There is a rare sea of clouds in the "Daigu landform" in Linyi, Shandong Province. How did this landscape form?

Nature always brings us many beautiful scenery. For example, Mengyin County, Linyi City, Shandong Province, where a sea of clouds once appeared? Daiyu landform? This is very rare and belongs to a unique landscape. There are many reasons for the formation of this landscape. The most important reason is that after the earth's crust is cut and lifted by gravity, collapse and weathering, it forms various appearances, such as round, cliffs from steep slopes to gentle ridges, some like cockscomb shapes, some like hats or tables.

This kind of landscape means that the top of the mountain is flat and open like a plain, and the surrounding area is like a cliff. It looks like a table from a distance, so it is also called Fangshan landform. Usually, this landscape is mainly distributed in low mountains and hills in central and southern Shandong, and Ningxi area in Shandong Province is a very representative place.

It is precisely because of this very unique landform feature that it has attracted many people's attention, because this landform is relatively rare in history. It is an original geological landform with ornamental value, and it also has important research value. It will take many years to evolve into this. Hey? In fact, it is like a paradise opened by nature. The strange and stubborn form makes everyone surprised and amazed.

This kind of sea of clouds landscape in Shandong is very magnificent. If you want to form a sea of clouds, you still need certain conditions, such as sufficient water vapor, conditions to facilitate the condensation of water vapor, which can cool the air condensed with water vapor. When the temperature in the middle and lower layers of the atmosphere is getting lower and lower, the condensation height of grass-roots clouds will also become lower. If it is after rain and snow in winter and spring, it is easy to have this beautiful sea of clouds weather. When the height of the sea of clouds is lower than,