Respond to the call
Be a pioneer in ensuring food security
Be a promoter of the tide of building a strong agricultural country

International Green Global Research and Development Organization
International Green Global Research and Development Organization
Chinese expert group
July 18, 2024

catalogue

Ensuring national food security is China's top priority
Section 2: Reasons for China's Grain Problems 1
1. The issue of competition between humans and livestock for food 1
2. The hazards of twelve deserts in China, 1
3. The problem of desertification of arable land in China 2
4. Extreme weather events have occurred in China, causing many regions to experience a complete loss of autumn grain harvest. two
5. The excessive use of chemical fertilizers and pesticides on farmland in China has led to disease carrying work and resulted in reduced grain production. two
The third section applies the "Green Plant Stem and Leaf Nutrition Technology and Electric, Magnetic, Acoustic, and Wave Technology" developed by our organization to easily solve the food problems in China
Firstly, applying the theory of green plant stem and leaf nutrition can immediately alleviate the unfavorable situation of China's need to import grain. two
Secondly, the application of new technologies for mechanized desert management can enable rapid management of China's twelve desert sandy areas. After governance, it can add 300 million mu of fertile land and 146 million tons of grain to the country. four
Thirdly, the application of new agricultural technologies can enable the barren land in China's mountainous areas to be well utilized, providing assistance in ensuring China's food security. eight
Fourthly, the application of B-type agricultural operation mode can ensure the uninterrupted operation of food disasters caused by extreme weather phenomena. eleven
Fifth, the application of ecological fertilizers and the ongoing research on electric, magnetic, acoustic, and wave technologies can alleviate soil compaction and enable farmland to operate according to ecological technologies, resulting in significant increases in crop yields and growth. thirteen
The fourth section, studying the resolution of China's food problem, is a major scientific research achievement produced by our department's experts' unremitting pursuit for 56 years. fourteen
Firstly, the birth of this research 14
Secondly, their research on agricultural issues is unique. fifteen

Responding to the Chairman's call
Be a pioneer in ensuring national food security
As a promoter of the tide of building a strong agricultural country in China

Ensuring national food security is China's top priority
At the National Rural Work Conference, the chairman said, "Once there are problems in agriculture and people hold onto their rice bowls, what can we talk about modernization construction just by looking at others' faces? Only when agriculture becomes strong and food security is fully guaranteed, can we stabilize the overall situation, adapt to the situation, and open up new opportunities, and have full confidence and strategic initiative
For China, the global food crisis is the top priority of the Chinese people. This is because: China is the world's most populous country; China is also the world's largest importer of grain; China relies on grain imports to feed its huge population, which is clearly not feasible. This is because, with the occurrence of the global food crisis, it is not feasible for China to import such a large amount of food. Therefore, the food problem is the lifeline of the Chinese people.
The Reasons for China's Grain Problems in Section 2
1. The problem of competition between humans and livestock for food
Forty percent of China's total grain is used for animal husbandry, which amounts to about 250 million tons. This has led to a serious shortage of food for 1.4 billion people in China, requiring about 130 million tons of grain to be imported from abroad every year. This has made China the world's largest grain producing country, and the biggest reason why China's food security is not guaranteed.
2. The hazards of China's twelve deserts have led to the inability of arable land to produce normally, as well as frequent catastrophic weather events, affecting the harvest of China's grain and agricultural crops.
China has twelve large deserts with a total area of 1.012 billion acres. Every sandstorm that occurs causes some arable land in China to be unable to be cultivated normally, and at the same time, it also leads to an unfavorable disaster climate, resulting in a reduction in crop yields in China.
3. The problem of desertification of arable land in China
The total cultivated land area in China is 1.7 billion mu, of which 45% is distributed in mountainous areas, with an area of 765 million mu. Due to the migration of young people from mountainous areas in China to work, a wave of migrant workers has led to widespread desertification of mountainous land, with approximately 380-400 million acres of land left barren, causing a national land disaster.
4. Extreme weather events have occurred in China, causing many regions to experience a complete loss of autumn grain harvest.
Many regions in northern China experience natural disasters such as floods, droughts, hailstorms, and winds around July and August each year, resulting in the complete failure of autumn grain harvest and adverse consequences for grain production.
5. The excessive use of chemical fertilizers and pesticides on farmland in China has led to disease carrying work and resulted in reduced grain production.
