom."

Him"Suddenly, thanks brain thanks for telling me i should use you, the answer is to call for help from my friends."

IN the end "wait do i have friends?:(

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1. There is too much box and its blocking his view.
2.put down the boxes and carry one by one.
3.its wind isnt strong enough
4.the sediments should be carried some at a time

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1. He dont know how to use a box trolley
he dunno how to carry one box at a time
2.box trolley
3.sediments heavy
4. more wind, duration,speed and fetch to make more powerful wave

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1.   When the sea loses energy, it drops the sand, rock particles and pebbles it has been carrying. This is called deposition. Deposition happens when the swash is stronger than the backwash and is associated with constructive waves.
2.   Sand Dunes
3. Deposition is when the waved carries sediments and leaves the sediment at the beach

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3. Depositional landforms are the visible evidence of processes that have deposited sediments or rocks after they were transported by flowing ice or water, wind or gravity. Examples include beaches, deltas, glacial moraines, sand dunes and salt domes.

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1 ) as the wave energy increases, the swash and deposition increases 2 ) spit, bar, sand dunes 3 ) deposition is when sediments are wash up and left at shore

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2. Deposition is the laying down of sendiment carried by wind, flowing water, the sea or ice. Sediment can be transported as pebbles, sand and mud, or as salts dissolved in water. Salts may later be deposited by organic activity (e.g. as sea shells) or by evaporation.

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2. some landforms formed by deposition are sand dunes and salt mash

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1 - The relationship of the waves' energy, swash and deposition is the more energy the  wave has, the more powerful the swash will be and deposition can occur.
2 - The few types of land formation that can be form by deposition are sandy beaches, sand dunes, spits and bars(tombolos). Sandy beaches and sand dunes are created by sand sediments being deposited to the coastal area. Spits and bars are created by waves that approach the beach at an angle,

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1. As the wave energy increases, the swash and deposition increases. 2.Spit, bar, sand dunes. 3. Deposition is when sediments are washed up by the swash and left at shore.

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1.the more wave energy the bigger the swash and more deposition

2.spits and longshore drift

3.  when material is transported away from shore

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sand beaches are formed by constructive waves

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the sediment is rough

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1. The boxes may be too heavy
2.He should carry the boxes one by one
3.The sediments are too heavy
4.Erode the sediments until they are light enough to be carried

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I can walk on water!

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Slit
- fine
Fine sand, medium sand, course sand and very course sand
- fine to slightly rough
Pebbles, cobbles and boulders
- very rough

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I defy laws of physics no waves nor a tsunami can't i walk over. I can walk over anything water

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: silt - fine
: fine sand - smooth
: medium sand - fine
: course sand - rough
; fine, medium, course, very course - deposited in sheltered coasts
; pebbles, boulders - open bays

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1) Silt- very fine
Fine sand - fine
Medium sand - Medium
Coarse sand - coarse
Very Coarse - coarse
Pebble- coarse
cobble- coarse
boulder - coarse

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1) clay is very fine
silt is very smooth
sands are coarse
medium coarse
rocks are rough and heavy

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1. silt: very smooth, fine sand: smooth, medium sand: smooth, coarse sand: coarse, very coarse sand: rough, pebbles: smooth, cobble: rough, boulder: very rough

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Silt - fine
Fine sand - very smooth
Medium sand - smooth
Coarse sand - rough
Very coarse sand - very rough
Pebble - smooth
Cobble - rough
Boulder - Very rough

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Silt has a fine texture
Fine sand has a very smooth texture
Medium sand has a smooth texture
Coarse sand has a rough texture
Very coarse sand has a very rough texture
Pebble has a smooth texture
Cobble has a rough texture
Boulder has a very rough texture

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Silt - fine   Fine sand - very smooth Medium sand - smooth Coarse sand - rough Very coarse and - very rough Pebble - smooth Cobble - rough Boulder - Very rough

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Silt - fine
Fine sand - very smooth
Medium sand - smooth
Coarse sand - rough
Very coarse sand - very rough
Pebble - smooth
Cobble - rough
Boulder - Very rough

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silt: very smooth, sand: smooth to coarse, pebbles: smooth, cobble: rough, boulder: very rough