Start with a blacksmith shop

In fact, to put it simply, water from areas with abundant water resources is brought into the desert through various means.

Li Zhenhua's idea was not to carry out this process on land, but to carry out it through the sky, that is, to use clouds rich in water vapor above a certain place to pull them over the desert.

The advantage of this is that there is no need to go through as much trouble on the ground. There is no need to lay any canals or water pipe networks, and investment in infrastructure can be reduced.

And another advantage is that he can go to various parts of Kyushu to drag this kind of cloud into the desert. If this technology can really be developed by him, it can prevent disasters to a certain extent.

For example, a certain place in Zhongzhou will encounter heavy rainfall in a short period of time. The amount of precipitation exceeds the local bearing capacity in a short period of time, and eventually it will form urban floods or floods. Then as long as the rainwater in the sky is Pulled to the desert, this is a matter of killing two birds with one stone.

It can not only increase the precipitation in the desert, but also reduce the probability of floods in a certain place, which is beneficial to both parties. Kyushu is a vast land with a total area of ​​9.6 million kilometers. Such a large area will always appear in a short period of time. Heavy rainfall conditions.

Even if there is no heavy rainfall, dragging the rainwater from a place with no water shortage into the desert and reducing the amount of precipitation there will have no impact on that place.

If such a technology were to be developed, it would not only be that, but it would also be possible to use this technology to reduce drought when a certain place encounters a drought.

This technology can really come out, and there will not be much cost in application. It is estimated that there will no longer be floods and droughts in Kyushu. By then, as long as the rainfall in the areas where the two disasters occur is more balanced, that is .

The entire Kyushu seems to be in complete good weather, and Li Zhenhua is currently studying this technology.

So what means can be used to transport clouds containing rainwater from distant places to dry areas?

He had been looking for a suitable method since he was studying desert transformation technology. As expected, Huang Tian paid off and finally set his sights on particle energy shields.

The particle energy shield he created is an application of energy materialization. During the last nuclear explosion experiment in space, he had already discovered that when the shield was deployed, it could prevent more than just It's an explosion, and there's shock waves and stuff like that.

That is to say, as long as the energy shield is opened, everything happening outside the shield will not have any impact on the inside of the shield.

So since energy shields can protect against shock waves, can water vapor and other things also be protected against?

The answer is of course yes. By flying a space plane to and from the earth and passing through the atmosphere, this idea can be confirmed from the side. The energy shield can protect even the air, and the same can be done for water vapor.

In the past, the application direction of the particle energy shield was to block all external influences on the aircraft. So what about using the shield in reverse?

Since the shield can prevent other things from coming in, it can also prevent things inside the shield from leaving. There is also an anti-gravity system on the aerospace plane.

These two technologies, applied together, should be able to have miraculous effects.

After figuring out these details, Li Zhenhua immediately started experiments in his virtual laboratory.

Sure enough, his idea can really be realized. He simulated a large cloud in the sky above the laboratory, and then simulated an aerospace plane, and used the aerospace plane to continuously fly in the clouds, opening the shield a mouth, using anti-gravity technology to suck clouds into the shield.

Sure enough, in this simple experiment, as the aircraft flew, the clouds in the shield were indeed carried by the shield.

Through this experiment, he knew that the plan he imagined was feasible.

But then we encountered a problem, that is, how to collect a large number of clouds. After all, this problem cannot be solved, and everything is empty talk.

Then he tried to reduce the density of the particle shield. While reducing the particle concentration, he expanded the range of the shield outward. Through his unremitting efforts, he finally tested a suitable concentration.

At this concentration, it is possible to collect clouds, and the range of the shield is also the widest. And after collecting the clouds, it can compress the internal clouds on a large scale by reducing the shield range.

Coupled with anti-gravity, the aerospace plane can complete his vision.

After developing this application, he visualized large white clouds in the virtual laboratory, and then flew an aerospace plane through these clouds.

He opened the particle energy shield to the maximum, and combined with this anti-gravity technology, the clouds around the aircraft were sucked into the shield. When the inside of the shield was filled with clouds, the shield would shrink toward the center.

While the shield is shrinking, the internal clouds are also being continuously compressed. Finally, the shield is expanded to the maximum and the clouds are sucked inward again.

Through this continuous collection, compression and collection, the white clouds inside are finally transformed into the state of dark clouds.

When the dark clouds inside are compressed to the critical value of rainfall, these dark clouds are brought to the simulated arid area through the aerospace aircraft at ultra-fast speed to release them.

The released dark clouds are already close to the critical value. Coupled with the loss of anti-gravity technology, the dark clouds will definitely start the phenomena before rainfall due to their characteristics.

For the next thing, there is no need for manual intervention, the clouds will react on their own before rainfall.

The positive and negative charges in the dark clouds attract each other. After the final collision, the water vapor in the clouds continues to condense, and finally forms raindrops, completing the final rainfall process.

Li Zhenhua conducted such experiments many times in the laboratory and tested out all the situations that may be encountered during the process.

In the end, Li Zhenhua came to the conclusion that his idea was really feasible and could really intervene in drought and flood disasters manually.

Just think about it, Kyushu will never have special droughts or floods again.

Even if the entire territory of Kyushu is thousands of miles away from dry land, this technology can be used to go to the unpredictable sea, find clouds that carry a lot of water vapor, and transport them back to the arid Kyushu.

The good weather will be completely tied to Kyushu in the future.

After the application of this technology was discovered and proved feasible by him, precipitation in the desert can be considered to be controlled, and there will be no water shortage in the desert in the future.

As long as there is no longer a lack of water in the desert, everything else becomes much easier.