The vast majority of China's arable land has been fertilized for many years, resulting in soil compaction and inability to achieve normal yields. At the same time, various crops produced have low quality, and long-term consumption of such agricultural products can cause health problems for people.
The third section applies the "Green Plant Stem and Leaf Nutrition Technology and Electric, Magnetic, Acoustic, and Wave Technology" developed by our organization, which can easily solve the food problems in China
Firstly, applying the theory of green plant stem and leaf nutrition can immediately alleviate the unfavorable situation of China's need to import grain.
A、 The emergence of the problem of competition between humans and livestock for food
Currently, China's total grain production is about 600 million tons, of which 250 million tons are used as feed for various livestock, 250 million tons are used as food for humans, and the remaining 100 million tons are used for other purposes. This is the direction of China's grain use. Since 250 million tons of grain is far from enough for China's 1.4 billion people, it is now necessary to import at least 130 million tons of grain from abroad every year to meet the needs of the Chinese people. How can we solve the problem of "China needs to import grain to feed the Chinese people"? The best way is to replace the food currently used for various livestock, which is often said to solve the "contradiction between people and livestock competing for food".
China is the world's most populous country. Currently, China is facing a shortage of food and needs to import about 130 million tons of food every year. For China, it is obviously unrealistic to import food to feed such a populous country; This is also a matter of great concern for the Chinese leader and chairman. He said, "If someone holds onto their rice bowl and eats based on their face, why talk about modernization construction; He attaches great importance to China's food security issue and said, "Only when agriculture becomes strong and food security is fully guaranteed, can we have sufficient confidence and strategic initiative; The head of the National Development and Reform Commission of China also said at the national conference: "Food security is the 'most important thing of the country', a top priority and eternal theme." From this, it can be seen that resolving China's food problem is China's top priority.
This is because, as time goes by, the world's grain stock is getting tighter, and it is difficult to import food. Therefore, the food problem is the lifeline for the safety and survival of Chinese people. So, it is urgent to eliminate China's food shortage.
B、 The nutrition of green plant stems and leaves is the foundation for solving the problem of food competition between humans and livestock.
The most effective way to relieve the competition between humans and animals for food is to fully utilize nutrients such as leaf protein and chlorophyll in green plant stems and leaves to replace protein and various nutrients in animal feed, thereby reducing the proportion of food in animal feed and achieving the resolution of the contradiction between humans and animals for food.
In order to find a solution to the human food crisis from a conceptual perspective, for many years, we have been trying to study how to process these green resources in nature into nutrients that can be used by humans. This is the emergence of the theoretical system of plant stem and leaf nutrition utilization. Specifically, it is to process these three major green resources in nature into leaf proteins for human and animal applications, and green feed for animal applications.
Green plant feed: It is a new type of grain saving feed. In the feed of herbivorous animals, there is no proportion of grain. In the feed of omnivorous animals, the proportion of grain only accounts for 20%. In this way, based on China's annual use of 250 million tons of feed grain, it can save 200 million tons of feed grain for the country, which can immediately eliminate the current situation of China's need to import grain. This is because the application of nutrients such as leaf protein and chlorophyll plays a decisive role. So, green plant-based feed is a new way to alleviate the conflict between humans and livestock over food.
So, as long as the theory of green plant stem and leaf nutrition is applied, this problem can be easily solved.
Secondly, the application of new technologies for mechanized desert management can enable rapid management of China's twelve desert sandy areas. After governance, it can add 300 million mu of fertile land and 146 million tons of grain to the country.
Desert hazards and disasters are global human disasters, with an annual expansion of desertification of over 100000 square kilometers worldwide. Due to the increasing rates of desertification expansion and green space loss, not only has the human activity area been continuously shrinking, but more importantly, it has caused global climate deterioration, leading to the occurrence of extreme weather phenomena. Natural disasters such as wind, hail, drought, and floods occur frequently. Due to various natural factors, there has been a reduction in food production, resulting in a global shortage of food supply and causing a food disaster for humanity. In order to alleviate the disaster of the desert, we began to study the rapid elimination of the desert at a mechanized speed, turning it into an oasis and relieving the harm of the desert to humans.
Few people in the world have been involved in the large-scale management of deserts. Only the Chinese government invests huge amounts of money every year in desert management, but it is only manual and labor-intensive, with poor results.
