大力发展农业新质生产力，加快农业新技术推广应用。提升农业科技创新体系整体效能，加强国家农业 科技战略力量建设，推进农业科技力量协同攻关，提升农业科技策源能力和自主创新能力。加快推动传 统种养业提质增效、转型升级。深入实施种业振兴行动，加快核心种源技术攻关，实施生物育种重大专 项。加力实施农机装备补短板行动，推进高端智能、丘陵山区适用农机装备研发应用，促进良田良种良 机良法集成增效。培育壮大农业领域新兴产业和未来产业。实施智慧农业建设工程，拓展大数据、农业 机器人、人工智能等在农业农村领域应用场景。推进农业废弃物资源化、材料化、能源化利用，加快农 业发展绿色转型。 新华财经北京12月24日电 国家发展改革委24日在其官方微信号上发布的题为《加快农业农村现代化 扎 实推进乡村全面振兴》文章中表示，准确把握"十五五"加快农业农村现代化、扎实推进乡村全面振兴的 总体思路和重大任务。 其中具体提到，提升农业综合生产能力和质量效益，确保粮食和重要农产品稳定安全供给。加力实施新 一轮千亿斤粮食产能提升行动，在巩固提升口粮的基础上，主攻玉米和大豆，稳步扩大青贮玉米、苜蓿 等优质饲草料生产。深入实施粮油等主要作物大面积单产提升 ...

时间拉回至2009年，汪威考入四川大学，成为村里为数不多考上重点大学的学生。毕业后，他进入宁夏 的一家煤化工企业，端上了令人羡慕的"铁饭碗"。然而，从小在农村长大的他，始终对土地怀有深厚感 情。"初中高中暑假，我就跟着父亲到甘肃、陕西等地收割水稻、收购饲草。农村天地广阔，发展现代 农业我更有干劲。"2014年，怀揣对农业的向往，汪威毅然辞职，重返乡村。 宁夏地处黄金奶源带，养殖业快速发展催生了对优质牧草的旺盛需求。当时牧草多在宁夏南部山区雨养 区种植，受地形和气候限制，产量低、商品率不高，难以满足规模化养殖需求。"灌区通过精细化管 理，一年可收4茬，还能实现全程机械化，发展前景广阔。"汪威敏锐地把握了这一机遇。 隆冬时节，在宁夏银川灵武市梧桐树乡沙坝头村，灵武市同心农业综合开发有限公司负责人汪威正带领 工人，加紧保养和整备牧草耕播、收割等各类农机设备，为来年开春种植青贮玉米、苜蓿等饲草料做足 准备。 "这些年，我们不断积累田间管理经验，积极应用水肥一体化等高效技术，今年青贮玉米等牧草实现了 增产。"汪威介绍，收获的牧草约七成销往周边畜牧养殖企业，其余供给自家肉牛养殖场，初步形成 了"草—畜"产业良性循环。但他 ...

Core Insights - The 2025 silage corn storage work in Hohhot has been fully completed, achieving all expected indicators [1] - A total of 1.25 million acres were adjusted for grain-to-feed structural changes, with approximately 1.9757 million tons of high-quality silage corn stored, maintaining the same storage volume as last year [1] - The stored silage corn will serve as high-quality feed for 390,000 dairy cows and 150,000 beef cattle during winter, supporting the supply of dairy and meat products in the city [1] Group 1 - The successful completion of the storage work is attributed to multiple policy and model guarantees, including the implementation of agricultural subsidies and the use of contract farming to clarify income expectations for farmers [1] - The ecological circular agriculture development model has been effectively practiced, transforming corn resources into high-quality feed and ensuring the quality and safety of livestock products [1] - The integration of planting and animal husbandry has been promoted, enhancing agricultural efficiency and increasing farmers' income, contributing to rural revitalization [1] Group 2 - Hohhot will continue to deepen the grain-to-feed work, focusing on the scientific utilization of silage feed and the extension of the industrial chain [2] - The city’s agricultural and animal husbandry bureau will further optimize planting structures and strengthen technological support to drive higher quality development in modern agriculture [2]

Core Insights - The article highlights the efficient harvesting and storage of silage corn by Youran Agriculture, emphasizing its importance in dairy farming as a high-quality feed source [1][3]. Group 1: Company Operations - Youran Agriculture has established a comprehensive storage chain for silage corn, ensuring efficient operations from harvesting to storage [1]. - The company has identified and bred over 50 varieties of silage corn suitable for different regions, enhancing its seed resource library [1]. - Youran Agriculture has developed an innovative "silage shredding" technology that improves the fermentation process and increases milk production by enhancing feed digestibility [1]. Group 2: Industry Trends - Inner Mongolia is expanding its silage corn planting area to 15.33 million acres in 2024, alongside other forage crops like oats and alfalfa [3]. - The region's large-scale farms are adopting a complete feeding strategy that includes alfalfa, whole corn silage, and vitamin-mineral supplements [3]. - The healthy development of the forage industry is benefiting farmers, with reports of increased income from selling silage corn directly to cooperatives [3]. Group 3: Agricultural Practices - Inner Mongolia is increasing the area of artificial forage cultivation and improving silage corn production capabilities [4]. - The region is promoting the use of crop straw resources and advanced storage techniques to enhance the utilization rate of straw as feed [4].

