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The site of the kick-off meeting On November 18, the "Thirteenth Five-Year" national key research and development plan "In-situ Nutrient Monitoring and Integrated Fertilization Technology and Equipment for Water and Fertilizer" was officially launched in Beijing.
This is another "13th Five-Year" national key research and development plan that Kingenta Group has participated in following the launch of the "13th Five-Year" national key research and development plan "Development of new slow/controlled release fertilizers and stable fertilizers" on September 24 this year.
.
As an application model of collaborative innovation of industry, university and research, the project of "In-situ Nutrient Monitoring and Integrated Fertilization Technology and Equipment for Water and Fertilizers" has a total funding of 66.
36 million yuan, of which 46.
36 million yuan from the central government, which is funded by China Agricultural University, Jinzhengda Group, etc.
29 research institutes and units participated.
• Chen Hongkun, Vice President of Kingenta Group, explained the project implementation plan.
Water and fertilizer integration promotes sustainable agricultural development.
The "Nutrient in-situ monitoring and integrated water and fertilizer fertilization technology and equipment" project is mainly aimed at the excessive application of chemical fertilizers in China and the integration of water and fertilizer integration technology and equipment.
The research and development of technology for reducing fertilizer application and increasing efficiency of different planting systems is lagging behind.
It is urgent to strengthen the status quo of technology integration.
By focusing on the major tasks of reducing fertilizer application for major food crops, cash crops, vegetables, and fruit trees, following the "Key Technology Research-System and Equipment Integration" -Technical model research and application" full chain integrated design, focusing on rapid crop nutrient diagnosis and soil nitrogen in-situ monitoring, fertilizer-water source-equipment related adaptability technology, water and fertilizer integration intelligent technology equipment, typical Crop precision water and fertilizer integration technology simulation and application and other related research, strengthen the collaborative innovation of industry, university, research and use, solve the major key scientific and technological problems of reducing fertilizer application and increasing efficiency, and promote agricultural development to "change mode and adjust structure" in order to ensure the national ecological environment safety and the quality and safety of agricultural products.
"Promote the sustainable development of agriculture and provide strong scientific and technological support.
Through the overall implementation of the project of "In-situ Nutrient Monitoring and Integrated Fertilization Technology and Equipment of Water and Fertilizer", the application of integrated water and fertilizer technology can significantly improve the utilization efficiency of agricultural resources such as water and fertilizer, save water resources and nutrient resources, and help protect the country Agricultural product quality safety and ecological environment safety.
The chief expert of the project and Professor Yan Haijun from China Agricultural University reported on the overall implementation plan of the project.
The scientific research innovation and improvement of water and fertilizer use efficiency project has a total of 8 subjects.
Among them, Jinzhengda Group is responsible for the research and application of the "Vegetable Water and Fertilizer Integration Technology Model" project, and participates in " Fertilizer-water source-equipment adaptation technology and control equipment" and " The research and application of integrated technology model of water and fertilizer for food crops are two topics.
The research and application of integrated technology model of water and fertilizer for vegetables hosted by Kingenta Group is the only topic under the project hosted by the enterprise.
Through the implementation of the project, The scientific research and innovation advantages of Kingenta Group will radiate from food crops to cash crops.
Chen Hongkun, vice president of Kingenta Group, said when explaining the project implementation plan that there are two favorable conditions for promoting the integration of water and fertilizer: First, the agricultural structure of various regions has changed.
The planting proportion of economic crops such as vegetables and fruits is increasing.
At the same time, a large number of cooperatives and farmers have emerged, and their demand for new products and technologies such as fertilizers is also increasing.
Second, the government attaches great importance to water-saving agriculture and vigorously supports the integration of water and fertilizer.
?? Kang Shaozhong, academician of the Chinese Academy of Engineering and professor of China Agricultural University, delivered a speech at the meeting.
As the chief expert of the project, Professor Yan Haijun of China Agricultural University said: "According to the 2016 Yearbook, China’s current water and fertilizer integration irrigation area It is 70 million mu, accounting for only 7.
4% of China's arable land irrigation.
Compared with agricultural developed countries, there is still a relatively large gap.
At present, in the promotion process of my country's water and fertilizer integration technology, there are problems such as uncoordinated water and fertilizer supply, unbalanced local development, low precision and low degree of automation.
The project is based on fertilizer weight loss and efficiency, and the goal is to vigorously develop water and fertilizer integration.
。 Technology.
