保农资、优服务，全国供销合作社系统全力打好春耕生产主动仗 – 中国网
China’s national supply and marketing cooperative system is digitizing spring plowing preparations across key agricultural hubs like Heilongjiang. By integrating AI-driven apps and group-buying platforms, the initiative reduces input costs for farmers and optimizes machinery logistics to secure national food production as the 2026 planting season begins.
For decades, the rhythm of the spring planting season in Northeast China was dictated by guesswork and generational intuition. Farmers stared at the sky, hoping the frost would break in time, and spent countless hours manually scouting for pests. But as of April 2026, that intuition is being augmented—and in some cases replaced—by a digital layer of intelligence that transforms the smartphone into a command center for the field.
The friction in traditional farming is systemic: fragmented supply chains lead to inflated costs for fertilizers, and a lack of real-time data makes seed selection a gamble. This inefficiency creates a precarious environment for small-to-medium holders. To mitigate these risks, the integration of specialized agricultural consultants and digital infrastructure has become the primary defense against crop failure and financial instability.
The Digital Command Center: “Cloud Farming” in Jiamusi
In Shuguang Village, located within the Tangwang Korean Ethnic Township of Tangyuan County, the traditional village committee office has evolved into a high-tech classroom. Here, farmers are being onboarded to the “Jiajia Nong” APP, a platform that effectively moves the management of spring plowing to the cloud.
The platform is not merely a tool for record-keeping; This proves a predictive engine. By accessing precision meteorological models, the system provides forecasts on rainfall, drought conditions, and accumulated temperature. This allows farmers to time their planting with surgical precision, reducing the risk of seed rot or frost damage.
“This platform incorporates precision weather models to predict the year’s outlook, including rainfall, drought, and accumulated temperature. With this knowledge, People can plan our farming activities well in advance.”
The impact extends to the particularly biology of the crop. Through a “smart seed selection” module, farmers can input specific requirements—such as disease resistance and intended sowing dates—and receive tailored variety recommendations along with estimated yields per mu. This shift from experience-based to data-driven selection is a critical step in maximizing regional output.
Cutting the Cost of Production
Efficiency is irrelevant if the cost of inputs eats the profit margin. One of the most immediate pain points for farmers in the Jiamusi region has been the volatility of prices for fertilizers and pesticides. The national supply and marketing cooperative system has addressed this by launching a group-buying module within the digital platform.
By aggregating demand, the platform has driven prices down by approximately 10% compared to standard market rates. For a large-scale farmer like “Sister Gao,” who manages over 400 mu of land, this digital shift translates to a direct saving of more than 4,000 yuan on fertilizers and pesticides alone.
Beyond the price, the cooperative is tackling the perennial issue of counterfeit agricultural chemicals. Using QR code verification, farmers can now instantly verify the origin, purpose, and authenticity of their supplies. This level of transparency is vital, as the utilize of substandard chemicals can ruin an entire season’s yield. To ensure these supplies reach the field without delay, the supply and marketing cooperatives have committed to a 24-hour direct-to-village delivery guarantee.
Managing these complex supply agreements often requires a level of contractual precision that exceeds the capacity of local village boards. Many cooperatives are now engaging legal advisors to draft transparent procurement contracts that protect both the supplier and the farmer.
Expanding the Machinery Radius
The digitalization of the spring season isn’t limited to seeds and chemicals; it has fundamentally altered the logistics of heavy machinery. Historically, tractor and harvester services were hyper-local, often limited to a single village or its immediate neighbors. This created “machinery deserts” where some farmers had too much equipment and others had none.
The new intelligent scheduling system has expanded the service radius for agricultural machinery to 50 kilometers. Through online order placement, machinery operators can now find work across a much broader geographic area, significantly increasing the utilization rate of expensive equipment.
Zhang Guoxin, Chairman of the Xinshuguang Rice Planting Cooperative, notes that this shift doesn’t just help the operators—it gives the cooperatives a more reliable timeline for their operations, which is the bedrock of increasing total production.
A Macro-Strategy for Food Security
The activities in Jiamusi are part of a broader national strategy to “fight the battle of spring plowing” with a proactive stance. This involves a combination of infrastructure and education. In regions like the Dongfeng District, Huachuan County, and Tangyuan County, the cooperative system has deployed multidisciplinary teams of experts in agricultural technology, soil fertilization, and machinery.
These teams have conducted specialized training sessions on soil-testing and formula fertilization, as well as green pest control, reaching over 300 farmers. This ensures that the “smart” tools are backed by actual scientific knowledge on the ground.
For a deeper look at the regulatory frameworks governing these agricultural shifts, the State Council of the People’s Republic of China provides the overarching policy guidelines for national food security. Similarly, updates on regional agricultural trends can be tracked via China News Service, which monitors the deployment of these digital tools across the provinces.
As the 2026 season progresses, the reliance on fragmented, local logistics is being replaced by a streamlined, professionalized network. The need for specialized logistics providers who can handle the “last mile” of agricultural delivery to remote villages has never been higher.
The transition from “farming by experience” to “farming by data” is not without its hurdles, but the results in Heilongjiang suggest a scalable model for the rest of the country. The real victory here isn’t just the 10% saving on fertilizer or the 50-kilometer machinery radius—it is the creation of a resilient, transparent system that removes the guesswork from survival. As climate volatility increases, the ability to pivot based on real-time data will be the only way to ensure the dinner tables of the future remain full. For those navigating this transition, finding verified professionals through the World Today News Directory is the first step in turning technological potential into actual harvest.