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Recently, the reporter learned from the Provincial Science and Technology Department that the International Science and Technology Cooperation Project titled “Cooperative Research on Multi-functional Water Storage and Conservation Farming Tools,†led by the Provincial Agricultural Machinery Research Institute, has successfully passed its acceptance test in Changchun. This new agricultural equipment is expected to play a significant role in advancing the modernization of agriculture in Northeast China, particularly in improving water conservation and soil management practices.
The project has effectively integrated modern agronomy with advanced engineering technologies, creating a tailored conservation farming system suitable for the unique conditions of the Northeast region. It has also developed a series of innovative farming machinery with independent intellectual property rights, combining tillage and planting operations into one efficient process. In collaboration with the American company PTI, the research team adapted and improved the U.S.-developed no-till precision planter technology to better suit local crop conditions, such as corn and soybean cultivation in the area.
As a result, the 2BM-4 no-till precision planter was introduced, addressing key challenges in conservation tillage, especially in fields where crop residue is left on the surface. This technology enables more effective water storage and ensures successful planting under these conditions, promoting sustainable farming practices and enhancing productivity in the region.
With this breakthrough, farmers in Northeast China can now adopt more efficient and environmentally friendly methods, contributing to long-term agricultural sustainability and resilience against climate challenges. The success of this project marks an important step forward in the integration of international technology with local agricultural needs, setting a strong foundation for future innovations in smart and eco-friendly farming.