安徽是中国农村改革的主要发源地，是中国粮食主产省和粮食调出省份之一，粮食种植面积、产量稳居 中国前列。2024年，安徽粮食总产836.9亿斤，连续8年稳定在800亿斤以上。 中新社合肥5月31日电 (记者张强)安徽省农业农村厅31日发布信息称，今年安徽小麦收获期间天气总体 较好，对小麦机收生产比较有利。截至当日17时，安徽小麦已收获逾3833万亩，进度近九成。 5月26日，安徽省阜阳市颍上县唐垛湖区金色的麦浪在微风中此起彼伏，大型收割机在其中来回穿梭， 万亩小麦正式开镰收割。(无人机照片)徐庆摄 2025年安徽在地小麦面积超4342万亩。"全省小麦生产形势总体良好，丰收在望。"安徽省农业农村厅厅 长汪学军说，2025年安徽组织实施粮油等主要农作物大面积单产提升行动，推动高水平江淮粮仓建设。 （文章来源：中国新闻网） 记者从安徽省粮食和物资储备局获悉，为有效提升粮食入库质量检验的效率和准确度，安徽在全省推广 扦样检验一体化智能装备，实现粮食入库、检斤、质检全流程数字化升级，减少人为因素干扰。 在粮食仓储方面，安徽持续加强绿色储粮技术创新系统集成，创新粮食仓储减损技术，实现气调和低温 准低温储粮仓容1155万吨， ...

长江中下游麦区小麦收割加速推进。湖北今年种植小麦1500多万亩。在钟祥，搭载着北斗卫星导航的收割机能够精准高效完成收割、脱粒全流程，收割 后的小麦可以直接装车转运至农事服务中心烘干。当地通过搭建"共享农机"平台，农户只需要通过手机，即可预约收割、烘干、仓储等农事服务。安徽全省 小麦收获进度已超过40%，安庆桐城协调300多台收割机参与麦收，机收率超过98%。 央视网消息（新闻联播）：眼下，麦收工作由南到北有序推进。各地抢抓时机，科技助力，夯实夏粮丰收基础。 西南麦区小麦收割接近尾声。云南全省小麦收获已过九成，在曲靖师宗县的小麦单产提升示范片区，大型收割机来回穿梭。当地主推高产优质多抗小麦 品种，引导农机合作社参与小麦全程机械化生产。今年，全县小麦种植面积同比增长4.6%。四川全省小麦收割超837万亩，预计月底基本完成收割工作。在 绵阳三台县小麦种植基地，针对丘陵地区设计的收割机，带有自动水平功能，能够保证小麦能从根部收割完整，小麦收割率可达97%以上。 华北和黄淮海麦区小麦陆续开镰。江苏3600多万亩小麦开始收割。在江苏宿迁泗阳县的万亩麦田里，联合收割机正抓紧作业。当地通过强化田间管理、 开展单产提升行动等举 ...

Core Viewpoint - The launch of the "2025 Lankao Peanut Quality Improvement and Nitrogen Fixation ARC Bacteria Agent Demonstration Project" marks a significant step in the application of ARC technology in Lankao County, which is recognized for its strong agricultural foundation and effective local government collaboration [1][21]. Group 1: Project Launch and Objectives - The project aims to utilize ARC microbial agents to enhance peanut production and address issues such as aflatoxin contamination [7][10]. - The Huji Flower Global Peanut Industry Research Institute donated ARC microbial agents for the cultivation of peanuts over 10,000 acres, indicating a large-scale application of this technology [1][23]. Group 2: Technological Impact - Field tests showed that peanuts treated with the ARC agent achieved a yield of 327.25 kg per mu, representing a 38.68% increase compared to traditional planting methods [7][10]. - The ARC coupling technology not only improves yield but also significantly reduces aflatoxin contamination, addressing a global agricultural challenge [10][21]. Group 3: Economic Benefits for Farmers - The introduction of a "stair-step funding plan" allows for full funding in new trial areas and proportional subsidies in mature areas, lowering the barriers for farmers to adopt new technologies [7][10]. - Farmers in trial villages reported an average income increase of 300 yuan last year, with plans to expand coverage to the entire town this year [7][10]. Group 4: Strategic Importance - The project aligns with China's rural revitalization strategy, transforming peanuts from a traditional crop into a key driver for farmer prosperity through technological empowerment [1][21]. - The initiative reflects the dual strategy of combining scientific research with traditional heritage to enhance the quality and safety of peanut products [21][26]. Group 5: Future Prospects - The Huji Flower Global Peanut Industry Research Institute aims to reshape the value chain of the Chinese peanut industry through continuous research and practical applications [26]. - The project is expected to contribute to the sustainable development of agriculture and the high-quality growth of the peanut industry in China [21][26].

