Pangaea Supercontinent

Pangaea, the supercontinent that existed around 335 million years ago, broke apart due to the movement of tectonic plates. The Earth's crust is divided into plates that float on the semi-fluid mantle below, causing them to slowly drift apart over millions of years. This movement created separate continents as we know them today.

Evidence of Pangaea includes the fit of the modern continents, similarities in rock formations across continents, distribution of fossils found on continents that were once part of Pangaea, and geological structures found in different continents that line up when Pangaea is reconstructed. Additionally, the mapping of ancient climate belts and glacial deposits provide further evidence of the supercontinent.

The evidence scientists have are fossil clues, plant clues, climate clues and rock clues. Fossil clues supported the idea because a certain fossil the Mesosaurus was found in two continents on opposite sides of the Earth and the only reason for that is if the lands came together at one time. Plant clues support the idea the same way fossil clues do, like the plant called a Glossopteris was found in different areas around the world. Climate clues support the idea because some of the fossils and plants from warmer climates were found in the Arctic. That explains why there are glaciers in tropical areas. Lastly rock clues support the idea because if the continents were once connected at one time, then the rocks that made up the continents should be in the same locations where they were joined.

Pangea is spelled as P-A-N-G-E-A.

Sure, of course. Millions of years ago, tectonic plates were shifting just as they are today, and shifting tectonic plates can and do cause earthquakes, therefor earthquakes did occur millions of years ago.

Pangaea broke apart due to the movement of tectonic plates. Over millions of years, the continents drifted away from each other due to the process of seafloor spreading along mid-ocean ridges, leading to the formation of new oceanic crust and the separation of the landmasses. This process continues today, with the continents slowly moving apart at a rate of a few centimeters per year.

The Earth is made up of Tectonic Plates, these are large sections of land (Continental Plates) or ocean (Oceanic Plates). The Mantle (magma beneath the Earth's crust) is heated from the core of the Earth, where it is hottest, causing a convection current, this is when a fluid (magma in this case) is heated unevenly and the hot fluid rises, causing the cooler fluid to sink in its place (forming a circular current of heating, rising, cooling and sinking.)

This current effectively drags the Tectonic Plates along in differenbt directions to each other, causing them to move apart or together, sometimes even alongside each other.

The continents of Africa and South America are drifting apart due to the movement of tectonic plates along the Mid-Atlantic Ridge. This process, known as continental drift, occurs at a rate of a few centimeters per year.

The Earth's land is collectively called the Earth's crust, which is the outermost layer of the Earth's surface where all the continents, mountains, and other landforms are located.

Pangaea existed approximately 335 million years ago and began breaking apart around 175 million years ago during the Mesozoic era.

The theory of Pangea proposes that all the continents were once connected as a single landmass about 335 million years ago. Over time, the landmass broke apart and drifted to their current positions, forming the continents we have today. This theory is supported by geological evidence such as the matching shapes of continents, rock formations, and fossils found on different continents.

Alfred Weqener's theory/ hypothesis was considered controversial because Alfred did not have an explanation for why the continents, North America, South America, Africa, Asia, Antarctica, Australia, and Europe have separated or moved.

The existence of Pangaea, the supercontinent that existed over 290 million years ago, is supported by various lines of evidence such as the matching shapes of continents and similarities in rock formations and fossils found across continents. Climate data, including evidence from ancient glaciations and sedimentary rocks, also supports the theory of Pangaea. These pieces of evidence help scientists reconstruct the past positions of continents and understand Earth's geological history.

Well, the main answer to this question are the fossils. Since fossils were found in different parts of the world and those fossils are of the same breed or species. Because having the same species in different locations are quite... Unusual, Alfred Wegener developed this theory. Searching for other evidences to prove his theory, he found that pieces of land from another place to another fit's perfectly like a piece of puzzle. This is the second answer to this question.

Pangaea got its name because Pangaea was a supercontinentthat used to exist during the late Paleozoic eras, forming about what "scientists" say three million years ago...However, the earth is only about 6,000 years old so wherever scientists got that theory from....who knows? I don't think that supercontinents are real and that there was a paleozoic era...This is what my school lesson says.....I hope someone has a better answer than this because it is far from true.

The fit isn't perfect because the Earth's surface is constantly changing due to plate tectonics. The movement of tectonic plates has shifted and rotated the continents since Pangaea, causing the current imperfect fit. Additionally, erosion and other geological processes have altered the shapes of the continents over millions of years.

All of the continents are still drifting. you see all the continents have been drifting since some planet struck Earth about 3.5 billion yrs ago and our planet was turned into a great ball of lava and magma then the top cooled and the continents and the crust were both formed. ever since the continents have been drifting around the globe. In fact, there was a super continent before Pangaea but before that scientists can't tell if there was another subcontinent, but super continents prove that every continent has drift.

Pangaea is the name of the super continent that existed about 250 million years ago, before they separated to form the continents we know today. It has to do with plate tectonics because the theory of continental drift (proposed by Alfred Wegener) says that the plates are moving because of sea-floor spreading

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The term "Pangaea" was first used by German meteorologist and geophysicist Alfred Wegener in the early 20th century. Wegener proposed the theory of continental drift, suggesting that the continents were once joined together in a supercontinent he named Pangaea.

Pangea was a supercontinent that existed around 335-175 million years ago. It was formed by the collision of several continents, covering about one-third of the Earth's surface. It began breaking apart around 175 million years ago.

Pangea formed about 335 million years ago during the late Paleozoic era, as the supercontinent began to come together through the process of continental drift.

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