![]() ![]() Sometimes, however, we just step back and look at the beauty of it. The images collected here have contributed significantly to science across disciplines. 1/3 The carbonaceous asteroid Ryugu is seen from a distance of about 12 miles (20 km) during the Japanese Space Agencys Hayabusa2 mission on June 30, 2018.JAXA, University of Tokyo, Kochi. ![]() The science produced by Earth-observing satellites and deep-space missions continues to bring us new understanding and perspective about how our planet’s systems interact and change, as well as our place in the universe. satellite ― Satellite 1958 Alpha, better known as Explorer 1 ― brought back the first science from space as sounds, but it wasn’t long before scientists were putting cameras on high-flying rockets and satellites. Today we can look back at home from 100 million miles away. The rest of us rely on images made by astronauts’ cameras and the satellites circling the globe ― and, from deeper space, by robotic missions looking back across the solar system.Įarly balloon and later rocket launches gave us a view of Earth from as high as 100 miles above the planet. From that exceptional viewpoint they have marveled at both the beauty and the fragility of our planet. Enjoy more ultra-high-definition views of Planet Earth, captured by NASA astronaut Jeff Williams during his mission on the International Space Station in. Only a select few men and women have looked at Earth from space firsthand. You can also see footage of Earth from the International Space Station using apps. Before the Apollo program, early space exploration let human eyes view the planet from orbit, seeing for the first time the curvature of the Earth and its thin atmosphere. Galleries Looking at Earth: From 100 miles to 100 million miles 2 days ago &0183 &32 Other ways to watch views of Earth from the International Space Station. Only 24 people have seen Earth this way firsthand, but their photographs of the planet are familiar to millions. ![]()
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