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\( 17 / 20 \) Wegener found massive coal deposits in Antarctica, which proved which of the following theories? A large biodiverse ecosystem used to thrive there millions of years ago Most coal deposits came from pioneer settlements on antarctica from early exploration There used to be a large forest fire that burned through antarctica before it froze over The Continent of Antarctica used to be located closer to the equator causing life to flourish None of the above

Ask by Alexander Bolton. in the United States
Jan 24,2025

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The Continent of Antarctica used to be closer to the equator, which allowed for a large ecosystem to thrive there millions of years ago.

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Alfred Wegener's discovery of massive coal deposits in Antarctica provided significant evidence for his theory of **continental drift**. The presence of coal, which typically forms in warm, swampy environments, suggested that Antarctica was once situated in a much warmer climate, likely closer to the equator. This finding supported the idea that continents have moved over geological time scales. **Correct Answer:** - **The Continent of Antarctica used to be located closer to the equator causing life to flourish** **Answer:** **The Continent of Antarctica used to be located closer to the equator causing life to flourish**

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Wegener's discovery of coal deposits in Antarctica provided significant evidence supporting the theory that Antarctica once had a much warmer climate and was located near the equator, where lush forests thrived. The presence of coal, formed from ancient plant material, indicates that a biodiverse ecosystem existed millions of years ago, highlighting the dramatic changes in the planet's climate over time. Wegener's continental drift theory suggested that all continents were once connected in a supercontinent known as Pangaea. As the continents drifted apart, those ecosystems drastically changed. His findings in Antarctica helped bolster the argument for continental movement, as the once tropical conditions couldn’t survive in the continent's current frigid state.

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