In order to completely eliminate the hazards of deserts, our experts, led by Mr. Yan Guangcai, conducted a systematic investigation of twelve desert sandy areas distributed in Inner Mongolia, Xinjiang, Qinghai and other places in China; Understood the climate, water sources, and animal and plant ecosystems of various desert and sandy areas; And participated in local desert management multiple times; Realize new feasible methods from it. After more than thirty years of hard work and exploration, we have finally mastered the laws of desert hazards and developed a complete set of "rapid elimination methods for desert mechanization". (Firstly, establish an organization for the Desert Mechanization Control Corps: consisting of the Corps Command and 26 regiments, with a total of 18545 personnel. Secondly, the Corps has 16250 units of various types of desert control machinery.). By applying this method, within six years, the twelve deserts and sandy areas in China, with a total area of 674400 square kilometers, can be quickly eliminated and turned into oases, becoming a shining light on earth.
The organization implements desert mechanization elimination, among which the unique operating methods are as follows:
1. Relieve the water shortage problem in desert management.
① The air condensation system we invented can condense the moisture in the air and provide applications.
② The desert water storage tank we have developed has two characteristics: firstly, it has a large water storage capacity, with the largest storage tank being 150000 cubic meters. Secondly, the construction speed of water storage tanks is fast, and the construction cost is low, without the need for steel and cement. The small pool of 33000 cubic meters can be built in just one month. The large water tank can be built in just two months and is easy to use. Simply open the faucet and it will be ready for use.
2. The construction of wind barrier system has eliminated the harm of strong winds in the desert.
Desert storms are the first factor causing harm to the desert. Our developed "windbreak" to prevent strong storm attacks can reduce wind force by 60% in the desert, even with a force of 12 winds passing through our windbreak.
3. The management of tall sand dunes in the desert has eliminated the enormous harm caused by the movement and burial of tall sand dunes.
The sand dunes in the desert that are over 30 meters high are called tall sand dunes in the world. The highest sand dune in the Chinese desert is 300 meters. These sand dunes, due to strong winds, can move at any time and bury everything, known as the first disaster in the desert. Our wind protection system, including windbreak barriers and windbreak forests, is reasonably configured to prevent disasters caused by the movement of tall sand dunes. And some tall sand dunes will be built as tourist attractions and high-level water pools.
4. The construction of a sand flow prevention system in the desert has prevented the harm of sand and dust, and improved the environment of the desert.
The application of a mechanized mixed mud spraying desert rapid elimination system not only eliminates the need for manual grass grid insertion in desert management, but also enables the planting of grass, medicinal herbs, and trees in the desert to be completed in one go with good results.
5. The construction of a new tree planting system in desert management has increased the efficiency of desert tree planting several times, ensuring the green ecology of the desert.
Planting trees is an important part of desert management, whether it is the construction of windbreak forests, road protection forests, or farmland protection forests, a large number of various trees need to be cut and planted. Traditional tree planting only takes about a month in the desert and can only cut small trees, with a low survival rate. The efficient tree planting system developed by us is not limited by time, and can be planted even on hot summer days; And it can plant large trees with a survival rate of up to 95%. In this way, the windproof system in the desert can be quickly established, ensuring the green ecology of the desert.
6. The improvement of desert ecological environment has effectively ensured the construction of desert farmland and also opened up the B-type agricultural model.
Our goal is to expand efficient farmland on a large scale and demand good farmland and food from the desert. There are 12 deserts and sandy areas within China, with a total area of 674400 square kilometers (1.011 billion acres). By applying our method, 30% of desert land will be converted into fertile fields (covering an area of approximately 202300 square kilometers), which will increase China's arable land by 300 million acres and increase food production by 146 million tons. For the 1.4 billion Chinese people, it is equivalent to an increase of 0.21 mu of arable land for each Chinese person, who can cultivate and harvest agricultural products that year; In the future, 146 million tons of grain can be produced every year, with an average increase of 200 jin per Chinese. This not only ensures the country's food security, but also enables rapid results in desert management. In this way, not only can China's grain production be effectively improved, but some areas in the Chinese desert can also harvest two crops a year. The first crop, which mainly harvests spring wheat, is called A-type agriculture. The growth time of crops after spring wheat is only about two months, and only agriculture based on harvesting crop stems and leaves can be planted. Harvest soybean seedlings, corn seedlings, wheat seedlings, etc. (mainly used for processing leaf protein). We call this agricultural model B-type agriculture.
