One effect is the movement and interaction of continents. The common estimate is that continents move at roughly the rate that fingernails grow. We are not talking Triple Crown material here. Most of the time, there is no effect. There are very tiny movements of tectonic plates against one another all the time. Sometimes pressures build up between plates, and when the pressure releases, earthquakes and the occasional tsunami can be triggered. Additionally: Crustal movements can create and destroy oceans, form mountain ranges and volcanoes, island chains, fault scarps and rift valleys, and contribute to global glaciation by moving continental masses over polar regions. Crustal movements are responsible for the highest point on Earth and also the lowest point below sea level.
continental drift, earthquakes, tsnunamis, avalanches and other natural disasters like this
DO the movements . . .
Convection currents.
Continental drift.
volcano
tsumni
do caca
no it's an earthquake.
Trenches if they are in zones of subduction. Falt lines are in areas of shifting plates (rubbing against or parallel)
Yes all metals are in the earths crust in ore form.
The sudden vibration in the plates inside the crust causes the earths crust to rise & fall.
Shifting
earthquake
the shifting of earths crust
tectonic plates under the earths crust shifting
no it's an earthquake.
no it's an earthquake.
Trenches if they are in zones of subduction. Falt lines are in areas of shifting plates (rubbing against or parallel)
The earths crust is a part of the outermost layer.
Silicon is a mixture of the minerals of the earths crust. so.... silicon isn't something from the earths crust. -thanks for your question.
thinner and denser
The Earths crust is approximately 650 km deep.
how wide is the earths crust
The abundance of neodymium in the earths crust is approx. 40 ppm.