Core Viewpoint - The successful trial of the new soybean variety "Baodou No. 10" has led to a significant shift in agricultural practices in Shaanxi Province, resulting in increased income and productivity for local farmers [1][2][3]. Group 1: Agricultural Practices - Farmers are transitioning from traditional wheat and corn rotation to a new practice of wheat and soybean intercropping, driven by the success of "Baodou No. 10" [2]. - The introduction of "Baodou No. 10" has resulted in a doubling of soybean yield compared to older varieties, with farmers reporting yields exceeding 500 pounds per acre [1][2]. Group 2: Economic Impact - The demand for "Baodou No. 10" has outstripped supply, with farmers experiencing rising purchase prices, which have reached over 2 yuan per pound [2]. - The local agricultural bureau has noted a steady increase in the planting area for soybeans and oilseed crops, contributing to improved economic outcomes for farmers [3]. Group 3: Technological Advancements - The implementation of scientific planting techniques and the use of mechanization throughout the farming process have been highlighted as key factors in achieving higher yields [2][3]. - The local government emphasizes the importance of enhancing technological innovation and expanding the production of oilseed and soybean crops to ensure food security [3].

Group 1: Agricultural Innovation - The "Bao Jiao No. 29" chili pepper variety, developed by the Baoji Agricultural Science Research Institute, has a unique aroma and can yield 600 kg of dried peppers per mu [1] - Farmers have reported significant profits from high-quality crops, such as the "Bao Bean 1519" and "Bao Bean No. 10," with one farmer earning 217,000 yuan from 160 mu of soybeans [1] - The research institute is involved in over 30 national and provincial technology research and demonstration projects, focusing on breeding resilient and high-quality crop varieties [2] Group 2: Chemical Industry Development - Shaanxi Ruike New Materials Co., Ltd. is a key player in the domestic fine chemical sector, specializing in the production of precious metal catalysts [2] - The company has developed hundreds of precious metal catalysts for various applications, including pharmaceuticals, pesticides, and food additives [2] - Ruike Materials has 36 invention patents and has participated in the formulation of over 40 national and industry standards, positioning itself as a national-level "specialized and innovative" enterprise [4] Group 3: Sustainability and Innovation - The green recycling and regeneration of precious metal catalysts is crucial due to the scarcity of these metals, enhancing the entire industry chain and promoting low-carbon development [4] - Baoji is committed to agricultural innovation and the cultivation of new high-quality varieties, aiming to establish a solid foundation for modern agricultural development [4] - The city is also focusing on technological innovation and industry clustering to drive high-quality development in the new materials sector [4]

Core Viewpoint - Biobreeding is highlighted as a cutting-edge innovation in the seed industry, offering advantages such as efficiency, precision, and targeted breeding, which can lead to the development of high-yield, high-quality, and disease-resistant crop varieties while reducing pesticide use [1] Group 1: Laboratory and Research Advancements - The Baoji Biobreeding Laboratory is a key agricultural technology innovation base in Northwest China, featuring seven core breeding experimental units that cover the entire research and development chain from germplasm innovation to variety cultivation [3] - The laboratory employs advanced technologies such as artificial lighting and intelligent temperature and humidity control to create a controllable plant growth environment, enabling rapid breeding cycles of 3 to 4 generations per year [3] - Recent efforts include molecular marker-assisted selection and gene function validation, leading to the successful development of new varieties like "Baodou No. 10," which has achieved record soybean yields in Shaanxi Province [5] Group 2: Collaboration and Future Plans - The Baoji Biobreeding Laboratory collaborates with institutions like Northwest A&F University and the Shaanxi Oilseed Center to tackle cutting-edge topics such as microspore breeding and gene editing [7] - Future plans include enhancing the laboratory's construction, promoting the transition from traditional to modern biobreeding, and establishing demonstration bases around leading industries in various counties [7] - The 2024 Shaanxi Province action plan aims to cultivate a billion-level biobreeding innovation cluster, focusing on germplasm cultivation, breeding, and the development of efficient gene editing technologies [7]