一亩田集团与张佳宝院士工作站、中向旭曜联合发起“沃土计划”

Core Viewpoint - The strategic cooperation between Yimuyuan Group, Zhang Jiabao Academy Workstation, and Zhongxiang Xiyao Technology aims to address soil degradation issues in agriculture, enhancing crop yield by 10% per acre through the "Wotu Plan" [1][2]. Group 1: Strategic Cooperation - Yimuyuan Group has signed a strategic cooperation agreement with Zhang Jiabao Academy Workstation and Zhongxiang Xiyao to tackle soil degradation in agriculture [1]. - The "Wotu Plan" will integrate resources to provide comprehensive soil improvement support for agricultural producers nationwide [1][2]. Group 2: Soil Degradation Issues - Soil issues such as compaction, salinization, and declining fertility are increasingly limiting crop yield and quality [1]. - The 2025 Central Document No. 1 emphasizes key measures for soil restoration, including targeted governance and differentiated remediation [1]. Group 3: Technical Implementation - Zhongxiang Xiyao has developed 360 million tons of natural high-quality humus materials overseas and invested 800 million yuan in domestic factories to ensure quality from raw materials to products [2]. - The collaboration will provide three free services to agricultural producers: soil testing, tailored soil improvement solutions, and big data services for crop selection [2]. Group 4: Educational Initiatives - The Yimuyuan APP will feature professional courses by Zhang Jiabao and his team, making national-level research accessible to farmers [2]. - This initiative aims to transform traditional agricultural practices by providing scientific guidance rather than relying solely on experience [2]. Group 5: Future Prospects - Yimuyuan Group plans to create a closed-loop system of "testing-diagnosing-improving-increasing efficiency" to enhance agricultural productivity and address soil degradation [3]. - The "Wotu Plan" serves as a starting point for expanding agricultural technology services and promoting the transformation of research outcomes into practical applications [3].