clouds

Artist's impression of a cloudy, Earth-like exoplanet with colorful biota in the clouds. Credit: Adam B. Langeveld/Carl Sagan Institute. Adapted from NASA/Ames/JPL-Caltech

Scientists have developed a "color key" to detect extraterrestrial life in planetary clouds

A team from Cornell University and the Carl Sagan Institute has measured spectra of colorful microorganisms in Earth's clouds, creating a color guide that will help identify biopigments as biological signatures in the clouds of cloudy exoplanets.
It's hotter in the summer. Illustration: depositphotos.com

Rain at the time

Recent research has shown that in the future there will be fewer rainy days in our region due to the climate crisis, but there will be more strong rain events. How can this be explained using simple scientific principles?
dust storm Illustration: depositphotos.com

read in the dust

Forecasting dust storms is a complicated matter. A new study was able to predict storms in our region with a high level of accuracy - and thereby outline how artificial intelligence can be harnessed to understand processes in the atmosphere
This infrared imaging from the Web's near infrared wavelength camera (NIRCam) combines data from two 1.4 and 3.0 micron filters, shown here in blue and orange, respectively. The planet shows a blue tint in the image obtained with a representative color. Image credit: NASA, ESA, CSA, STScI, J. DePasquale (STScI)

The Webb Space Telescope photographed in detail 11 of the rings surrounding Uranus-Uron

The Webb Space Telescope photographed in detail 11 of the rings surrounding Uranus-Uron
Prof. Daniel Rosenfeld, screenshot from a TV7 program, January 19, 2014.

Does the curtain of smoke and clouds hide the extent of global warming

An artist's rendering of an unmanned wind-powered, remote-controlled ship that could be used to clear clouds. Photo: John McNeill

Clearing clouds to control global warming?

Cumulus clouds. Photo: NOAA

Clouds of sheep

Creating acid rain: Acidic gases (sulfur dioxide and nitrogen oxides) are emitted from factories and vehicles into the atmosphere, where they are carried by the wind until they reach clouds or water-rich fog. The gases then dissolve in water and produce acid rain that destroys vegetation and pollutes rivers. And the lakes and crumbled stone buildings.

Formation of acid rain from sulfur dioxide and water

Rain clouds over Peru. Photo: NASA

A hive returns in the clouds