Question

Discussion Topic Earth’s surface is broken into large pieces that are slowly shifting. This gradual process, known as plate tectonics, accounts for movement of entire continents over time. During the past century, geologists have found multiple lines of evidence that support the theory of plate tectonics, including the mechanism that drives the plates’ motion—sea floor spreading. As a result, sections of Earth’s crust are constantly being pulled apart or pushed together. This movement creates many of Earth’s landforms, such as mountains, rift valleys, and volcanoes. According to the theory of plate tectonics, 250 million years ago all of Earth’s landmasses were clustered into one supercontinent, known as Pangea. Based on the past and current movements of Earth’s plates, predict how the location of the continents might shift during the next 250 million years. Do you think they’ll spread out, cluster together, or move in a combination of the two? What types of landforms do you anticipate forming as a result? What effect, if any, do you anticipate this movement will have on life on Earth?

Answer 1

When Convergent and Divergent boundaries collide, they may go upwards, causing mountains to form. I hope this helped!

Answer 2

I believe that the tectonic plates will continue to move unpredictably for the next 250 million years, which will cause the continents to spread more and to come together a little in a few moments. This movement will continue to cause changes in the relief of all regions of the earth, creating other valleys, volcanoes and mountains as a result.

In relation to life on earth, the movement of tectonic plates may end up creating geographic barriers and separating populations of species that will have to adapt to new regions, evolving and creating new species.