This is how black technology should be used

Chapter 295 Prince Diur: "Our country needs green!"

"Those super mosses have strong vitality. They can grow in an extremely harsh environment, and then die quickly. After several rotations, they can obviously improve the soil quality, and have a strong effect on the problem of desertification..."

"There is also a super nutrient solution, which can provide the nutrients and initial water needed for the growth of super moss..."

"It is still in an experimental state, and it has not yet reached the time of large-scale use..."

"The experiment is based on the water source as an important node. We will use various methods to sprinkle the super nutrient solution mixed with super moss seeds around the water source..."

"When the state of desertification improves, you can plant trees normally..."

Li Weiwei didn't say much, basically he briefly talked about the process of the previous discussion, and didn't disclose any technical details, but his appearance to "endorse" still caused a huge response.

After all, Li Weiwei has become a brand, not to mention his public expression now, even if he said a word in private and was heard by others, it still has "profound meaning" and will cause many people to think about it.

Now that he has said this, people will naturally stop thinking about aliens and spiritual recovery.

"It turned out to be our own technology. I thought it was aliens."

"Technology has developed so fast in recent years that I thought I was living on an alien planet."

"Good guy, it turns out that the alien is myself."

"Speaking of aliens, do you think that the super moss and super nutrient solution mentioned by Mr. Li can not only be used on the earth?"

"What do you mean, it was really done for aliens?"

"No, I mean this technology may be used on space stations, moon bases, and Mars. Whether it's powerful plants or super nutrient solutions, they can be used on Earth, so can't they be used in these places?"

"Yes, the space station and the lunar outpost are already engaged in space planting, but the scale is still small, and they are all ordinary plants. If these technologies are brought into space, perhaps the staff in space will be able to support themselves Self-sufficient!"

"Good guy, I didn't expect this."

"Think about it carefully, it seems that this thing can be done!"

In space, the human body becomes more fragile and therefore needs more nutrition.

However, some micronutrients in packaged foods are likely to decompose under space storage conditions, which will make it difficult to bring stable nutrition.

Therefore, scientists think of obtaining nutrition directly from fresh agricultural products, and space planting is a good way.

Now there are records of planting in the space station, such as lettuce, pepper, mustard greens and so on.

Phytonutrients such as flavonoids and anthocyanins, as well as vitamins, are important to human health, but space is limited in a space almshouse, so plants that are very nutritious and produce large quantities are needed.

When it comes to large output, we have to talk about potatoes, that is, potatoes.

It's just that potatoes only have a large yield, but the protein, phytonutrients, vitamins and other nutrients in the tubers are insufficient. Therefore, scientists are trying to use bio-enhanced methods to make potatoes meet the nutritional needs of the human body.

Different countries think of different methods, and the space agricultural plant planting solution proposed by Fanxing scientists is "whole edible elite plants".

Potatoes are nightshade crops and are considered to be one of the main candidates for space agriculture. They have relatively high yield potential, and they start to form tubers two months after planting.

Moreover, the tubers have a high harvest index, low requirements for gardening and food processing, high tolerance, and can develop normally during space flight.

What's more, potatoes can be reproduced vegetatively by tubers and sexually by seeds.

Asexual reproduction can ensure the regeneration of food resources and stable nutritional value, while sexual reproduction can ensure a higher reproduction coefficient and lower storage and transportation costs.

However, potatoes need to overcome their inherent defects such as high solanine content, low yield and nutrient accumulation, and low fertilizer use efficiency in order to be effectively cultivated in space.

Potato stems, leaves and berries have traditionally been inedible because the aerial parts of the potato plant contain accumulated solanines, mainly α-solanine and β-chaconine, which protect against pests and pathogens but are Humans are poisonous.

Space agricultural systems are often in highly controlled environments where solanin-mediated plant resistance is unnecessary.

If solanine is removed, the entire potato plant can hopefully be eaten.

In fact, through this strategy, people have developed potatoes rich in various vitamins, proteins, flavonoids, anthocyanins and other nutrients.

In addition, potato varieties can be developed using astaxanthin, or very long-chain polyunsaturated fatty acids, coupled with reconstruction of biosynthetic pathways.

A prototype of a nutrient-dense, edible whole plant is here, and it's hoped to be even more productive.

In this way, a large number of edible plants can be grown while occupying a small amount of valuable internal pressurized space, which is very cost-effective.

The tuber is the main edible part of the potato plant, and potato concretion is a complex biological process.

Optimizing photosynthesis is one of the main ways to increase crop yield, and potato tubers also need to obtain a large amount of photosynthetic products, especially sucrose, from the aerial parts.

Improving photosynthetic efficiency promises to increase potato yield.

It's just that this technology has not yet been broken and is still under research.

In addition, the growth and development of crops require many mineral elements, including nitrogen, phosphorus and potassium.

And the cost of transporting fertilizer from the earth is very high.

Therefore, it is necessary to improve crop nutrient use efficiency and reduce fertilizer consumption, but this is also difficult and needs to be modified at the genetic level.

Moreover, the launch cost of the space station is very high, and the upward movement of soil is not sustainable and the cost is very high.

Relatively speaking, the soilless cultivation methods of aerosol cultivation and solid substrate cultivation are more economical and environmentally friendly, and can form material circulation and energy regeneration on the space station.

These technologies are not only applicable to potatoes, but with a little modification, many cruciferous crops can be used on the whole plant.

It is definitely not easy to develop and grow this kind of super plant, but now that the practical science and technology group has made another big event, this opportunity has just come.

At least that kind of super nutrient solution will definitely increase the yield of plants.

Hard to say about the rest, but many people believe that practical technology can definitely handle this matter.

This is not blind belief, but practical technology has always done so.

It is constantly breaking the upper limit of people's cognition.

But not to mention the space in advance, after all, it is still a certain distance from ordinary people, and it is not so anxious, human beings are far from reaching the time of life and death.

So after Li Future's video was played, Prince Diur, who had become his good friend, called immediately.

"My dear Li, our Arab League needs your technical support. Please turn our land into an oasis!"

"Ah this..."

Li Future is a little embarrassed: "But this technology is still in the experiment..."

"No problem, come to our Arab League to do experiments. We provide venues, funds, equipment, and everything!"

"The royal family of the Arab League can provide everything to help you quickly improve this technology, and the ownership of this technology belongs to you completely. The royal family will not interfere. We just want to get green as soon as possible!"

"Is this possible, please?"

(End of this chapter)