This force or energy will then radiate outward in all directions from the fault creating seismic waves. When these plates finally break apart, the stored-up force is released. The energy used to move these plates around is now being stored up because of the plates sticking. What happens, though, is the rough edges of the plates get stuck while the rest continues to move. It is along these faults where most of the earthquakes occur.Īs the earth moves, these plates continue to shift. These plate boundaries, their edges, have faults along them. These pieces are called tectonic plates and their edges are called plate boundaries. These puzzle pieces move constantly, bumping into one another and sliding past one another. This surface isn’t all one piece, it has many pieces. We call this upper-crust the lithosphere. It is the mantle and the top part of the crust that make the surface of the planet. These are the inner core, the outer core, the mantle, and the crust. What is an Earthquake?Īn earthquake is what happens when two blocks of the earth suddenly shift or slip past one another. Scientists are working to predict Earthquakes and save lives, but can they? We have the answer. We call this natural occurrence an earthquake and even though you may not be in an area where they occur with frequency, they happen, and they will continue to happen. Our planet is in a constant state of shift and depending on where you are located, this shifting will be felt. Was watching the news here in Utah following the earthquake and an aftershock just hit! It’s crazy to see this! #earthquake /me7rxZ2vHD- Cody Pritchett MaThe Science Of Earthquakesĭidja feel that? Thankfully that question is not asked often across the United States. The city of Tonopah is home to around 3,000 people. Given that this one hit in a fairly remote area, though, that may have been avoided. However a 6.4 magnitude earthquake is large enough to do major damages. So far no major damage or injuries have been reported as a result from the quake. The quake was centered near Tonopah, Nevada and as of this moment, significant aftershocks are ongoing. Nevada was rocked by a huge 6.4 magnitude earthquake in the early morning hours on May 15, 2020. If that fault ruptures - and it gets within about 25 miles of the San Andreas - then there’s a high likelihood, maybe a 50/50 shot, that it would immediately rupture on the San Andreas.” Huge 6.4 Quake Rocks Nevada, Epicenter In A Spot That Drives Conspiracy Theorists Wild – May 15, 2020 Ross Stein, a coauthor of the study says, “the Ridgecrest earthquake brought the Garlock fault closer to rupture. Should Garlock happen the risk of a San Andreas quake will rocket even higher. The Garlock fault runs for 160 miles along the Mojave Desert. Such a quake would be a 7.5 on the richter scale or greater. Meanwhile those smaller quakes last year have also increased the chances of a smaller (but still really big) quake along the Garlock fault some time in the next year to 2.3%.
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