The Development of Cumulonimbus or Thunderhead Clouds

There are three ways to transfer solar heat and energy into the atmosphere. Radiation, conduction, and convection. The sun's radiation heats the surface of the earth, and the heat generated is transmitted mainly to the atmosphere by convection. Conduction is the second factor in the overall process, as heat transfer through the air is a slow and inefficient process. Convection is a vertical process that moves warm air upward from the ground and is replaced with cold air. Low temperature air is heated again and circulates.

Cumulonimbus crow: This cloud gets the best vertical range. Cumulus cloud family. The base is normally several hundred meters to two kilometers from the ground. The summit sometimes will cross the top of the troposphere. And it can reach a peak at altitude of 8000 to 15000 m. At the end of the development, the top looks like an anvil and is called cumulonimbus, not cumulonimbus (transition period between calulus congestus). Cumulus humilis: Usually, slightly thicker than the cumulus debris, the cumulus cloud already has a unique flaky appearance of the cumulus cloud. When the cumulus decorated the sky, we were talking about the weatherful cumulus clouds. Usually, because the temperature is reversed above the clouds, these are the favorite clouds for the paraglider pilot.

Rainfall occurs only in clouds named "nimb", especially in cumulonimbus and nimbostratus. These kinds of clouds are developed from other kinds of clouds. Cumulonimbus develops from cumulus clouds, while the Nimbostratus cloud evolves from stratified clouds. Earth is the top layer of the earth. It is a necessary medium to nourish all the land life. All terrestrial plants come from this important medium, and the whole surface is very thin. Soil is a complex mixture of weathered mineral particles, decaying organics, organisms, gases, and liquid solutions. The soil is the outer skin of the earth and can penetrate only into the penetration depth (the root of the plant) of the creature, on average about 6 inches. In addition to being able to produce soils, it is also possible to store phytonutrients with factors such as water, air, sunlight, rocks, plants, animals and other factors.