Pangaea: The Supercontinent
Explore the geological history of Pangaea, evidence supporting its existence, and its impact on Earth's climate and biodiversity.
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Pangaea: The Supercontinent
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Read each question carefully and provide thoughtful, detailed answers. Refer to your knowledge of Earth Science and plate tectonics.
1. Which of the following provides the strongest evidence for the existence of Pangaea?
The presence of similar rock formations on different continents.
The discovery of identical fossil species on widely separated landmasses.
The apparent fit of the continental coastlines.
All of the above.
2. Approximately when did Pangaea begin to break apart?
50 million years ago
200 million years ago
500 million years ago
1 billion years ago
3. What was the name of the vast global ocean that surrounded Pangaea?
Tethys Ocean
Panthalassa
Pacific Ocean
Atlantic Ocean
1. The theory of explains the movement of Earth's lithospheric plates.
2. Alfred Wegener proposed the concept of , which described the gradual movement of continents over time.
3. The supercontinent Pangaea was formed during the late Paleozoic and early eras.
1. Briefly describe two pieces of evidence, other than the fit of the continents, that support the theory of continental drift and the existence of Pangaea.
2. Explain how the breakup of Pangaea influenced global climate patterns and the evolution of life.
1. Pangaea was the only supercontinent to ever exist on Earth.
True
False
2. The formation of Pangaea led to a significant increase in biodiversity due to vast, interconnected landmasses.
True
False
Below is an image depicting Pangaea breaking apart over geological time.
Match the term on the left with its description on the right.
1. Laurasia
a. Southern supercontinent formed after Pangaea's breakup
2. Gondwana
b. Evidence of ancient glacial deposits in tropical regions
3. Glossopteris
c. Fossil fern found across multiple continents
4. Paleoclimatic evidence
d. Northern supercontinent formed after Pangaea's breakup
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