Does the completion of the Three Gorges have anything to do with the continuous high temperature in

Hello everyone. A large amount of water vapor evaporated over the Three Gorges Dam, and because there was too much of it, it formed a pressure and dispersed in all directions, and these water vapors blew away all the clouds over Chongqing and Sichuan. This results in cloudless, which leads to no rain, hot weather.

Only the water from the Three Gorges Dam was released. in order to alleviate the current drought and high temperatures.

Thank you!!

In the short term, it seems that the benefits outweigh the disadvantages, and after a long time, you will see that the disadvantages outweigh the advantages, not that you do not report it, but that the time has not come, and nature will punish human beings.

I studied water conservancy in LP, and I think it may have something to do with it.

The ecology is destroyed.

Of course, it has a certain impact.

However, this sacrifice of the upper reaches of the Yangtze River will benefit the lower reaches of the Yangtze River.

I studied electricity, so I don't really know much about it.

Maybe it's a little related.

But it shouldn't have much impact.

The construction of the Three Gorges has destroyed a certain ecological balance, but in general, it should be the result of global warming and the destruction of the environment.

This year's Shu land is now continuing to have high temperatures, and last year's Hangzhou has been high temperatures are about the same, so ah, we must pay attention to environmental protection in the future, and those who have the ability should have more trees and flowers, if not, at least do not deliberately destroy vegetation.

The completion of the Three Gorges has caused water levels to rise, flooded many mountains and forests, and caused great damage to the ecosystem. So it's inevitable that it will have some impact on the basin area.

Summary. The subsidence of the air flow will lead to the warming and pressurization of the ground, as well as the relative dryness of the air, which is difficult to form clouds and fog, and the ability to block sunlight is weakened, and the solar radiation can directly reach the ground, resulting in obvious radiation warming near the ground. The key to the extreme high temperature in China this year is the "heat dome", the bottom air near the ground is warmed by solar radiation, and then expands and rises, but because the high pressure covers the hot air in the lid like a cover, it prevents the cold air from entering, resulting in the high air pressure of the upper layer being pressed back to the ground, and so on, just like a "pressure cooker", resulting in the temperature in the heat dome getting higher and higher, resulting in extreme high temperature.

Hello, the hot weather has nothing to do with the Three Gorges Project.

The formation of China's extreme high temperature dispersion temperature is inseparable from two frequent visitors in summer: the western Pacific subtropical high and the continental high pressure. Since June, the western Pacific subtropical high has strengthened with a banquet and a continental high pressure, so much so that most parts of China are controlled by a warm high pressure belt. Imitation.

The subsidence of the air flow will lead to the warming and pressurization of the ground, and the air will be relatively dry, it is difficult to form clouds and fog, and the energy or force of blocking the sun will be weakened, and the solar radiation can directly reach the ground, resulting in obvious radiation warming near the ground. The key to China's extreme high temperature this year is the "heat dome", the bottom air section close to the ground is warmed by solar radiation, and then expands and rises, but because the high pressure covers the hot air in the lid like a cover, preventing the entry of cold air, it will be pressed back to the ground by the high pressure of the upper layer, and so on, just like a "pressure cooker", resulting in the temperature in the heat dome getting higher and higher, resulting in extreme high temperature.