Plant windproof and sand-fixing trees in a desert, and with sufficient water sources, I believe it won't take long for this place to become an oasis.

When the desert is filled with various oases, as the number of these small oases increases, the density becomes denser and denser. Finally, when these small oases are connected, the entire desert will become a large oases.

When the entire desert is turned into an oasis, although the desert soil structure cannot be improved in a short period of time, it is believed that with the development of technology and artificial intervention, the desert terrain will eventually disappear completely in Kyushu.

As for the impact on the global environment when the desert terrain completely disappears, Li Zhenhua said that it is none of his business. Anyway, the complete disappearance of the desert in Kyushu is good for Kyushu.

Although it has an impact on the flow of ocean water vapor to the land, after he figured out how to transport clouds, Kyushu would not have any impact at all.

The current urban development process has the effect of replacing the desert, which can actually completely offset the consequences of the disappearance of the desert.

Since the impact on Kyushu is good, why should he care about other people's death? In his heart, he still wishes that other countries would have more natural disasters. Just like in his childhood, he wishes that they would have constant earthquakes and typhoons. It is best if Directly to Lu Shen.

In the virtual laboratory, Li Zhenhua is already simulating what the desert will eventually look like if there is sufficient water.

As long as all these deserts in Kyushu are turned into oases, the green area in Kyushu will increase by more than 700,000 square kilometers, which will be equivalent to one-tenth of the Amazon. No matter what kind of plants are planted on it, it will It will have a huge impact on slowing down the greenhouse effect on the earth.

Li Zhenhua made a rough simulation of this phenomenon in all the desert-side oases in Kyushu in his virtual laboratory. The final result was that it would have basically no impact on Kyushu, and the impact on the earth would be minimal.

After this simulation, he finally figured out a practical way to prevent the desert from being short of water.

So now he is not worried about the lack of water in the desert again, but is studying what kinds of plants are most suitable to plant in the desert.

In the early stages of oasis formation, what plants should be used to fix sand and soil and reduce water evaporation, what plants should be replanted in the mid-term, and what plants should be planted in the later stages to maintain the ecology of the desert that has finally recovered.

He has to experiment with all of these things, and the selection of these plants should preferably be able to produce some economic value. This is the guarantee for long-term development.

During this time, the plant Elaeagnus elegans came into his sight. It is a plant that can grow in arid areas. Its fruits also have economic value. It is considered the most suitable plant for desert planting.

And because in his plan, there is no shortage of water sources in the desert, plants with short growth cycles and strong vitality such as grass have also come into his sight one after another.

After planting Elaeagnus elegans, grass seeds are sown under the trees. Grass can grow if there is sufficient water.

As long as these grasses can grow, as long as they wither and flourish several times, the organic matter produced by these grasses will be integrated into the desert where they grow. As the plants decompose and merge into the desert, the number of times will gradually increase, and eventually the desert will begin to transform into sand. , as long as this situation persists, one day the desert will turn into fertile farmland.

The entire desert transformation plan can be regarded as a systematic project that will have great success in the contemporary era.

Among the plants grown in the desert, he finally selected two types of plants: Elaeagnus angustifolia and tall thatch.

Elaeagnus can survive in the desert, and with enough water, it will surely grow well. Then there is tall thatch, which is a good grass species for soil consolidation and slope protection, and can also be used as pasture to a certain extent. .

It can be regarded as the most suitable plant for deserts that do not lack water. While everyone in Kyushu is still setting their sights on Mars, Li Zhenhua has developed an effective method of transforming deserts.

While he was researching the technology to transform the desert, their family of three planned a trip. After visiting the three northeastern provinces, they had already started heading south. When the technology was completely mastered, they were playing near Beidaihe.

Next, they will visit Yanzhao Province, passing through Jinmen and Peiping in the middle. The only purpose of taking the children to have fun in these three places is to go wherever there is delicious food.

Goubuli, roast duck, and go to Hejian to see how the donkey meat there is different from that in their hometown. Now that we are in Peiping, we plan to get up early with Xiao Lizi to see the flag raising and accept patriotism. educate.

A family of three came to Peiping that day. They got up before the sun had risen. Through Ning Wei's special route, they took a small back door and watched the flag-raising ceremony from the best position in front of Tiananmen Square.

Little Lizi was riding on Li Zhenhua's shoulders, staring straight at the door ahead with a pair of big eyes. Li Yun was standing next to the father and daughter, holding Li Zhenhua's hand, quietly waiting for the flag raising.

When the national flag guard appeared, when the national flag was hung on the flagpole, when the national anthem played, the little chestnut who was still very happy on his shoulder turned serious after all this happened. He also followed the music and sang the national anthem out loud.

After watching the flag-raising ceremony, the family of three's plan to stay in Peiping has just begun, and since they have already arrived in Peiping, Li Zhenhua has to visit some people.

At least he planned to go to Wang Yuesheng's place. If he came to Peiping and didn't meet these people, it would be really unreasonable.

Just after they finished watching the flag-raising, Li Zhenhua got into the car and drove directly towards the Ministry of Defense. At this time, he and Li Yun still did not reveal their identities, and the holographic camouflage projection was still in effect.

The car quickly arrived at the Ministry of Defense. Ning Wei and others who were following their car also caught up with their IDs. Ning Wei and the three of them were invited to the guard box. It was also at this time that Li Zhenhua The camouflage on the head is off.

After turning off the holographic camouflage projection, he handed his ID card to the guard at the gate, looked at Li Zhenhua's face, carefully checked the ID card, and added Ning Wei's phone call to confirm. After these strict inspections, they were finally let in.

Now that he's on Wang Yuesheng's territory, he doesn't have to keep pretending anymore. When he shows his true face, his face is still very recognizable.