Chapter 350： 350, Seed coating technology

Professor Zhou said the arrangement, "The propaganda department said that the newspaper will do a report for us in the next two days. Come on, Xiaomu."

When Mu Yiren heard it was another interview, he immediately waved his hand and said, "Professor Zhou, you can do this report. I did an exclusive interview two days ago. Everyone is a member of the Academy of Agricultural Sciences. already."

She really has no interest in doing interviews, just like socializing, she is very tired, she can concentrate on research and development.

Seeing that Mu Yiren was like this, Professor Zhou no longer reluctantly said, "Okay, anyway, the credit that belongs to you can't escape."

The next step is to assign work. As a temporary staff member, Mu Yiren will definitely not arrange fixed work for her, so her job is to continue to be responsible for developing and testing new products.

She was originally invited to the Academy of Agricultural Sciences to be mainly responsible for research and development and to lead a few team members to give guidance.

In fact, it is similar to the temporary post of a professor at a provincial university. They all belong to the teaching mode, but the Academy of Agricultural Sciences is more inclined to practice, while the chemistry department of the provincial university has a little more theory.

Sun Nannan and Wang Dazhi are responsible for coordinating and guiding the work at the physical and chemical production plant.

When new agricultural products come out, it is natural to promote the agricultural products so that the common people feel the convenience. Therefore, He Xiaomei and Zhao Dongliang, together with the staff of the Academy of Agricultural Sciences, are responsible for all promotion and guidance.

As for Professor Zhou, he will continue to participate in several academic seminars and agricultural research conferences. His task is to publish seed coating technology at these conferences.

At the beginning, in addition to industry and academic publications, the newspapers in the county would also carry out special reports. One after another, the leaders of the county also held a commendation meeting to reward them.

At present, the growth agent has been reported to the State Agriculture Bureau, and has been approved for production, and it has now begun to be put into production.

Growth agent is the first step, which can accelerate the growth of existing crops and enable the masses to have food to eat as soon as possible, and the seed coating technology is the second step, which can protect the scarce grain seeds during the input process. , in order to increase the yield.

The plan in Mu Yiren's heart is going through a step-by-step cycle. She believes that in a short time, the lives of the people will be greatly improved.

The result of this experimental team's research is a plant protection technology widely popularized by the Muyi people in the 1990s: seed coating technology.

The so-called seed coating is to use mechanical or manual methods to uniformly coat the surface of the seeds with seed coating agents containing pesticides, fungicides, compound fertilizers, trace elements, plant growth regulators and other ingredients in a certain proportion. , forming a smooth, firm film.

With the germination, germination, emergence and growth of the seeds, the effective components of the seeds in the coating are gradually absorbed by the plant roots and transmitted to all parts of the seedling plant, so that the seeds and seedlings can prevent and control seeds and soil bacteria and underground and above-ground pests. effect.

The micro-fertilizer in the medicine film can give full play to its effect before the base fertilizer is utilized. Therefore, the coated seeds grow vigorously at the seedling stage, the leaves are dark green, the root system is developed, and the plants are robust, so as to achieve the purpose of increasing production and income.

In one sentence, seed coating technology has the characteristics of comprehensive prevention and control, low toxicity and high efficiency, saving seeds and drugs, protecting the environment, and high input-output ratio.

Of course, the point is high output!

To explain in professional terms, it may be quite unclear, but another straightforward explanation is that this technology can well protect the seeds from being invaded by external factors before breaking the ground, and improve the survival rate of the seeds.

Because not every seed is good, it can take root and germinate when planted in the soil, but if there is seed coating technology, it can be guaranteed that every seed can grow in the soil intact.

The survival rate of seeds has increased, and the natural yield has also increased accordingly. Today, grain is the most precious, and the increase in grain production means that more people can have enough to eat.

If the people can be stable, the country will become more and more prosperous.

Therefore, the increase in grain production means a great deal.

The growth agent developed by Muyi people before can only increase the nutrients of crops and increase the growth rate of crops, thereby shortening the planting time and increasing the planting of another season.

This method of promoting yield can only be regarded as an indirect and roundabout way, while the seed coating technology is completely different. It directly promotes the increase of crop yield.

The birth of this technology has undoubtedly improved the progress of new agricultural science and technology!

Even if there are limited varieties of grains, if seed coating technology is adopted, then the maximum return can be obtained with the least investment.

No need to guess, Muyi people can also imagine what kind of sensation these two R&D achievements will cause in the country.

Today's work is very easy. Mu Yiren handed some knowledge and cases sorted out two days ago to the members of the experimental group to let them ponder on their own. In this document, her third plan is hidden.

After arranging the study tasks, Mu Yiren sat in the bus and returned to the village. It is estimated that the entire Academy of Agricultural Sciences will be busy during this time, so he can hide and relax.

Just ten minutes after getting into the car, Mu Yiren suddenly felt nauseated and felt dizzy.

Mu Yiren covered his mouth with one hand and patted his chest with the other, trying to suppress the nausea that was bubbling out of his chest.

isn't it? Does she still get motion sickness?

In her memory, she really has no symptoms of motion sickness, no matter whether it is a long or a short distance, she has never experienced motion sickness.

Why are you getting motion sickness today? !

Gradually, Mu Yiren felt more uncomfortable and couldn't bear it any longer, sour water was bubbling in his mouth all the time.

Mu Yiren turned to the side, and with the help of the canvas bag, he took out an orange from the system storage warehouse, opened the peel of the orange a few times, and stuffed the orange into his mouth.

The sweet and sour taste of the orange spread in the mouth instantly, and poured into the throat with a hint of coolness, which strangely calmed the uncomfortable discomfort.

When the Muyi people used to drive a car, they also encountered many people with motion sickness. They once saw someone eating oranges with motion sickness, and then put the orange peel between the nose and smelled it.

The orange itself has a fresh and refreshing feeling, which can help disperse the turbid breath in the air. The air is fresh, and the breathing can be smoother, and the body will not be so uncomfortable.

Muyi was really worried that she would spit it out later. Now the bus is driving on the country road. If you open the window, you can eat a mouthful of dust immediately. The space of the bus itself is relatively narrow, and there is no room for extra display. She can do it. Not to vomit in public.