Core Insights - The 2025 Seventh Silage Industry Integration Development Conference and Variety Exhibition was held in Tongliao City from September 14 to 16, focusing on high-quality agricultural and pastoral development and the integration of grain and feed production [1][2] - The conference serves as a national-level influential event in China's silage corn industry, promoting communication, technology dissemination, and collaboration among related enterprises and research institutions [1] - Key themes included independent technological innovation in seed industry, collaborative upgrading of the industrial chain, and the cultivation of new productive forces [1][2] Group 1 - The conference aimed to explore mechanisms and models for the integration of the industrial chain, promoting high-quality silage corn varieties and technologies to enhance farmers' income and sustainable industry development [1] - Over 350 participants, including breeding, production, processing, and sales enterprises, cooperatives, and industry experts, attended the conference [2] - Experts from various institutions presented reports on new mixed cropping models, policy interpretations, and precision control technologies for high-yield silage corn [2] Group 2 - The event featured a demonstration area showcasing new crops, varieties, equipment, and technologies in the silage industry [2] - A total of 64 excellent silage crop varieties, collected by the China Seed Association, were prominently displayed at the conference [2]

Core Viewpoint - The article highlights the harvest season of various specialty crops across multiple regions, emphasizing the application of technology to enhance efficiency and reduce costs, while diverse marketing models are broadening sales channels and supporting industrial upgrades [1]. Group 1: Crop Harvesting - The annual harvest season for mountain walnuts has arrived in Lin'an District, Hangzhou, Zhejiang Province, where farmers are actively engaged in the collection process [3]. - In Shaanxi Province, over 300,000 acres of kiwifruit are entering the mature harvesting phase, with farmers busy picking, packing, and transporting the fruit [7][9]. - Fresh sweet corn has seen a bountiful harvest in Hongxing Village, Inner Mongolia, where local party branches have coordinated with enterprises to secure buyback orders, ensuring farmers' profits through a unified seed, segmented planting, and regular harvesting approach [11]. Group 2: Agricultural Technology and Efficiency - In Xinjiang's Bayin'gholin Mongol Autonomous Prefecture, 15,000 acres of silage corn are being harvested, utilizing large-scale harvesting and processing machines to enhance efficiency [15]. - In Shandong Zibo, the promotion of integrated water and fertilizer facilities has reached 450,000 acres, exploring a sustainable development path for agriculture through technological empowerment [23]. - The potato industry in Shanxi Province is being revitalized through technological support, addressing production challenges and injecting new momentum into rural revitalization [25][27]. Group 3: Economic Impact - The long-beautiful radish has become a new engine for local industrial development and a "treasure trove" for income generation in Pinglingzi Village, Ningxia [19]. - The article illustrates how specialty agriculture connects production, efficiency, and wealth generation, painting a new picture of rural revitalization [29].

Core Insights - The article highlights the successful harvesting of silage corn in Dongcheng Town, Muli County, which is crucial for ensuring livestock have enough feed for the winter [1] - The implementation of a "planting and breeding integration, agricultural and animal husbandry circular" green development model has been promoted in Dongcheng Town, leading to increased silage corn cultivation [1] Summary by Categories Agricultural Practices - Dongcheng Town is actively utilizing machinery and labor to efficiently harvest silage corn, ensuring timely collection for winter feed [1] - Farmers are encouraged to adopt a model that combines crop cultivation with livestock breeding, enhancing resource utilization [1] Economic Impact - A local farmer, Xu Xianwen, reported a yield from his 70 acres of corn, with part of the silage used for personal livestock and the remainder sold at a price of 0.45 yuan per kilogram, contributing to both self-sufficiency and economic gain [1] - The successful harvest of silage corn not only secures winter feed for livestock but also acts as a catalyst for rural revitalization [1] Nutritional Benefits - Fermented silage corn retains complete nutrition and is highly palatable, making it popular among livestock farmers [1] - The approach addresses traditional challenges in straw disposal while significantly enhancing breeding efficiency [1]

