A striking display of high-altitude clouds over the Pacific Ocean are clearly cirrus, but further classification remains elusive.
Image of the Day Atmosphere
A vertical profile of wispy, icy clouds reveals their complex structure.
A composite view of the United States represents one of the ways scientists are exploring Landsat 8’s capabilities.
Image of the Day Land
This image of the Dallas metro area was the very first image in the archives of the Landsat mission, launched in 1972.
An astronaut on the ISS caught a glimpse of a sliver of the setting Moon and some clouds that shine at night.
As spring turns to summer in the northern hemisphere, unusual streaks of clouds form high in the atmosphere around sunset.
Image of the Day Atmosphere Remote Sensing
50 trillion pixels of Landsat data give researchers a lot of opportunities to look at Earth processes on scales from days to decades.
Image of the Day Land Remote Sensing
When the Landsat archive is combined with modern computing power, scientists can view the planet not just across space, but also time.
Image of the Day Land Unique Imagery Human Presence Remote Sensing
Cold winter conditions set the stage for these unusual clouds that can form due to airplane traffic.
LDCM extends an unprecedented four-decade record of global land observations.
Image of the Day Remote Sensing
Noctilucent clouds float high enough in the atmosphere to capture a little bit of stray sunlight even after the Sun has set below them.
Whether a patch of clouds contains open or closed cells offers a clue about whether rain is falling below.
Transverse cirrus clouds may look benign, but they are often associated with intense weather.
Moist air can cause contrails to spread and become sprawling cirrus clouds. Are there climate consequences?