7. In desert governance, guided by the concept of "ecological benefits", an efficient economic system for deserts will be established.
In desert management, we adhere to the guidance of both economic benefits and the construction of desert grasslands (used for processing leaf protein, leaf green powder, and chlorophyll); Desert medicinal herb system (including medicinal herb cultivation and processing); Desert aquaculture system (including slaughterhouses, meat processing plants, and animal manure fertilizer processing plants).
8. Township construction and service system construction in desert areas.
The elimination of 12 desert sandy areas in China will result in over 3 million people living and working here. In order for these people to live and work well here, it is necessary to build desert towns with desert characteristics. There are commercial systems, school systems, kindergarten systems, etc.
9. Construction of tourism system in desert areas.
In order to ensure a relaxed and happy life for the staff here, it is necessary to establish a tourism and sightseeing system with desert characteristics, mainly including desert zoos, desert botanical gardens, desert high sand dune sightseeing parks, artificial desert lake rowing parks, and various amusement parks with desert characteristics. The construction of these scenic spots will also bring abundant tourism revenue to the desert.

Thirdly, the application of new agricultural technologies can enable the barren land in China's mountainous areas to be well utilized, providing assistance in ensuring China's food security.

1、 The crisis of increasing barren land area in mountainous areas of China.
1. The crisis of barren land caused by rural farmers going out to work in mountainous areas.
Young farmers in mountainous areas have gone out to work, which has formed a wave of migrant workers, and the situation has become increasingly severe, resulting in a large area of farmland in mountainous areas being abandoned due to lack of cultivation. The total cultivated land area in China is 1.7 billion mu, of which 45% is distributed in mountainous areas, with an area of 765 million mu. The barren area in this part of the land is a major factor causing the national food shortage. We believe that, in a sense, the current phenomenon is a national disaster. According to our investigation in Shanxi, Henan, Sichuan, Yungui and other places, we found that in some areas, the area of barren arable land accounts for 30% of the arable land in mountainous areas, and in some areas, the area of barren arable land accounts for more than 70% of the arable land in mountainous areas.
2. Our organization's research on the theoretical system of plant stem and leaf nutrition and the utilization system of wild resources has resulted in countermeasures.
The utilization of plant stem and leaf nutrients is the main scientific research achievement of our organization, which means to provide nutrients from various plant stems and leaves in nature for human application. The main nutrient of various green plants is leaf protein, which is used for human applications and expands the scope of human utilization of nature. (There will be album material introduction later)
We believe that although China's barren land is now barren, it is not equivalent to those mountainous forests. Because it is a fertile field that has been cultivated before, the depth of the soil and the level of cultivation management far exceed that of ordinary forest land. So to reuse, we cannot randomly plant some ordinary trees, we must plant excellent varieties with high efficiency and easy management.
Based on the technological characteristics of our research, combined with our examination of natural resources in various parts of China and our research and experimental operations on various plants, we have proposed effective methods to address the utilization of these barren lands, which will revitalize the vast areas of already barren land in China.
Mountainous agricultural and forestry products have their uniqueness, pollution-free, high nutrition, and good taste, which are their characteristics. It is irreplaceable and people pursue high-quality products. Taking kiwifruit as an example: kiwifruit produced on high mountains and macaque peaches produced on ordinary ground have completely different flavors, and various vegetables are the same. Ordinary white radish, produced on high mountains, is a fruit type radish. So, we believe that mountainous land should not be left barren and must be effectively utilized.
2、 Effective methods for utilizing barren land in mountainous areas of China
1. The main plant species that should be planted on barren land
(1) Grass and trees
Bamao, Mangcao, perennial Abutilon, large leaf mulberry tree, large leaf mulberry tree, acorn tree, Achyranthes splendens, sand reed grass, sheepgrass, alfalfa grass, Rumex K-1, leaf affected pine herb, aggregation grass, imperial bamboo grass, etc.
These grasses and trees are perennial plants, drought tolerant, and poorly managed. For example, grasses such as Bamao, Mangcao, Jiji Grass, and Shalu Grass are all wild and may seem useless in the eyes of others. However, here, they are all high-quality raw materials for making leaf protein and leaf green feed. When used in the feed of herbivorous animals, they can save * of food.
China uses 250 million tons of grain as various feed every year, accounting for about 41-66% of the total grain. Saving food is equivalent to making an effective contribution to the country's food security.
