Now, after a break, we have come up with another easy-to-understand article from Geography –about Clouds. In this article, we are going to discuss Clouds – different types, their shape, and their altitude. Table of Contents What is a cloud? What are the different types of clouds? Cl...
Meteorologists have determined that there are 10 basic types of clouds. Each type can be identified in the cloud drawing by its initials and shape. Low Altitude Clouds:cumulus (Cu),stratus (St),stratocumulus (Sc),cumulonimbus (Cb) Mid Altitude Clouds:altocumulus(Ac),altostratus (As), andnimbo...
Higher level clouds represent the cloud in the highest levels of the troposphere. They mostly appear brilliant white because of the ice crystals at that level. They tend to develop at or just above the top part of the troposphere. Higher level clouds can vary in shape, thickness and cover. ...
Altostratus clouds are essentially stratus clouds that appear higher in elevation. They will not become fog-like or low down like stratus clouds, and instead they are very thin, wispy layers of cloud found in the mid-level of the atmosphere. They are very identifiable because they form such a...
The stratiformis occurs as very small patches of clouds extending to a large area. Lenticularis. It means the stem of a lens. Lenticularis clouds form a distinctly flat and circular shape. Nebulosus. The Latin translation is a mist or vapor. This is the generic cloud, lacking in distinct ...
the sun peeks through the clouds. But what most people don’t know is that there is more than one kind of rainbow. Not all of them are the colorful arch we most often see. Take a look at these seven types rainbows and the conditions that have to be in place to catch sight of ...
Convective clouds produce a significant proportion of the global precipitation and play an important role in the energy and water cycles. We quantify changes of the convective cloud ice mass-weighted altitude centroid (ZIWC) as a function of aerosol optical thickness (AOT). Analyses are conducted ...
Vulcanian eruptions create powerful explosions in which material can travel faster than 350 meters per second (800 mph) and rise several kilometers into the air. They produce tephra, ash clouds, and pyroclastic density currents (clouds of hot ash, gas and rock that flow almost like fluids). ...
of human operators [13]. China, similarly, maintains many inauthentic accounts through the 50-Cent Party, the Chinese government’s campaign to shape global narratives [14]. The commonality of these accounts in general is that they are inauthentic users and generate a large volume of mostly ...
Type 2 ice clouds exhibit larger particle sizes (reff = 3–4 μm), a distinct side-scattering minimum at 90–100° phase angles (characteristic of a change in particle shape relative to the type 1), and appear most prominently in the northern subtropical aphelion cloud belt. The majority ...