Group 1: Corn Silage in Xinjiang - The harvesting of 20,000 acres of corn silage in Tacheng, Xinjiang has commenced, showcasing a busy scene with large harvesters and transport vehicles working in tandem [1] - Corn silage is a high-quality winter feed for livestock, which is fermented for better nutrition and long-term storage [3] - By 2025, the corn silage planting area in Tacheng is expected to reach over 20,000 acres, yielding more than 100,000 tons of silage to support 600,000 livestock during winter [5] Group 2: Walnut Harvest in Gansu - In Gansu's Cheng County, 510,000 acres of walnuts are maturing, with workers actively engaged in harvesting [8] - Single-rail transport vehicles are utilized to enhance efficiency, capable of transporting around 400 pounds per trip, while drones are used for precise transport from scattered high-altitude areas [8] - By 2025, walnut planting area in Cheng County is projected to reach 510,000 acres, with an expected production of approximately 250,000 tons and a potential output value exceeding 1 billion yuan [8] Group 3: Potato and Wheat Harvest in Heilongjiang - In Heilongjiang's Nenjiang City, wheat is maturing, and farmers are seizing favorable weather to ensure a successful harvest [11] - By 2025, the wheat planting area in Taxi Township is estimated to be around 48,600 acres, with over 100 harvesters deployed to meet the autumn harvest demand [15] - Advanced technologies such as drone inspections and smart irrigation systems are being implemented to ensure stable and abundant autumn grain production [18] Group 4: Rice Harvest in Jiangxi - In Jiangxi's Yongxin County, 217,800 acres of medium rice are maturing and entering the harvesting phase, with 3,100 agricultural machines being utilized for efficient harvesting [19] Group 5: Agricultural Technology in Anhui - Mingguang City, a major grain-producing area in Anhui, is investing 6.5 million yuan in digital and intelligent upgrades, establishing a "low-altitude + smart agriculture social service platform" [21] - The Hualiangting irrigation area in Anhui has completed renovations of over 100 water conservancy facilities, significantly improving irrigation conditions and increasing water utilization efficiency by 30% [23]

Core Viewpoint - The article highlights the innovative developments and industrial transformation in Xiangyang, showcasing how companies leverage technology and collaboration to enhance productivity and efficiency while addressing environmental concerns [1][2]. Group 1: Company Innovations - Zhongli Machinery is the only green electric forklift manufacturer in Central China, focusing on converting old fuel forklifts to electric ones, with a market potential due to over 4 million existing fuel forklifts in the country [2][4]. - The company has developed a high-pressure heavy-duty lithium battery forklift that significantly reduces energy consumption and carbon emissions while maintaining performance [4]. - Cloud Pastoral has implemented smart farming technologies, resulting in a 1.2-ton increase in annual milk production per cow and a reduction in labor costs to below 40% of previous levels [5][6]. - Camel Group is transitioning to the lithium battery sector, focusing on low-voltage batteries, and has invested 3% of its revenue annually in R&D, resulting in 1,238 patents [6][12]. Group 2: Industrial Ecosystem Development - Xiangyang is fostering an industrial ecosystem characterized by leading companies driving supply chain collaboration, with Zhongli Machinery attracting numerous supporting enterprises to the region [7][8]. - The local government has implemented a strategy to create an electric forklift manufacturing cluster, enhancing market competitiveness and reducing logistics costs for companies [7][8]. - The recycling aluminum company, Shunbo Aluminum, has established strong connections with local automotive parts manufacturers, facilitating a circular economy [8][9]. Group 3: Employment and Entrepreneurship - The integration of employment, entrepreneurship, and industrial chains in Xiangyang has led to a surge in returnee entrepreneurs, with 8,390 new returnee entrepreneurs reported, a 22.17% increase year-on-year [13][14]. - The "Mom Job" initiative in Nan Zhang County has created flexible employment opportunities for women, benefiting over 3,500 women and increasing their annual income by an average of 25,000 yuan [16][17]. - The overall employment situation in Xiangyang has improved, with 94,000 new urban jobs created in the first seven months of the year, contributing to a stable employment rate of 357,000 [17].

Core Insights - The area of artificial grassland in the Qinghai-Tibet Plateau has increased by 2.4 times from 1988 to 2021, with significant growth observed in Qinghai Province [1][2] - The study highlights the ecological impact of the rapid development of artificial grasslands as a response to the degradation of natural grasslands due to climate change and human activities [1] Summary by Sections - **Artificial Grassland Expansion**: By 2021, there are 1.57 million hectares of artificial grassland in Qinghai Province and Tibet Autonomous Region, with Qinghai accounting for 70% and Tibet for approximately 30% [2] - **Geographical Distribution**: Artificial grasslands in Qinghai are concentrated around favorable water and heat conditions, particularly around Qinghai Lake, Qilian Mountains, Hainan Prefecture, and Huangnan Prefecture. In contrast, those in Tibet are more dispersed, found in northern and southeastern Tibet, as well as river basins like the Yarlung Tsangpo and Lhasa rivers [2] - **Research Methodology**: The research utilized a random forest binary classification model with a high overall accuracy of 97% for mapping artificial grasslands, based on satellite remote sensing data collected over 34 years [1] - **Future Research Directions**: The study indicates a need for further scientific evaluation of the ecological and environmental effects resulting from the transition of natural grasslands to artificial grasslands, as existing statistical data may not fully align with remote sensing data [2] - **Theoretical Support for Development**: The findings provide essential spatial distribution information of artificial grasslands, supporting ecological protection and high-quality development of grassland livestock farming in the Qinghai-Tibet Plateau [2]