Core Insights - The article highlights the successful implementation of the soybean-corn strip intercropping model in Suzhou, Anhui, which has shown a 7% year-on-year increase in the area planted, reaching 15,000 acres [1][5] - The local government and agricultural organizations are actively promoting this model to enhance grain production capacity and improve farmers' income through scientific breeding and technical support [3][6] Group 1: Agricultural Practices and Innovations - The soybean-corn intercropping model is being promoted due to favorable climate and soil conditions, as well as the establishment of a local soybean industry cluster [1][3] - The Anhui Quanyin Xingda Seed Industry Co., Ltd. has established a 1,200-acre research and breeding base to develop suitable soybean varieties for this intercropping model, with the "Wanshu 112" variety being promoted on 100,000 acres in 2024 [2][5] - The complexity of managing intercropped fields requires specific technical guidance, as different herbicides are needed for soybeans and corn, which can lead to crop damage if not managed properly [3][4] Group 2: Government Support and Training - The local government has initiated five major actions to support the intercropping model, including resource protection, innovation, and market purification [3][5] - Continuous technical guidance and training are provided to farmers, including the distribution of "technical clarity papers" that outline best practices for planting ratios and management techniques [4][6] - The area under the soybean-corn intercropping model has expanded significantly, from 100,000 acres in 2022 to a stable implementation of 265,000 acres annually since 2023, demonstrating the model's growing acceptance [6][5] Group 3: Yield Performance - Despite adverse weather conditions, the intercropped fields achieved impressive yields, with corn yielding 579.8 kg per acre and soybeans yielding 131.8 kg per acre [6]

Group 1: Agricultural Production and Innovations - The agricultural production model in Yicheng, Shanxi, utilizes "whole village management" to integrate scattered land resources and connect with professional service organizations, aiding in summer grain harvests [5][7] - In Yicheng's Yun Tang village, a demonstration project shows a vibrant harvest scene with large machinery and full grain transport, indicating successful implementation of modern agricultural practices [3][9] - The introduction of the new purple wheat variety, "Ji Zi Mai 19," in Shijiazhuang, Hebei, showcases advancements in crop breeding, emphasizing its high yield and cold resistance [12][14] Group 2: Crop Management Techniques - The promotion of soybean and corn intercropping in Lingqing City aims to achieve dual harvests on the same land, enhancing overall grain production [17][19] - The intercropping method allows for increased planting density of corn while simultaneously harvesting a season of soybeans, optimizing land use [19][20] - Local agricultural authorities are actively providing technical guidance to farmers, ensuring effective implementation of intercropping techniques and improving crop yields [26]

Group 1: Agricultural Production in Yicheng County - The agricultural production model in Yicheng County integrates scattered land resources through a "whole village management" approach, enhancing summer grain harvests [1][3] - The area of wheat planted in Yicheng County is 338,000 acres, with over 80% of the harvest completed as of now, expected to finish by late June [5] - The implementation of large-scale machinery and new technologies has led to increased labor efficiency, allowing more villagers to seek employment opportunities outside [3] Group 2: Innovative Planting Techniques - The introduction of soybean and corn intercropping in Linqing City aims to achieve "double harvests" on the same land, increasing overall grain production [7] - This intercropping method utilizes the height difference between crops to optimize planting density without reducing corn yield, while also allowing for an additional soybean harvest [7] - The area under soybean and corn intercropping has reached 17,000 acres, with the use of advanced machinery and technology improving planting efficiency [11] Group 3: Technological Advancements in Agriculture - The use of big data analysis and standardized operations in Yicheng County has led to a 30% reduction in water and fertilizer usage, while increasing grain yield by 15% [3] - The integration of water and fertilizer management systems and precision application technologies, such as drones, enhances resource efficiency and reduces pest issues [9][11] - The addition of features like grass rollers and electronic alarm systems on planting machines ensures better planting quality and reduces seedling loss [11]