Core Viewpoint - The event in Nansha District focuses on promoting green and efficient rice cultivation and pest control techniques to enhance agricultural productivity and sustainability [3][4][20]. Group 1: Event Overview - On May 15, the Nansha District collaborated with the Guangzhou Supply and Marketing Cooperative and Guangzhou Agricultural Production Materials Co., Ltd. to hold a training session on green rice cultivation and pest control [2][3]. - The training aims to implement national policies for stable grain production and to advance socialized agricultural services [3][4]. Group 2: Training Content - The training emphasized high-quality development in rice agriculture, promoting advanced techniques such as scientific planting density, green cultivation, and pest control methods [7][11]. - Expert Huang Qing from the Guangdong Academy of Agricultural Sciences provided instruction on key topics including high-yield variety selection, seedling cultivation, and integrated pest management [8][12]. Group 3: Support for Farmers - After the training, the organizers introduced green agricultural products to participants, utilizing a "technical training + material support" service model to assist farmers in adopting green planting practices [14][20]. - The initiative aims to improve the quality and yield of agricultural products while reducing environmental pollution from agricultural inputs, thus promoting sustainable agricultural development [18][21]. Group 4: Future Plans - Nansha District plans to enhance collaboration between the district's supply and marketing cooperatives and local agricultural service departments to collectively drive high-quality and sustainable agricultural development [24][25].

Core Viewpoint - The domestic blueberry industry in China is rapidly growing, with companies like Noposion Agricultural Science Co., Ltd. playing a significant role in this transformation, as consumers shift from imported to locally produced blueberries [2][3]. Company Performance - Noposion achieved a revenue of 5.288 billion yuan in 2024, marking a year-on-year increase of 28.37%, and a net profit of 585 million yuan, up 148.10% [3]. - The fresh consumption business, primarily focused on blueberries, generated 2.139 billion yuan in revenue, reflecting a remarkable growth of 251.28%, accounting for 40.45% of total revenue [3]. Blueberry Production and Technology - The company plans to expand its blueberry planting area to approximately 35,000 to 40,000 mu (about 5,833 to 6,667 acres) by the 2025-2026 production season [3]. - The yield per mu is expected to increase from 1.3 tons in the 2023-2024 season to 1.4 tons in the 2024-2025 season, with a target of over 1.5 tons for the next year [3]. - Noposion's blueberries have a large fruit rate of nearly 70% for fruits with a diameter of over 18 mm, thanks to advanced selection and early promotion techniques [3]. Agricultural Technology and Innovation - Noposion leverages its agricultural technology advantages, employing a research team composed of experts who work closely in the field to enhance blueberry cultivation [4][5]. - The company has developed a new agricultural research system that integrates local and scientific expertise, focusing on various research projects to improve cultivation techniques [5]. - The industrialized agricultural model adopted by Noposion, including automated irrigation and fertilization systems, represents a significant shift from traditional farming practices [5]. Market Trends - The development of the blueberry industry in China is seen as a typical example of technology empowering agriculture, aligning with consumer trends towards fresh, high-quality domestic fruits over imported frozen options [5].

Core Insights - The article highlights an agricultural revolution in Ulanqab, Inner Mongolia, transforming climate disadvantages into industrial advantages through technological empowerment and innovative models, contributing to sustainable global agriculture [1][3]. Group 1: Agricultural Development - Ulanqab has developed a cold-cool vegetable industry with an annual output value of several hundred million yuan, leveraging its unique climate conditions to cultivate crops like broccoli and onions [1][3]. - The cold-cool vegetable industry began in 1999, with significant breakthroughs in high-yield technology, good seed cultivation, and green pest control achieved through collaboration with research institutions [3][5]. - Onion yields have doubled from 7,000 jin per mu to 14,000 jin per mu, establishing eight industrial belts that ensure stable summer supply to major markets like Beijing [3][5]. Group 2: Technological Innovations - A smart water-saving irrigation system developed by Chinese researchers enhances water efficiency by 30% on top of traditional drip irrigation, addressing water scarcity issues in northern regions [5][11]. - A food-grade biological pesticide developed at the cold-cool vegetable academy has been successfully applied in countries like Tanzania, showcasing a significant advancement in pest control technology [5][7]. Group 3: International Collaboration and Impact - Foreign journalists expressed that the model of converting climate disadvantages into industrial advantages is highly inspirational, particularly noting the potential of the harmless pesticide technology for food safety and environmental sustainability [7]. - There is a call for increased collaboration with Chinese experts in areas like smart irrigation and pest control, suggesting that China's technological breakthroughs could provide replicable solutions for other Asian countries [7].