"The project involves 29 units including China Agricultural University and Jinzhengda Group.
As a member of the project consulting expert group, Kang Shaozhong, academician of the Chinese Academy of Engineering and professor of China Agricultural University, said: "I hope that all units will pay attention to strengthening the connections and exchanges between units and promote the smooth development of the project.
At the same time, it is hoped that the project can focus on changing from the past high-water, high-fertilizer, and high-yield fertilization methods and goals to suitable water, weight loss, and high yield.
, High-quality, high-efficiency, and green development of fertilization methods and goals, through the promotion and application of the project, reduce nutrient waste and environmental pollution, and contribute to the green and sustainable development of China’s agriculture.
" The current effect of weight loss and efficiency in the integration of water and fertilizer is in It has been recognized internationally.
Bai Youlu, a researcher at the Institute of Agricultural Resources and Regional Planning of the Chinese Academy of Agricultural Sciences, pointed out: "The integration of water and fertilizer has been applied and popularized in China for more than ten years, but apart from Xinjiang, the area of integrated water and fertilizer application in China is currently small.
The implementation of this project will provide a breakthrough in reducing fertilizer application and increasing efficiency in China.
" Professor Yong He from Zhejiang University said that the project is multidisciplinary and integrated, with experts in various fields such as soil, water, environment, plants, information, and equipment.
In the production process of cash crops, the application of chemical fertilizers and pesticides is reduced and the efficiency is increased, and the coordinated development of the integration of agronomy, equipment, and technology is addressed.
In addition to participating in the "In-situ Nutrient Monitoring and Water and Fertilizer Integrated Fertilization Technology and Equipment" project, in the "13th Five-Year" national key research and development plan, Jinzhengda Group also presided over the "Development of New Type Slow/Controlled Release Fertilizers and Stable Fertilizers" "Project, participated in the "Development and product development of nitrogen and phosphorus leaching resistance control technology and product in the main wheat and corn production areas", "Integrated research and demonstration of reduction technology of chemical fertilizers and pesticides in Huanghuaihai winter wheat", "Integrated research and demonstration of reduction technology of cotton fertilizers and pesticides" 3 projects.
So far, Kingenta Group has participated in 5 key national R&D plans during the 13th Five-Year Plan period, continuously promoting China's ecological and environmental safety and agricultural product quality and safety, and contributing to the sustainable development of agriculture.
This is another "13th Five-Year" national key research and development plan that Kingenta Group has participated in following the launch of the "13th Five-Year" national key research and development plan "Development of new slow/controlled release fertilizers and stable fertilizers" on September 24 this year.
.
As an application model of collaborative innovation of industry, university and research, the project of "In-situ Nutrient Monitoring and Integrated Fertilization Technology and Equipment for Water and Fertilizers" has a total funding of 66.
36 million yuan, of which 46.
36 million yuan from the central government, which is funded by China Agricultural University, Jinzhengda Group, etc.
29 research institutes and units participated.
• Chen Hongkun, Vice President of Kingenta Group, explained the project implementation plan.
Water and fertilizer integration promotes sustainable agricultural development.
The "Nutrient in-situ monitoring and integrated water and fertilizer fertilization technology and equipment" project is mainly aimed at the excessive application of chemical fertilizers in China and the integration of water and fertilizer integration technology and equipment.
The research and development of technology for reducing fertilizer application and increasing efficiency of different planting systems is lagging behind.
It is urgent to strengthen the status quo of technology integration.
By focusing on the major tasks of reducing fertilizer application for major food crops, cash crops, vegetables, and fruit trees, following the "Key Technology Research-System and Equipment Integration" -Technical model research and application" full chain integrated design, focusing on rapid crop nutrient diagnosis and soil nitrogen in-situ monitoring, fertilizer-water source-equipment related adaptability technology, water and fertilizer integration intelligent technology equipment, typical Crop precision water and fertilizer integration technology simulation and application and other related research, strengthen the collaborative innovation of industry, university, research and use, solve the major key scientific and technological problems of reducing fertilizer application and increasing efficiency, and promote agricultural development to "change mode and adjust structure" in order to ensure the national ecological environment safety and the quality and safety of agricultural products.
"Promote the sustainable development of agriculture and provide strong scientific and technological support.
Through the overall implementation of the project of "In-situ Nutrient Monitoring and Integrated Fertilization Technology and Equipment of Water and Fertilizer", the application of integrated water and fertilizer technology can significantly improve the utilization efficiency of agricultural resources such as water and fertilizer, save water resources and nutrient resources, and help protect the country Agricultural product quality safety and ecological environment safety.
