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During the last glaciation the weight of the ice depressed the crust to such an extent that, once the weight was removed, the crust slowly re-bounded and, in some areas is still doing so.
The sudden vibration in the plates inside the crust causes the earths crust to rise & fall.
Continental crust over Oceanic crust.
They are experiencing isostatic rebound, a rise in elevation due to the release of downward pressure from the exited ice.
rise
During the last glaciation the weight of the ice depressed the crust to such an extent that, once the weight was removed, the crust slowly re-bounded and, in some areas is still doing so.
The sudden vibration in the plates inside the crust causes the earths crust to rise & fall.
The oceanic crust begins at the continental rise
Continental crust over Oceanic crust.
Yeast makes the crust rise.
They are experiencing isostatic rebound, a rise in elevation due to the release of downward pressure from the exited ice.
It begins at the continental rise.
rise
No, ice will not rise in temperature right away
There would be an immediate lift in the continental rock elevation, because of the weight of ice removed, and then a very slow and gradual continued rise. This is called isostatic rebound.
Well if all the ice melted in Antarctica the world would be flooded! And also the sea levels would rise up to approx 60 meters. but we wouldn't wanna let Antarctica melt ! the crust would also be flood because that's the layer we live on you doof!
It's made of ice.