Earth Imaging Journal: Remote Sensing, Satellite Images, Satellite Imagery
Breaking News
Commercial UAV Expo Americas Advisory Board Announced
Advisory Board Set for Commercial UAV Expo Americas September...
OmniSci Launches Free Edition of Platform to Democratize the Power of Accelerated Analytics
SAN FRANCISCO, Calif. - OmniSci, the pioneer in accelerated analytics,...
Martin UAV Expands Executive Leadership Team
PLANO, Texas - Martin UAV, a pioneering advanced aviation technology...
CoStar Group Withdraws Bid to Acquire CoreLogic
WASHINGTON - Today, CoStar Group, Inc. (NASDAQ: CSGP) announced...
Ouster and QCraft Announce Recent Launch of Robobus Fleet in China Using Ouster Lidar Sensors
SAN FRANCISCO & SUZHOU, China- Ouster, Inc. (“Ouster”) a...

Click on image to enlarge.

This view of Earth from the International Space Station allows scientists to detect the gases and particles that make up the different layers of our atmosphere. Closest to Earth’s surface, the orange-red glow reveals the troposphere—the lowest, densest layer of atmosphere, as well as the one we live within.

A brown transitional layer marks the upper edge of the troposphere, known as the tropopause. A milky white and gray layer rests above that, likely a slice of the stratosphere with perhaps some noctilucent clouds in the mix. The upper reaches of the atmosphere—the mesosphere, thermosphere and exosphere—fade from shades of blue to the blackness of space.

The different colors occur because the dominant gases and particles in each layer act as prisms, filtering out certain colors of light. Instruments carried on satellites and on craft such as the space shuttle have allowed scientists to decipher characteristics of the ozone layer and the climate-altering effects of aerosols.

A thin crescent of the moon is illuminated by the sun from below Earth’s horizon. Though the moon is more than 384,400 kilometers (238,855 miles) away, the perspective from the camera makes it appear to be part of our atmosphere.

Source: NASA

Comments are closed.