Walking into the fields of Yikewu Sugacha in Etuoke Front Banner, one can see the lush greenery of the corn fields. Looking closer, many high-tech items have been added to the fields, such as small weather stations, intelligent pest detection and reporting lights, and intelligent integrated irrigation systems for water and fertilizer, presenting a brand new modern rural landscape.
Early in the morning, Chen Yonggang opened the “Hui Planting” WeChat mini program on his phone to check the growth of corn. On the screen, there are five major sections displayed, including agricultural information billboards and production management. You can also view specific agricultural information such as weather, soil, growth, and irrigation.
I contracted for 200 acres of irrigated land in Gacha, and this year, through smart agriculture, I tested 12 varieties such as ruby, black pearl, and sweet jade 720. Since I used smart agricultural equipment, I have come to the field less and can operate it with my phone to control fertilizer and water, saving time and effort, Let him achieve the transition from “knowing how to farm” to “knowing how to farm”.
Hui Planting “is a WeChat mini program developed by the big data center of Etuoqueqian Banner. It is a customized intelligent management system for the entire feed corn industry based on artificial intelligence technology. It fully integrates artificial intelligence technology with the entire production process of feed corn variety recommendation, environmental analysis, water and fertilizer management, providing technological support for farmers and herdsmen to cultivate land and promoting the application of efficient feed planting technology.
Since the beginning of this year, the former flag committee office of Etok has assisted Yikewu Sugacha in securing a special fund of 1.1 million yuan for big data technology to promote Mongolia. We have implemented a smart corn planting demonstration and promotion project in Yikewu Sugacha. We have collaborated with Huazhong Agricultural University to select new varieties with high protein, high lysine, water-saving, drought resistance, and green quality for trial planting. This year, a total of 7 types of sweet and glutinous corn and 3 types have been tested A total of 12 varieties of feed corn and 2 types of silage corn have been demonstrated and promoted, with an expected yield increase of 15% to 20% per mu and a revenue increase of 200 yuan per mu Hu Xiaojun, the first secretary of the Etuoke Front Banner Committee Office stationed in Yikewu Sugacha, further introduced that the “Smart Planting” smart mini program should be applied to the digital management of the entire process of the experimental field, evaluating multiple indicators such as drought resistance, salt tolerance, disease resistance, yield, etc., to achieve cultivation, planting, sowing, and harvesting, as well as full growth environment testing, growth monitoring, and production guidance.
Last year, we took the opportunity of the national rural comprehensive reform pilot experiment and implemented the construction project of a digital rural public service platform led by the big data center of Etuoqueqian Banner. The project created a total of 21 demonstration households for smart fields, equipped farmers with IoT equipment such as meteorological stations, intelligent water and fertilizer machines, and moisture meters. We also developed an agricultural big data decision-making and analysis system, providing farmers with small programs for smart corn planting, which can help Assist farmers in real-time monitoring of the basic situation of the field and remotely operate watering and fertilization. Next, we will continue to deepen our cooperation with Huazhong Agricultural University, develop a crop model for the entire growth cycle of corn, and combine it with local social service organizations to provide more agricultural production services for farmers Jin Mei, the head of the technical service unit of the big data center in Etuoke Qianqi, said.
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