After replacing feed grains with these plants, not only have barren farmland been utilized. At the same time, it also enables the application of barren hills, valleys, and slopes, which objectively expands the effect of cultivated land area.
(2) Six major woody health plant oil series
Winged fruit oil tree, Wen Guan fruit tree, oil peony, green thorn fruit tree, money maple, olive oil plant.
The six major woody plant oils are currently the best edible health oils in the world and have a good effect on preventing cardiovascular and cerebrovascular diseases. Regular use can also anti-aging. In addition, it is a woody plant oil that is pollution-free and of good quality, making it a sought after health food oil.
(3) Taxus chinensis, Chinese fir, and Chinese fir series
The branches, leaves, and fruits of Chinese yew, Chinese fir, and Chinese fir not only have good medicinal value, but their wood is also quite valuable, with a price 10-30 times that of pine.
(4) Antioxidant and anti-aging plant series
Black fruit chestnut, black fruit gland flower autumn, blueberry, black wolfberry, green willow, etc.
The fruits of these plants are high in anthocyanins, SOD， It is an excellent antioxidant and anti-aging active ingredient, and also has a good effect on disease prevention and fitness.
(5) Wild small fruit series plants
Prickly pear, fire thorn, sea buckthorn, etc
These wild small fruits, when used as beverages, are a wild product beverage that people pursue, with extraordinary functions. For example, prickly pear fruit is high in vitamin C, with a vitamin content of 2585 milligrams per 100 grams, which is 10.6 times that of jujube; 41.6 times that of kiwifruit; 55 times that of strawberries.
(6) Precious Medicinal Materials Series
Golden Thread Orchid, Saffron Flower, Mulberry Yellow, Gynostemma pentaphyllum, Chonglou, etc.
2. Can the various plants listed above effectively utilize barren land.
We must have two characteristics when choosing the plants listed above: firstly, most of these plants are wild perennial varieties or those with extensive management and easy harvesting. For example, we use barren land to plant perennial plants such as fescue, Achnatherum splendens, and alfalfa, which are harvested 2-4 times a year. In order to ensure yield, we need to apply fertilizer every time we harvest. As long as we apply biological fertilizer, it not only ensures the yield of various plants, but also guarantees the original ecology of the mountain. This operation is more time-saving and labor-saving, and both the elderly and children can pick and harvest. Even young people who work outside can help their families achieve their goals by returning home 1-2 times a year, each time for only a few days, without affecting their ability to work outside. Secondly, these varieties have good economic benefits and can bring high income to families.
In fact, the plant varieties we have listed are limited, and according to the specific situation in various parts of the country, there are far more than just these varieties.
Fourthly, the application of B-type agricultural operation mode can ensure the uninterrupted operation of food disasters caused by extreme weather phenomena.
1、 Extreme weather conditions are the main reason for the abnormal operation of agriculture.
Extreme weather phenomenon, internationally known as "El Nino" phenomenon, refers to rainstorm, drought, storm, high temperature, hail and other phenomena in the climate. This climate phenomenon occurs irregularly on a global scale and is also a common and unique climate phenomenon in China. The occurrence of this climate phenomenon has caused significant disasters to China's food and agricultural crops, especially in more than ten provinces in northern China.
In autumn in northern China, such disasters often occur, resulting in the complete failure of autumn crops. At this time, due to the cold October, there are only over 60 days left, and there is no time to harvest anything planted.
2、 The birth of B-type agriculture
Can we find a way to alleviate the food disaster, can we find alternative food sources, can we have new nutrient sources that are widely used by humans and have abundant resources? This is their greatest pursuit in life. After 56 years of arduous struggle and relentless pursuit, exploration, and research, they have finally developed the most effective way to fundamentally solve the human food problem. They believe that from a botanical perspective, current agriculture (excluding vegetables) is mainly based on harvesting plant seeds and fruits, which we call "plant seed and fruit agriculture". Internationally, this agricultural model is recognized as "A-type agriculture"; In order to fundamentally alleviate human food disasters, we have developed an agricultural system that systematically applies plant stem and leaf nutrition. This type of agriculture is mainly based on harvesting plant stems and leaves. In the past, we referred to this agricultural model as the "soybean seedling agriculture model" and the "second agricultural model"; Later renamed as the "Plant Stem and Leaf Agriculture" model; Finally, according to international experts, this agricultural operation system model is called "B-type agriculture". B-type agriculture has a wide range of applications, including the stems and leaves of crops, the stems and leaves of various trees in forestry systems, and the stems and leaves of various grasses in grassland systems. The full utilization of these resources and nutrients is the foundation for humanity to alleviate food disasters. This is agriculture that utilizes the nutrients of green plant stems and leaves.