The chief expert of the project and Professor Yan Haijun from China Agricultural University reported on the overall implementation plan of the project.
The scientific research innovation and improvement of water and fertilizer use efficiency project has a total of 8 subjects.
Among them, Jinzhengda Group is responsible for the research and application of the "Vegetable Water and Fertilizer Integration Technology Model" project, and participates in " Fertilizer-water source-equipment adaptation technology and control equipment" and " The research and application of integrated technology model of water and fertilizer for food crops are two topics.
The research and application of integrated technology model of water and fertilizer for vegetables hosted by Kingenta Group is the only topic under the project hosted by the enterprise.
Through the implementation of the project, The scientific research and innovation advantages of Kingenta Group will radiate from food crops to cash crops.
Chen Hongkun, vice president of Kingenta Group, said when explaining the project implementation plan that there are two favorable conditions for promoting the integration of water and fertilizer: First, the agricultural structure of various regions has changed.
The planting proportion of economic crops such as vegetables and fruits is increasing.
At the same time, a large number of cooperatives and farmers have emerged, and their demand for new products and technologies such as fertilizers is also increasing.
Second, the government attaches great importance to water-saving agriculture and vigorously supports the integration of water and fertilizer.
?? Kang Shaozhong, academician of the Chinese Academy of Engineering and professor of China Agricultural University, delivered a speech at the meeting.
As the chief expert of the project, Professor Yan Haijun of China Agricultural University said: "According to the 2016 Yearbook, China’s current water and fertilizer integration irrigation area It is 70 million mu, accounting for only 7.
4% of China's arable land irrigation.
Compared with agricultural developed countries, there is still a relatively large gap.
At present, in the promotion process of my country's water and fertilizer integration technology, there are problems such as uncoordinated water and fertilizer supply, unbalanced local development, low precision and low degree of automation.
The project is based on fertilizer weight loss and efficiency, and the goal is to vigorously develop water and fertilizer integration.
。 Technology.
"The project involves 29 units including China Agricultural University and Jinzhengda Group.
As a member of the project consulting expert group, Kang Shaozhong, academician of the Chinese Academy of Engineering and professor of China Agricultural University, said: "I hope that all units will pay attention to strengthening the connections and exchanges between units and promote the smooth development of the project.
At the same time, it is hoped that the project can focus on changing from the past high-water, high-fertilizer, and high-yield fertilization methods and goals to suitable water, weight loss, and high yield.
, High-quality, high-efficiency, and green development of fertilization methods and goals, through the promotion and application of the project, reduce nutrient waste and environmental pollution, and contribute to the green and sustainable development of China’s agriculture.
" The current effect of weight loss and efficiency in the integration of water and fertilizer is in It has been recognized internationally.
Bai Youlu, a researcher at the Institute of Agricultural Resources and Regional Planning of the Chinese Academy of Agricultural Sciences, pointed out: "The integration of water and fertilizer has been applied and popularized in China for more than ten years, but apart from Xinjiang, the area of integrated water and fertilizer application in China is currently small.
The implementation of this project will provide a breakthrough in reducing fertilizer application and increasing efficiency in China.
" Professor Yong He from Zhejiang University said that the project is multidisciplinary and integrated, with experts in various fields such as soil, water, environment, plants, information, and equipment.
In the production process of cash crops, the application of chemical fertilizers and pesticides is reduced and the efficiency is increased, and the coordinated development of the integration of agronomy, equipment, and technology is addressed.
In addition to participating in the "In-situ Nutrient Monitoring and Water and Fertilizer Integrated Fertilization Technology and Equipment" project, in the "13th Five-Year" national key research and development plan, Jinzhengda Group also presided over the "Development of New Type Slow/Controlled Release Fertilizers and Stable Fertilizers" "Project, participated in the "Development and product development of nitrogen and phosphorus leaching resistance control technology and product in the main wheat and corn production areas", "Integrated research and demonstration of reduction technology of chemical fertilizers and pesticides in Huanghuaihai winter wheat", "Integrated research and demonstration of reduction technology of cotton fertilizers and pesticides" 3 projects.
So far, Kingenta Group has participated in 5 key national R&D plans during the 13th Five-Year Plan period, continuously promoting China's ecological and environmental safety and agricultural product quality and safety, and contributing to the sustainable development of agriculture.
