Now that the flood is overflowing, can we find a way to transport the water to the desert?

This is a good question, I personally think it can be can, but this costs a lot of money! And the amount of work is very large!

This must still be very difficult, if the flood can be transported to the desert, intelligent human beings have already transported it, but the transportation is very difficult, and the cost is relatively large, unless there is a way to channel.

Now that the flood is rampant, of course we can find a way to divert the water into the desert.

Because it is high in the north and low in the south, it is difficult to transport water from the south to the north.

Now that the flood is overflowing, it is not realistic to find a way to transport water and sand to the desert, and the cost is not suitable for you, so you don't need to think about this problem, but you should think about how to take care of the sand and soil of the peace talks.

Now that I'm giving the crossflow, can I find a way to transport the flood water to the sand? That's okay, plus it's very complicated, very difficult to do, and maybe it will be possible to realize this idea in the future.

The deserts in our country are all on the first tier, the altitude is too high, and the floods are on the third tier in the east, and it is unlikely to be transported over.

That's not easy. It depends on whether the state has such a plan. If not, then wait for when the country has a good plan and when it is doing it. It's big work.

Now that the flood is overflowing, finding a way to transport water into the desert is a very good proposal, and it is also a very good method, and there must be a scientific way to transport this water into the desert.

Coming to this question, now that the flood is rampant, can we find a way to transport water to the desert, this idea is good, but it cannot be done for the time being, and the relevant departments are in the process of dealing with it.

Now that the flood is rampant, I think that if the water is transported to the desert, this should be a very labor-intensive and financially expensive thing, and this should still be relatively difficult to complete.

Your current flood is gone, can you find a way to remove the water rhyme. The place where the great flood occurred and the desert want to go, so the climate is different, there is no way to faint the water into the desert at present.

This must not work, because now it is a matter of geographical location, who can't tell you first. p

You think too much, this impossible.

It's a good idea, but it's difficult to implement.

It's really too troublesome, too far away, and the phone bill can't be either.

Impossible, on the one hand, the cost is too high, and on the other hand, it cannot be done in a short time, so it can only dredge the flood water into the sea.

Your idea is unrealistic, because there is no way to transport our southern water to the desert, so your idea is unrealistic!

Now that the flood is rampant, it is more difficult to transport water to the desert.

Because there is a problem of transportation to be taken into account.

If you go to the desert, you can't transport so much water at once.

Cross current, can you find a way to transport water to the desert, now there is still no way to do this for the time being.

It can be, but the cost will be huge, and in fact, it is not worth it in the end, so no one will do it.

Whether or not we can find a way to transport water to the desert is nothing short of whimsical because it is simply impossible.

In the midst of floods that cause harm to people's lives and property, your idea of transporting water to the desert is good, but the cost is too high to do it for the time being.

Hello, this kind of thing you said should not be possible for the time being.

There's no good way to get the water away, because it's really a flood.

If you want to find a way, you should have thought that without uh, there would be no flooding in the south.

Now Hengshui is constant. Who has a way to transport water to the desert, this is too difficult.

Now the flood is cross-current, there is no way, to transport the water to the desert, one is the long distance, the other is that the cost of Yushu is too high.

It's a big project, and everybody wants to do that.

If the flood is going to flow now, then the water is sent to the desert, but I don't think it's realistic, because it takes a long distance to do that.

China's largest desert, the Taklamakan Desert, flooded.

On August 2, 2021, The Paper reported that due to the heavy rain in the Tianshan Mountains in Luntai County, Xinjiang, and the superposition of melting snow in the mountains in summer, the Taklamakan Desert flooded.

Located in the center of the Tarim Basin in southern Xinjiang, the Taklamakan Desert is the largest desert in China, the tenth largest desert in the world, and the second largest mobile desert in the world. The entire desert is about 1,000 kilometers long from east to west and 400 kilometers wide from north to south, covering an area of 330,000 square kilometers.

The average annual precipitation does not exceed 100 mm, with a minimum of four or five mm, while the average evaporation is as high as 2,500 to 3,400 mm. Here, pyramid-shaped sand dunes rise 300 meters above the plain. Strong winds can blow up walls of sand up to 3 times as high.

The desert is full of sand dunes that move frequently due to the wind. There are also a small number of plants in the desert, whose root system is unusually developed, dozens or even hundreds of times larger than the aboveground part, in order to absorb the water from the ground, and the animals there have the phenomenon of summer hibernation.

Taklamakan Desert climate

The Taklamakan Desert is a warm temperate arid desert with a maximum temperature of more than 40 in the scorching summer, an average annual precipitation of no more than 100 mm, a minimum of only four or five millimeters, and an average evaporation of 2500 3400 mm. The climate of the Taklamakan Desert is moderately warm and distinctly continental, with annual maximum temperatures of 39.

Annual precipitation is extremely low, ranging from 38 mm in the west to 10 mm in the east. Summer temperatures are high, reaching as high as 38 on the eastern edge of the desert. The average temperature in July in the eastern region is 25.

Cold winters: The average temperature in January is -9 -10, and the lowest temperature reached in winter is generally below -20. There are 1 3 windy sand days throughout the year.

Due to the cross-influence of the two prevailing wind directions in the northwest and north, the wind and sand activities are very frequent and intense, and the mobile sand dunes account for more than 80%. The low sand dunes are estimated to move about 20 meters a year, and the entire desert has stretched about 100 kilometers south for nearly a thousand years. North and northwest winds prevail in the western region in summer.

These two air currents meet near the center of the desert, located at the northernmost end of the Kriya River, creating a complex circulation system, which is clearly reflected in the shape of the dunes. In spring, when the surface sand warms, the updrafts increase, and the northeasterly winds are particularly strong. During this period, hurricane dust storms are frequent, filling the atmosphere with sand and dust, which can reach elevations of up to 3,962 meters above sea level.

Winds from other directions also lifted dust and mist into the air, enveloping the Taklamakan Desert almost all year round. During the day, the Taklamakan red sun is scorching, the silver sand is dazzling, the temperature of the sand surface is sometimes as high as 70 or 80 degrees, and the vigorous evaporation makes the surface scenery erratic, and desert travelers often see a hazy "mirage" in the distance.

The above is a reference to the appearance of the Bibei tribe: Encyclopedia - Taklamakan Desert.