Fifth, the application of ecological fertilizers and the ongoing research on electric, magnetic, acoustic, and wave technologies can alleviate soil compaction and enable farmland to operate according to ecological technologies, resulting in significant increases in crop yields and growth.
1、 The application of ecological fertilizers can change the current situation of soil compaction caused by the long-term use of chemical fertilizers on cultivated land.
The ecological fertilizer we refer to is called humus fertilizer, and the main raw materials that make up this fertilizer are: firstly, the manure of various livestock, such as cow manure, sheep manure, pig manure, chicken manure, etc., with a proportion of 25-35%. Secondly, the waste stems and leaves of various plants, such as rapeseed, sugarcane bagasse, banana waste stems and leaves, taro waste leaves, water bamboo waste leaves, wheat husks, rice husks, etc. The proportion is 50-60%.
2、 Introduction to Electrical, Magnetic, Acoustic, and Wave Technology Engineering
1. The meaning of electrical, magnetic, acoustic, and wave technology engineering
It refers to the application of electricity (including direct current and alternating current, with voltages ranging from 6 volts to 180000 volts), magnetism (including electromagnetic and permanent magnetic fields), sound (ultrasound), and waves (electron waves) to various existing plants and animals. Plants, including seeds and growing plants, as well as young seedlings and large trees that have been growing for many years, can cause mutations in plants, resulting in growth type fission. After processing animals, it can cause changes in their metabolism and growth.
After applying the above four signals to various plants and animals in nature, these plants and animals will undergo mutations; What are the types and strengths of these four signals used; We call this data the biological code. Then, through multiple experiments, accurate data was obtained, and this data was recorded with a password and compiled into a book. In the future, if applied, it will be very convenient as long as the table is checked.
The fourth section, studying the resolution of China's food problem, is a major scientific research achievement produced by our department's experts' unremitting pursuit for 56 years.
Firstly, the birth of this research
In the 1960s, that is, 1962, China was plunged into a comprehensive food crisis. Our expert Mr. Yan Guangcai was studying in Xi'an. At that time, due to a shortage of food supply, it was impossible to meet the food supply of college students. Therefore, college students had to take a two-year leave of absence. This event deeply stimulated him and made him deeply realize the importance of the food problem; Internationally, it is believed that "human beings must first solve the problem of eating before they can talk about anything else." It can be seen that the food problem is a major issue of top priority. Therefore, it is very important to firmly grasp and ensure that the Chinese people's jobs are firmly in their own hands; He remembered the teacher's dying advice in 1966, which required him to "be a qualified Chinese child, a loyal son of the people, rather than pursuing fame and fortune, and other vulgar things. We must always remember our responsibilities and obligations, and always remember 'The interests of the country are above everything else'. So he made a vow and determination to completely eradicate China's food crisis in his lifetime. For research purposes, he studied eight majors including botany, zoology, animal husbandry, horticulture, mechanics, architecture, traditional Chinese medicine, and Chinese herbal medicine, laying a solid foundation for his research. He believes that the Chinese nation is the largest nation in the world. He is determined that the Chinese people will not only solve their own food difficulties, but also make due contributions to the relief of human food difficulties.
So, what methods can be used to fundamentally solve the food problem? Starting from July 1, 1966, he led a group of experts on a long research journey to alleviate the food crisis, lasting for 56 years until 2022.
Secondly, their research on agricultural issues is unique.
To this end, he took a different approach and developed a unique set of methods to solve agricultural problems: firstly, the electric, magnetic, acoustic, and wave technologies they developed were used to improve the production of various crops and plants; Secondly, in order to significantly increase the area of arable land, they have developed methods for mechanized desert management, which can quickly turn deserts into oases and fertile fields; Thirdly, in order to study and solve the food and agricultural problems faced by humans, they have developed green plant stem and leaf nutrition utilization technology, which can be used to solve many problems in agriculture.

International Green Global Research and Development Organization
International Green Global Research and Development Organization
Chinese expert group
July 18, 2024