Anonymous asked in Science & MathematicsAstronomy & Space · 2 months ago

How would seasons vary if Earths eccentricity was 0.1?

Like would seasons disappear?

4 Answers

  • 2 months ago
    Best answer

    No. They would be more extreme in one hemisphere and less extreme in the other.

  • poldi2
    Lv 7
    2 months ago

    The seasons are more the result of our axial tilt, not the orbital eccentricity.

  • 2 months ago

    Seasons would be more extreme

    The Worry would be about Climate and we might even Starve

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    • skeptik
      Lv 7
      2 months agoReport

      Seasons would be more extreme in the hemisphere where the axial tilt matched the difference in the orbit. Currently, that's the southern hemisphere.

      Seasons would be LESS extreme where the opposite is true. Currently that's the northern hemisphere.

  • 2 months ago

    Earth's seasons are the result of the tilt of its axis, not the eccentricity of its orbit. The seasons would not disappear if the eccentricity changed.

    Also, as the current eccentricity is 0.0167, the increase you are talking about would amplify the differences in seasonal variation between the northern and southern hemispheres.

    At present, the Earth is closest to the Sun during the northern hemisphere's winter and farther away during its summer, which moderates the variations. The reverse is therefore the case in the southern hemisphere, amplifying the variations.

    Leaving the direction of the eccentricity the same, but increasing its magnitude, would increase that effect.

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