Patahan | Retakan Kecil, Dampak Besar
Geography
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Patahan adalah retakan atau celah di permukaan bumi yang terjadi akibat pergerakan lempeng tektonik. Patahan dapat menyebabkan pergeseran tanah di kedua sisi retakan, yang sering kali menghasilkan gempa bumi. Dalam pelajaran geografi, pemahaman tentang patahan sangat penting karena dapat membantu menjelaskan fenomena geologi, risiko bencana, dan pembentukan lanskap. Patahan juga dapat mempengaruhi aktivitas manusia, seperti pemukiman dan pembangunan infrastruktur.
#Patahan #Geografi #Geologi #Tektonik #GempaBumi #LempengTektonik #BencanaAlam #StudiGeografi #PendidikanGeografi #FenomenaGeologi #RisikoBencana #PergerakanTanah #StrukturBumi #PetaGeologi
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Intro
Good morning everyone, first of all, welcome to my video, we greet the name of the culture, the name of the culture
the name of the culture
In this opportunity, I am glad that Class 10B will present about the breakage
The breakage itself is a breakage in the earth's crust
which is caused by the expansion of the tectonic plate
This breakage can also be divided into gradient, gradient up and gradient down on the rock
The form of the breakage is important because the presence of pressure, pull, or distortion in the earth's crust
is caused by the tectonic activity of the earth
When the pressure exceeds that limit, then there is a breakage that is also called a breakage
This breakage itself happened in 2004, namely the San Andreas breakage in California, United States
which is still active until now
Then the second one is the breakage in Sumatra, which was originally in the earth's crust
This is also a breakage in Sumatra on December 26, 2004
in Sumatra, which eventually from the earth's crust caused a tsunami
This breakage can occur or can occur in areas that have critical active tectonics
Like the first one, the San Andreas breakage in California, United States
then the Sumatra breakage in Indonesia
and also the breakage in North Anatolia, Turkey
The last one is the Altai breakage in Europe and Asia
The impact of the breakage in the middle of the world
The first one can be called an earthquake because of the movement of the breakage itself
Tsunami, when it occurs in the ocean floor
Then there can also be a damage to the infrastructure
It can be destroyed because of the movement of the breakage
In order to overcome the impact itself, we must build a sustainable infrastructure in the affected areas
Then we have to use sustainable zones to reduce the damage or reduce the destruction or development
in the affected areas or in the risk areas
Then we also have to educate and do conservation
so that the people are ready to face the earthquake
Then the fourth and last one is the improvement of the earthquake and tsunami warning system
There are four types of breakages
The first one is the normal breakage
which is caused by the active tectonics
because of the movement of the breakage itself
The second one is the seismic breakage
In the seismic breakage, one side of the rock is pushed up because of the movement of the breakage
The third one is the horizontal breakage
In the first seismic breakage, the rock moves horizontally or vertically
because of the movement of the breakage itself
For example, the San Andreas breakage in California, USA
The last one is the seismic breakage
The COVID breakage is a combination of the movement of the breakage itself and the movement of the breakage itself
In my presentation, I have a few words of wisdom
which is that the Earthquake warning system teaches us that all types of breakages can form a temporary breakage
That's all from me
Thank you very much
you
