# data[].attributes.body
Patterns I Notice on the Map | What I Think It Means

I’m seeing lots of rainbows meaning that how much it was on the top was the least but when we get down they were very powerful and big but the top ones are smaller and the bottom parts get bigger and more powerful, that’s how it moves the plates, the collide, and then they move the mountain

|
I think that this means that if the pattern is rainbow but it gets bigger the deeper it gets the more it gets deep the more the tectonic plates collide and the more powerful the mountain shakes for it to cause avalanches to trigger and make the plates go up while the mountain is moving/shaking and then all the rocks and avalanches can also get some underground and move it and make it shift to any level of high and low, also the depth can make it go in the ground deeper and make it higher so the depth is a correlation of what makes it form so big first it’s the earthquake then when it spreads it makes it deeper and then makes the plates move and then the mountain grows higher and can go on any side.

# data[].attributes.body
I notice that the mountains that don't move have barely any earthquakes surrounding it.

I also notice that when these earthquakes did occur they were not as deep.

I suspect that the earthquake depth is related to the movement of the mountains because when tectonic plates move, everything on the tectonic plates move as well.  (causation)

-Carol DiNapoli <3

# data[].attributes.body
Patterns on the map

-There are some big earthquakes where mountains are growing.

-There are deep earthquakes underground.

What I think it means

-I think it means that it is causation.

-I think it means that the tectonic plates of mountains.

# data[].attributes.body
Earth quake strength effects the movement of mountains because the force of the shaking the mountains tilt to a certain direction and the higher the magnitude the more the mountain tilts the more it "Grows"

# data[].attributes.body
If there is a mountain that is surrounded with earthquakes. If there are big one’s, that means they are growing.

# data[].attributes.body
I notice that a lot of red and orange quakes happens near the mountains. I also notice that they are the quakes closest to the surface.

I think that quakes closer to the surface are causing the mountain to grow and move. That shows that the pattern of closer quakes make it grow.

# data[].attributes.body
I noticed that on mountains that aren’t growing/shrinking don’t have many earthquakes, and when they do, they aren’t that big. I also saw that mountains that were growing had a variety  of earthquakes, big and small, but there were a lot of them. This proves that mountain growth has something to do with the power of earthquakes around it and just earthquakes in general

# data[].attributes.headline
MICHAEL SPINELLA earthquakes make mountains grow from shaking near the mountain It makes the mountains grow the stronger the earthquake the more the mountain moves

# data[].attributes.subject
MICHAEL SPINELLA earthquakes make mountains grow from shaking near the mountain It makes the mountains grow the stronger the earthquake the more the mountain moves

# data[].attributes.body
The areas that have a high frequency of earthquakes have mountains that move compared to other mountains that don’t have as much activity are moving but not as fast.

# data[].attributes.body
There plates are moving more farther down because the erthe crake get stronger farther down and it moves the plats more the stronger it is

The ereth crake gets stronger the farther down it go it gets stronger and stronger the farther down

# data[].attributes.body
The strength of the earthquake can make mountains fall or rise essentially through t plates shifting as well I believe. If an earthquake is strong enough then it could potentially move a mountain. On slide L from a lesson a little while ago, there is a photo of after an earthquake the road is shifted like 20 feet. I think this can happen to mountains as well

# data[].attributes.body
I noticed that the deeper the Earthquakes are, the less the mountains move. For example, Mount Aconcagua gets deeper earthquakes than mount Everest. according to the data cards, It moves 3 cm every year. mount Everest’ Earthquakes are slightly closer to the Surface, and Mount Everest moves 4 cm every year. I think this means that the closer the Earthquakes are, the more they affect the mountains.

# data[].attributes.body
I do think that the depth of earthquakes is related to the movement of mountains. For example, I noticed that there was a earthquake that had depth of 110 km right next to Mt. Aconcagau. And also that same earthquake next to Mt. Aconcagau was about the same depth. I think this means that the mountain will grow because it is is so deep. The earthquake also had about the same depth as the mountain so that will probably add to the movement of mountains.

# data[].attributes.body
Patterns I notice:

Mt Nayodnaya has little to no surface earthquakes and the mountain range it is a part of is not growing or shrinking.

Mt. Aconcagua has many deep earthquakes(green, blue dots) and it grows very little(10mm)

Mt. Everest has many surface earthquakes and grows a few centimeters which is a lot more than Aconcagua.

Mt. Horaki has many surface and many deep earthquakes and grows a couple mm like Aconcagua.

What it means:
I think MEQ depth are the cause of growing. The mountains with deep earthquakes do not grow as much, not nearly as much.

# data[].attributes.body
I notice that when the mountains aren’t growing there aren’t many earthquakes around the mountains that aren’t growing at the moment. I think that means that when the tectonic plates move everything moves together with it which makes that causation, and the cause is the tectonic plates moving.

# data[].attributes.body
PATTERNS: I  notice that the earthquakes are all about above 5 in magnitude and at least one 7 or above.

I think the higher magnitude moves the mountain more to the north.

There are some mountains with no earthquakes that still move.                      WHAT I THINK IT MEANS: I think it means that the movements are not connected to mountains at all. I think the earthquakes magnitude matters in the direction.