/ Daily News/Guangzhou, July 11, 2022 -- Have you ever encountered this situation in a vegetable market: when you buy the same fruit and vegetable, it is sweet today, but sour tomorrow, with different taste, quality, size and color, or some unripe, some over-ripe, or even damaged? This is probably the fault of the lack of standardization.
Although standardization of agricultural products cannot be the same as industrial products, especially taste is difficult to measure, but it is very necessary. Industry insiders said that standardization of agricultural products has always been an important factor to enhance the value of Chinese agricultural products.
So what is standardization of agricultural products?
The standardization of agricultural products, from the production environment (soil, water quality, air, etc.), production process (pesticide, fertilizer, growth regulator, etc. Application amount, application method, application time, application frequency and other technical regulations), To product quality (appearance, nutrition, health quality, etc.), processing and packaging (storage, fresh-keeping, classification, packaging) and other links of a series of standards, such as quality standards, environmental standards, hygiene standards, packaging standards, storage and transportation standards, production technology standards.
The implementation of standardization of agricultural products is a channel to bring every link of agricultural production into standardized management, forming a set of complete standard index system of the whole process, so as to achieve the purpose of controlling the quality of agricultural products in the whole process from soil to table.
In recent years, C-Life intelligent agriculture, guided by quality improvement, brand building and standardized planting, has built C-Life standardized planting management system, hoping to use the power of science and technology to inject "standardized" elements into more and more crop planting links and promote agricultural production towards modern production.
The system uses the Internet of Things, big data, cloud computing, artificial intelligence and other technologies as a means to monitor and manage the data of various key factors in crop growth by using various intelligent devices of the Internet of Things, so as to realize intelligent perception and precise regulation of all links of crop growth, so as to grow the "optimal growth curve" of crops. Thus, precise, digital and intelligent planting can be realized, and the precision, green, high quality and high yield of agricultural ecosystem can be finally realized.Six models, full coverage to help scientific analysis
How to make crops grow an "optimal growth curve"?
First of all, it is necessary to analyze the influence factors that may exist in the growth process of crops, build the knowledge map of the optimal growth environment of crops according to these influence factors, and then use big data, machine learning and other technologies to convert the planting experience of agricultural people and the knowledge of agricultural experts into digital models to establish the standardized planting and growth model of crops. Let the system of data calculation instead of human brain, for planting production, farming operations to provide scientific and accurate guidance.
At present, according to the possible influencing factors in the process of crop production, C-Life agricultural big data service platform has established six standardized models, covering six dimensions such as environment, water and fertilizer, growth cycle, pests and diseases, disaster prediction, quality and output. These models combine the real-time dynamic data collected by various intelligent devices of the Internet of things. It can analyze and forecast the whole tache of crop production accurately and scientifically.
In order to realize the accurate management of crops and the optimal growth environment regulation, the C-Life standardized planting management system has broken through N systems. When the standardized growth model analysis calculates that the growing environment of crops is not the optimal environment, It can intelligently link related systems for scientific and reasonable deployment.
For example, water and fertilizer management, the quality of fertilization in the whole planting link directly determines the growth of crops. In the past, farmers basically applied fertilizer and topdressing according to experience, which was time-consuming and laborious. C-Life standardized planting management system can scientifically manage the moisture, fertility and other factors of crops by establishing water and fertilizer models, and realize linkage with C-Life integrated water and fertilizer management system.Farmers only need to land through a series of intelligent devices such as meteorological moisture content meter, micro meteorological meter and soil monitor. Under the role of the intelligent system of the integrated water and fertilizer machine, the soil is short of water and fertilizer. C-Life platform automatically monitors the water and fertilizer algorithm model, and farmers can easily direct the integrated water and fertilizer machine outside to water and fertilizer at home. According to the forecast, C-Life integrated water and fertilizer management system can save more than 50% water and fertilizer, increase production by 20-30%, and reduce labor demand, which is suitable for large-scale planting.
Pests and diseases are also a major scourge affecting the growth of crops. It is necessary to accurately calculate when to prevent which diseases and pests, when to use drugs, and how to control them. Through the linkage C-Life disease and pest monitoring system, real-time data collection and analysis of diseases and pests can be carried out, early warning of the occurrence of diseases and pests, and corresponding plant protection measures are proposed. The data collected by the platform every day can not only become an important basis for remote diagnosis of agricultural experts, but also facilitate the continuous optimization of the model, so as to guide agricultural production more scientifically.
Standardized planting can not only improve the quality and efficiency of crops, but also play a role in ecological protection, which is of great significance to promote the modernization of agricultural production. In 2021, the Ministry of Agriculture and Rural Affairs issued the Implementation Plan for Improving the "Three Products and One Standard" of Agricultural Production, which specifically stressed the need to accelerate standardized production and promote the establishment of a standard system for the whole modern agricultural industry chain. Technology has played a huge role in the establishment of this system of standards.
< /p>C-Life, as the leader in the high-tech field of the Internet of Things in China, is using its technical advantages in big data, cloud computing, artificial intelligence and other aspects to gradually establish and improve this set of standardized system, and has been implemented in Linying Henan, Guigang Guangxi, Gongcheng Guangxi, Wuqiang Hebei and other counties and cities. To help improve the quality, efficiency and income of local agricultural products. In the future, with the addition of more technical capabilities and the optimization of the whole process, it is believed that the experience and results of C-Life standardized planting management system will be replicated and promoted in more agricultural bases across the country.
