Skip to main content
deleted 570 characters in body
Source Link
Vincent
  • 610
  • 3
  • 8

You are on one of Jupiter's moons, in a backwards orbit

This one is an easily tunable (and stable, maybe too predictible) addition to the other planetary answers. Picture this "Jupiter" to be placed where earth is, with a year of 1 year, moon in the same plane than the Jupiter-Sun plane, and the moon-Jupiter orbit of 1.01 (or 0.99) year. The alignment Jupiter - Moon (you) - Sun will change very slowly. Most of the time, Jupiter will only be an awesome background in the night sky. But when it is time for you to go behind Jupiter, prepare for cold times.

La Niña, but bigger

Climate sciences are hard. You can always have a huge ocean, handwave "big ocean, big currents", and have an unpredictible temperature oscillation that does this.

You are on one of Jupiter's moons, in a backwards orbit

This one is an easily tunable (and stable, maybe too predictible) addition to the other planetary answers. Picture this "Jupiter" to be placed where earth is, with a year of 1 year, moon in the same plane than the Jupiter-Sun plane, and the moon-Jupiter orbit of 1.01 (or 0.99) year. The alignment Jupiter - Moon (you) - Sun will change very slowly. Most of the time, Jupiter will only be an awesome background in the night sky. But when it is time for you to go behind Jupiter, prepare for cold times.

La Niña, but bigger

Climate sciences are hard. You can always have a huge ocean, handwave "big ocean, big currents", and have an unpredictible temperature oscillation that does this.

La Niña, but bigger

Climate sciences are hard. You can always have a huge ocean, handwave "big ocean, big currents", and have an unpredictible temperature oscillation that does this.

added 255 characters in body
Source Link
Vincent
  • 610
  • 3
  • 8

You are on one of Jupiter's moons, in a backwards orbit

This one is an easily tunable (and stable, maybe too predictible) addition to the other planetary answers. Picture this "Jupiter" to be placed where earth is, with a year of 1 year, moon in the same plane than the Jupiter-Sun plane, and the moon-Jupiter orbit of 1.01 (or 0.99) year. The alignment Jupiter - Moon (you) - Sun will change very slowly. Most of the time, Jupiter will only be an awesome background in the night sky. But when it is time for you to go behind Jupiter, prepare for cold times.

La Niña, but bigger

Climate sciences are hard. You can always have a huge ocean, handwave "big ocean, big currents", and have an unpredictible temperature oscillation that does this.

You are on one of Jupiter's moons, in a backwards orbit

This one is an easily tunable (and stable, maybe too predictible) addition to the other planetary answers. Picture this "Jupiter" to be placed where earth is, with a year of 1 year, moon in the same plane than the Jupiter-Sun plane, and the moon-Jupiter orbit of 1.01 (or 0.99) year. The alignment Jupiter - Moon (you) - Sun will change very slowly. Most of the time, Jupiter will only be an awesome background in the night sky. But when it is time for you to go behind Jupiter, prepare for cold times.

You are on one of Jupiter's moons, in a backwards orbit

This one is an easily tunable (and stable, maybe too predictible) addition to the other planetary answers. Picture this "Jupiter" to be placed where earth is, with a year of 1 year, moon in the same plane than the Jupiter-Sun plane, and the moon-Jupiter orbit of 1.01 (or 0.99) year. The alignment Jupiter - Moon (you) - Sun will change very slowly. Most of the time, Jupiter will only be an awesome background in the night sky. But when it is time for you to go behind Jupiter, prepare for cold times.

La Niña, but bigger

Climate sciences are hard. You can always have a huge ocean, handwave "big ocean, big currents", and have an unpredictible temperature oscillation that does this.

Source Link
Vincent
  • 610
  • 3
  • 8

You are on one of Jupiter's moons, in a backwards orbit

This one is an easily tunable (and stable, maybe too predictible) addition to the other planetary answers. Picture this "Jupiter" to be placed where earth is, with a year of 1 year, moon in the same plane than the Jupiter-Sun plane, and the moon-Jupiter orbit of 1.01 (or 0.99) year. The alignment Jupiter - Moon (you) - Sun will change very slowly. Most of the time, Jupiter will only be an awesome background in the night sky. But when it is time for you to go behind Jupiter, prepare for cold times.