Simeon Schmauß
@stim3on@fosstodon.org  ·  activity timestamp 3 months ago
Photograph taken from the International Space Station by astronaut Nichole Ayers, capturing a rare gigantic jet — an upward lightning discharge shooting from a thunderstorm about 90-100 km high into the upper atmosphere. The jet appears as a vivid purple and blue column of light that finely branches out toward the top where it turns into a vivid red color. It's rising from a brightly illuminated cloud top, surrounded by diffuse city lights from Northern Mexico and South Texas. Behind it is the curved limb of Earth with a green band from the airglow layer indicating the edge of the atmosphere. A portion of the space station’s robotic arm is visible in the foreground.
Photograph taken from the International Space Station by astronaut Nichole Ayers, capturing a rare gigantic jet — an upward lightning discharge shooting from a thunderstorm about 90-100 km high into the upper atmosphere. The jet appears as a vivid purple and blue column of light that finely branches out toward the top where it turns into a vivid red color. It's rising from a brightly illuminated cloud top, surrounded by diffuse city lights from Northern Mexico and South Texas. Behind it is the curved limb of Earth with a green band from the airglow layer indicating the edge of the atmosphere. A portion of the space station’s robotic arm is visible in the foreground.
Photograph taken from the International Space Station by astronaut Nichole Ayers, capturing a rare gigantic jet — an upward lightning discharge shooting from a thunderstorm about 90-100 km high into the upper atmosphere. The jet appears as a vivid purple and blue column of light that finely branches out toward the top where it turns into a vivid red color. It's rising from a brightly illuminated cloud top, surrounded by diffuse city lights from Northern Mexico and South Texas. Behind it is the curved limb of Earth with a green band from the airglow layer indicating the edge of the atmosphere. A portion of the space station’s robotic arm is visible in the foreground.
Simeon Schmauß
@stim3on@fosstodon.org  ·  activity timestamp 3 months ago
Photograph taken from the International Space Station by astronaut Nichole Ayers, capturing a rare gigantic jet — an upward lightning discharge shooting from a thunderstorm about 90-100 km high into the upper atmosphere. The jet appears as a vivid purple and blue column of light that finely branches out toward the top where it turns into a vivid red color. It's rising from a brightly illuminated cloud top, surrounded by diffuse city lights from Northern Mexico and South Texas. Behind it is the curved limb of Earth with a green band from the airglow layer indicating the edge of the atmosphere. A portion of the space station’s robotic arm is visible in the foreground.
Photograph taken from the International Space Station by astronaut Nichole Ayers, capturing a rare gigantic jet — an upward lightning discharge shooting from a thunderstorm about 90-100 km high into the upper atmosphere. The jet appears as a vivid purple and blue column of light that finely branches out toward the top where it turns into a vivid red color. It's rising from a brightly illuminated cloud top, surrounded by diffuse city lights from Northern Mexico and South Texas. Behind it is the curved limb of Earth with a green band from the airglow layer indicating the edge of the atmosphere. A portion of the space station’s robotic arm is visible in the foreground.
Photograph taken from the International Space Station by astronaut Nichole Ayers, capturing a rare gigantic jet — an upward lightning discharge shooting from a thunderstorm about 90-100 km high into the upper atmosphere. The jet appears as a vivid purple and blue column of light that finely branches out toward the top where it turns into a vivid red color. It's rising from a brightly illuminated cloud top, surrounded by diffuse city lights from Northern Mexico and South Texas. Behind it is the curved limb of Earth with a green band from the airglow layer indicating the edge of the atmosphere. A portion of the space station’s robotic arm is visible in the foreground.
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