What Earth looks like from different planets in the Solar System

Mercury: From Mercury's vantage point, Earth appears as a small, bright blue dot in the vastness of space. (Image: NASA)

Venus: Looking at Earth from Venus, our planet appears as a bright, shining light through the thick atmosphere of our scorching hot neighbor. (Image: Artistic Illustration by NASA)

Mars: From the Martian surface, Earth appears as a bright, blue-green dot in the sky, a reminder of the familiar yet alien landscape that surrounds us. (Image: NASA)

Jupiter: From Jupiter's massive orbit, Earth appears as a tiny, insignificant speck, highlighting the gas giant's enormous size and scale. (Image: NASA)

Saturn: Looking at Earth from Saturn's orbit, our planet appears as a bright, shining light amidst the stunning ring system of this gas giant. (Image: A NASA image of Earth as seen from Saturn's Cassini spacecraft)

Neptune: From Neptune's distant, icy orbit, Earth appears as a tiny, faint dot, a reminder of the vast distances and extreme conditions that exist in our solar system. (Image: NASA)

Earthrise (Apollo 8): On Christmas Eve 1968, the crew of Apollo 8 held a live broadcast from lunar orbit, during which they showed photos of Earth and the Moon as seen from their spacecraft. "The vast loneliness is awe-inspiring, and it makes you realize just what you have back there on Earth," said Command Module Pilot Jim Lovell. (Image: NASA)

Pale Blue Dot: As it headed out into space past Neptune, Voyager 1 turned back to look at where it had been, capturing this image of Neptune, Uranus, Saturn, Jupiter, Venus and the "pale, blue dot" of Earth. These are the last images Voyager 1 sent to Earth. Launched in 1977, Voyager 1 and 2 continue to send back data from their ongoing missions through interstellar space. (Image: NASA)

The "Blue Marble" (Apollo 17): This iconic and stunning view of Earth, now known as the "Blue Marble," was taken by the crew of the last Apollo mission - Commander Eugene A. Cernan; Command Module Pilot Ronald E. Evans; and Lunar Module Pilot Harrison H. Schmitt. It was the first time an Apollo trajectory made it possible to photograph the South polar ice cap. (Image: NASA)

View of Earth and the Moon together: The Applications Technology Satellite (ATS-1) carried a black-and-white weather camera which transmitted the first full-disk Earth images from geosynchronous orbit. On Dec. 22, 1966, ATS-1 captured this image of Earth and the Moon together. ATS-1 was 22,300 miles from Earth and more than 270,000 from the Moon when the photo was taken. (Image: NASA)