What Will Earth Be Like 300 Million Years From Now?

PBS Eons2 minutes read

Earth's future is predicted based on current forces, with scenarios ranging from significant global warming to the formation of new continents and oceans over millions of years. Human activities like carbon emissions could lead to a world with melted land ice and rising sea levels, impacting ecosystems and evolutionary developments in the distant future.

Insights

  • The text focuses on the future of Earth, exploring how current human actions, like carbon emissions, can impact the planet's ecosystems, climates, and continents over thousands and millions of years.
  • By examining potential scenarios, such as a high emission scenario leading to an Eocene-like world with melting ice and rising sea levels, the text underscores the long-term consequences of human activities on Earth's evolution and the need for sustainable practices to mitigate adverse outcomes.

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Recent questions

  • How far into the future can Earth's changes be predicted?

    Millions of years ahead

  • What impact do abrupt warming events have on species?

    Species shrink due to increased surface area to volume ratio

  • What geological event may occur in 10 million years?

    Eastern African Rift may split the continent

  • What is predicted to form in 300 million years?

    New supercontinent, Amasia

  • How do humans contribute to potential future Earth changes?

    By predicting global changes and modeling scenarios

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Summary

00:00

Future Earth: Predicting Climate and Land Changes

  • Earth's history is explored, but now attention is on the future, with ongoing forces shaping the planet for millions of years.
  • Humans can predict global changes, offering insights into potential future Earths with varied ecosystems, climates, and continents.
  • Looking 10,000 years ahead, the impact of current carbon emissions on the planet is discussed, with potential scenarios modeled.
  • A high emission scenario could lead to a world resembling the Eocene epoch, with significant land ice melting and rising sea levels.
  • Past abrupt warming events show species shrinking due to increased surface area to volume ratio, aiding heat regulation.
  • In 10 million years, the Eastern African Rift may split the continent, forming a new ocean and potentially leading to unique evolutionary developments.
  • Nearly 300 million years into the future, a new supercontinent, Amasia, is predicted to form from the collision of Australia, Asia, and the Americas, impacting future ecosystems.
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