because when continental drift happened it split fossils and when people found the fossils in one continent.It matched with other continents fossils.making a hypothesis that they were once joined together...................................your welcome
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If you put all of the Continents together they form one big thing, and they seem to fit just like a jigsaw puzzle,Scientist seem to believe that there was one big super Continent that was called Pangea
If I were Wegener, I would look for matching geological features on different continents, such as similar rock types, mountain ranges, and fossils. I would also investigate any evidence of past climate change that could support the idea of continents moving. Additionally, I would search for remnants of ancient land bridges or plate boundaries to further support my hypothesis of continental drift.
South America and Africa have coastlines that fit together like puzzle pieces, providing evidence of the continental drift theory. Another example is North America and Europe, particularly the eastern coast of North America and the western coast of Europe, which also show signs of fitting together.
Fossils of the same species found on separate continents suggest that those continents were once connected. Mountain belts show evidence of ancient tectonic activity, helping to illustrate how continents may have moved. These clues were key in developing the theory of plate tectonics and determining how continents have shifted over geological time.
Paper cutouts of the continents can be pieced together to form a single whole is because the continents were at one point all connected, which was the super continent Pangaea.
the same rock types on the edges of different continents and the reverse magnetic polarity show seafloor spreading which shows that the continents are moving. the Coastlines of South Africa and south ameria seem to match and fit together like a jigsaw and so do many other countries which gives the impression that all the continents were onced joined together as a massive continent called Pangaea
Evidence supporting the theory of the supercontinent Pangaea includes the jigsaw-like fit of continents, similarities in rock formations and mountain ranges across continents that align when continents are brought together, distribution of fossils of identical species across distant continents, and similarities in ancient climates and geological records found on separate continents. These pieces of evidence work together to suggest that the current continents were once part of a single landmass.
Maybe the depth of oceans
Early maps of the world caused Alfred Wegner to propose the Continental Drift Theory. The continents looked as though they might fit together like puzzle pieces. The original supercontinent was named Pangaea by Wegner. In Greek, "pan" mean ALL, and "gea" means EARTH. There is also fossil evidence, and climatic evidence.Fossil Evidence:-Similar fossils occur in various locations around the world.-Mesosauras (a freshwater reptile) fossils are only found in South America, and Africa.-Other fossils are found throughout the Southern Hemisphere.Climatic Evidence:-When glaciers advance or retreat they mark the land.-Evidence of glaciers were found in parts of Africa and India.-If all continents were close to the South Pole, Glaciation is possible.
If you put all of the Continents together they form one big thing, and they seem to fit just like a jigsaw puzzle,Scientist seem to believe that there was one big super Continent that was called Pangea
If I were Wegener, I would look for matching geological features on different continents, such as similar rock types, mountain ranges, and fossils. I would also investigate any evidence of past climate change that could support the idea of continents moving. Additionally, I would search for remnants of ancient land bridges or plate boundaries to further support my hypothesis of continental drift.
An example of evidence from land features that supported Wegener's idea of continental drift might include the piecing together of map layouts which show the way that the continents fit together. Wegener is famous for sharing this example.
There are two main evidences for this: 1. The continents fit together like a puzzle 2. There are both extant and extinct animal and plant species present on several continents that are not connected
The shapes of continents appearing on the map clearly show similar shapes and how the continents might fit together.
It can help show that continental drift happened, if you find the same fossils on different continents. This would mean that the continents had to be close together if the fossils are found on land.
South America and Africa have coastlines that fit together like puzzle pieces, providing evidence of the continental drift theory. Another example is North America and Europe, particularly the eastern coast of North America and the western coast of Europe, which also show signs of fitting together.
Fossils found in different regions can provide evidence of past geographic connections by showing similar species distributed across separate continents. By studying fossils, scientists can piece together the history of land formations and the movement of continents, helping to support the theory of supercontinents like Pangaea.