Core Viewpoint - The Chinese government has issued a plan to accelerate the construction of a strong agricultural nation from 2024 to 2035, emphasizing the upgrade of agricultural machinery and the importance of smart agricultural machinery in enhancing production efficiency and quality while reducing operational costs [1] Group 1: Agricultural Machinery Development - China's agricultural machinery and mechanization levels have seen significant growth, with over 200 million agricultural machines in use and a comprehensive mechanization rate exceeding 75% for major crops like wheat, rice, and corn [1] - The total power of agricultural machinery in China exceeds 11 billion kilowatts, indicating a shift from reliance on human and animal power to mechanical power in agricultural production [1] Group 2: Policy Support for Smart Agricultural Machinery - A series of policies have been implemented to support the development of smart agricultural machinery, including the "14th Five-Year" national agricultural mechanization development plan and the "Action Plan for Promoting Large-Scale Equipment Renewal" [2] - The National Smart Agriculture Action Plan (2024-2028) emphasizes the need for precision operations in various agricultural processes, supported by a comprehensive policy framework [2] Group 3: Challenges and Solutions - Challenges facing the smart agricultural machinery sector include insufficient funding support, product homogeneity, weak core technology innovation capabilities, and lagging rural infrastructure [2][3] - Recommendations include enhancing funding policies for smart machinery purchases, promoting flexible purchasing models, and improving digital infrastructure in rural areas to support smart agricultural machinery [3] Group 4: Social Service Organizations for Smart Agricultural Machinery - The establishment of social service organizations for smart agricultural machinery is encouraged, promoting a collaborative service model that integrates machinery, agronomy, and finance [4] - The creation of smart agricultural machinery management centers aims to reduce operational costs and improve efficiency through large-scale operations [4]

为保障小麦及时收割、不误农时，东至县农业部门提前布局"三夏"生产，推广选用抗病高产的小麦品种，优化测土配方施肥技术。此外， 当地还组织了12支农机服务队开展跨区调度，建立农机应急调配机制，保障抢收需求。 江西：早稻进入分蘖期 科技助力田间管理 央视网消息：立夏已过，2024年秋粮收购完成。接下来，我国小麦、油菜籽将从南向北陆续收获，新一季夏粮即将上市。这几天，各地气 温日渐升高。为保障夏粮稳产增收，山东枣庄组织种植户开展"一喷三防"作业，全力以赴应对病虫害影响。 这两天，在山东枣庄薛城区周营镇，青翠欲滴的小麦如同绿色的绒毯铺满大地。在麦田上空，植保无人机正在执行喷洒任务。 据了解，开展"一喷三防"是促进小麦稳产增产的一项关键技术。通过一次喷药作业可实现防病治虫、防干热风、防早衰等多重效果，最终 达到增加小麦千粒重的目的。 目前，枣庄市214万亩小麦已经进入灌浆期，各级农业部门正在组织开展"一喷三防"工作，为小麦稳产增产奠定坚实基础。 安徽东至：抢抓农时 12万亩冬小麦开镰收割 眼下，安徽池州市东至县的12万亩冬小麦陆续成熟，当地农户抢抓农时，开镰收割。 在东至县尧渡镇的千亩麦田里，金色麦浪随风起伏。农户们正利 ...