§4.3 Mount Aso volcano part 1

§4.3 Mount Aso volcano part 1


1 / 24
next
Slide 1: Slide
AardrijkskundeMiddelbare schoolhavo, vwoLeerjaar 1

This lesson contains 24 slides, with interactive quizzes, text slides and 1 video.

time-iconLesson duration is: 50 min

Items in this lesson

§4.3 Mount Aso volcano part 1


Slide 1 - Slide

This item has no instructions

1
2
3
4
5
The quake caused a wave
In shallow water, the waves are slowed down, they become higher
Undersea earthquake
The water arrives at the beach with high force
In deep water, waves can go 800km/hour

Slide 2 - Drag question

This item has no instructions

What does the red dot indicate
A
Epicentrum
B
Hypocentrum

Slide 3 - Quiz

This item has no instructions

Slide 4 - Slide

This item has no instructions

What kind of earthquake has been here?
A
3-4
B
4-5
C
5-6
D
6-7

Slide 5 - Quiz

This item has no instructions

The opening photo

Slide 6 - Slide

Beschrijving van de openingsfoto

Het ingerichte landschap in de caldeira van de vulkaan de Aso.



Where is the volcano?

Slide 7 - Slide

This item has no instructions

Slide 8 - Slide

This item has no instructions

You will learn:
  • How the Aso volcano formed
  • What the landscape of the caldera of the Aso volcano looks like.
  • What the benefits of volcanism are.

Slide 9 - Slide

This item has no instructions

The volcanoes of Japan

Slide 10 - Slide

This item has no instructions

Diving away plates
Note:
  • Plate movements cause not only earthquakes but also volcanoes
  • Rule: the deeper you go into the earth, the higher the temperature becomes. A submerged plate partially melts. It creates magma that rises and causes volcanic eruptions.
  • Near Japan, the two oceanic plates dip below the Eurasian continental plate.

Slide 11 - Slide

This item has no instructions

Slide 12 - Video

This item has no instructions

Most famous type of volcano

Slide 13 - Slide

This item has no instructions

Slide 14 - Slide

This item has no instructions

The Aso volcano is an ancient volcano with a kilometres wide caldera.
    A caldera like this is created by a powerful volcanic eruption.

Slide 15 - Slide

This item has no instructions

Types of volcanoes

Slide 16 - Slide

This item has no instructions

Before a caldeira forms, it is a volcano of the type:
A
Shield vocano
B
Crevice volcano
C
Stratovolcano
D
Track volcano

Slide 17 - Quiz

This item has no instructions

Three types of volcanoes

Slide 18 - Slide

This item has no instructions

Shield volcano
  • Plate movement: divergence
  • Non-explosive
  • magma is thin and fluid
  • gentle slope

Slide 19 - Slide

This item has no instructions

Stratovolcano
  • plate movement: subduction
  • explosive (eruption)
  • magma thick and viscous
  • steep slope
  • volcanic bombs
  • pyroclastic flow (glow cloud)

Slide 20 - Slide

This item has no instructions

Caldera volcano
  • formed from stratovolcanoes with large magma chamber
  • After eruption, the roof of the deflated magma chamber collapses
  • A crater lake and (1 or more ) new crater(s) form in the old crater

Slide 21 - Slide

This item has no instructions

Emergence of a caldera

Slide 22 - Slide

This item has no instructions

Effects of a volcanic eruption
  • Lava and ash
  • Volcanic bombs
  • steam
  • Toxic gas clouds
  • Earthquakes 
  • Pyroclastic flows or a lahar


Slide 23 - Slide

This item has no instructions

Homework
From §4.3, make assignments 1, 2, 3, 4 and 5

Finished?
Make assignments 6, 7 and 8

Slide 24 - Slide

This item has no instructions