Core Viewpoint - The article highlights the ongoing agricultural activities in China, focusing on the harvesting of winter wheat and the management of summer crops, emphasizing the use of technology and best practices to ensure stable production and increased yields. Group 1: Wheat Harvesting - In Shandong Zaozhuang, farmers are actively engaged in the "one spray, three defenses" operation to combat pests and diseases, ensuring stable wheat production [4][9] - Zaozhuang has 2.14 million acres of wheat entering the filling stage, with agricultural departments organizing efforts to support production [4] - In Anhui's Dongzhi County, 120,000 acres of winter wheat are being harvested, with farmers utilizing favorable weather for efficient collection [5][7] Group 2: Rice Cultivation - In Jiangxi, early rice has entered the tillering stage, with increased use of technology for field management to promote stable yields [11] - A smart monitoring system covering over 50,000 acres has been established in Jiangxi to assist farmers in managing rice fields through real-time data [13] - In Sichuan, over 850,000 acres of rice are entering the transplanting phase, with the promotion of smart agricultural equipment enhancing efficiency [15][18] Group 3: Innovative Techniques - In Chongqing's Xiushan County, the introduction of the "pot seedling" technology is aimed at improving rice production quality and efficiency, with plans to cultivate 279,000 acres [19][21] - The use of automated production lines for seedling preparation is being implemented to streamline the process and enhance productivity [19][21] - The mechanization rate for rice planting in Sichuan has reached 92%, with significant progress in transplanting expected to be completed by late May [18]

Group 1 - The article highlights the critical period for grain production in China, particularly in Hunan province, where farmers are engaged in spring plowing and management activities [1][3] - The "rice-oil rotation" farming model is being utilized, where oilseed rape is planted in winter and rice in summer, allowing for better land utilization and nutrient provision for subsequent crops [3][5] - The current oilseed rape harvest is expected to yield increased production per acre due to favorable weather and farmland improvements [7][13] Group 2 - Mechanization in agriculture is emphasized, with the use of advanced machinery such as unmanned drones for fertilization, which enhances efficiency and reduces labor costs [11][13] - The area under "rice-oil rotation" in Xiangxiang City is approximately 150,000 acres, with the busy farming season extending until mid-May [13] - The article also mentions the use of technology in other regions, such as the deployment of drones for wheat production in Shandong and smart planting machines in Gansu, showcasing a trend towards increased efficiency in agricultural practices [14][17]

中新网乌鲁木齐5月6日电(陶拴科) "世界棉花看中国，中国棉花看新疆"的生动表述，深刻揭示了新疆在 全球棉花产业中的关键角色。棉花不仅是新疆农民的主要经济来源，更是推动区域经济发展的重要支柱 产业。 随着科技的进步与产业结构的优化，新疆棉花产业正以崭新的姿态，助力当地经济发展，为全国乃至全 球的棉花市场注入强劲动力。 新疆棉花产业正迎来发展新机遇，在政策护航、科技赋能、市场调节的三重驱动下，新疆棉田从"劳动 密集型"转向"技术密集型"。 统计数据显示，2024年，新疆棉花种植面积为3671.9万亩，较上年播种面积稳中有升，全程机械化率超 97%，机采率突破90%。种植成本由传统模式1800元/亩下降至"智慧棉田"的1300元/亩。 应对墒情差异打出"组合拳" 4月以来，随着气温回暖，土壤墒情好，新疆棉花播种工作自南向北迅速展开。 新疆北部的塔城地区乌苏市车排子镇康苏瓦特村通过多种方式，积极推广农业新机械与新技术在棉花播 种中的应用。该村党支部书记龚成江介绍说："今年，我们引入了侧封土播种技术，并采用5米宽的薄膜 进行播种，这种模式不仅节水效果显著，还能实现一膜4行和一膜6行的多行播种。此外，加宽的薄膜设 计有 ...

中新网巴彦淖尔4月24日电 题："塞外粮仓"春耕见闻：科技赋能 智慧田管 图为小麦种植现场。 王皓巍 摄 今年，杭锦后旗共推广滴灌小麦种植1.5万亩。浅埋滴灌种植技术，让每一滴水、每一粒肥都能精准地 输送到小麦根部，实现了节水、水肥高效利用、抗小麦倒伏、高产稳产等多赢效果。 走进陕坝镇帐房村5000亩小麦种植示范种植园区，圆盘开沟式播种机划过土地，留下均匀排列的细槽， 麦种精准落入设定深度。"传统播种深浅不一，麦苗生长参差不齐，产量也不稳定。"正在查看小麦长势 的村党支部书记刘三换说，"当地运用立体匀播技术，麦苗又匀又齐，个体高大，长势喜人。" 据刘三换介绍，立体匀播是集旋耕、匀播、覆土、镇压于一体的多功能机械耕种，采用该技术可实现小 麦等距等深种植，出苗后无行无垄，单株均衡占有土地资源和光热资源，从而实现高产高效。 据了解，园区今年引进立体匀播技术示范70亩。"今年综合考虑土壤墒情，推广使用立体匀播技术。在 播种过程中，加装圆盘开沟式播种机，配合分层施肥技术，使麦苗根系能穿透不同肥力的土壤层，构建 起立体营养吸收体系，每亩有50斤至100斤的增产潜力。"杭锦后旗农牧和科技局种植业股股长李有良 说。 在沙海镇 ...