Core Viewpoint - The article discusses the transformation of traditional agriculture through modern technology and the importance of integrating education with practical experience in the field of smart agriculture [1][3]. Group 1: Modern Agriculture Practices - Modern agriculture is characterized by the integration of technology, which leads to standardized practices that stabilize yields, as demonstrated by the use of advanced machinery and techniques [3]. - The implementation of smart agricultural practices allows for efficient monitoring and management of crops, utilizing sensors and mobile applications to collect data on various agricultural parameters [5][7]. - The introduction of automated irrigation systems and digital controls has significantly reduced the need for manual labor, showcasing the shift towards a more efficient agricultural management approach [9]. Group 2: Educational Collaboration - The collaboration between agricultural companies and higher education institutions is crucial for developing a skilled workforce in smart agriculture, as seen in the partnership with Northeast Agricultural University [1][9]. - The establishment of training bases and demonstration areas for smart agriculture helps students and young professionals gain hands-on experience and understand the latest agricultural technologies [9]. - The ongoing dialogue between industry experts and academic institutions fosters a better understanding of the direction of smart agriculture, ensuring that educational programs align with industry needs [9].

Core Viewpoint - The article emphasizes the importance of wheat production in Henan province, highlighting its role in ensuring food security for China and the measures taken to enhance agricultural efficiency and safety during the critical "Three Summer" production period [1][2][4]. Group 1: Wheat Production and Food Security - Wheat is a staple food for nearly 40% of the global population, with China being the largest producer and Henan province being the top wheat-producing region in the country [1]. - Henan province has maintained over 8,000 acres of wheat cultivation annually, significantly contributing to local and national food supply [1]. - The provincial government has prioritized food security, implementing measures to address adverse weather conditions affecting wheat growth [1][2]. Group 2: Agricultural Management and Technology - A robust organizational management system has been established to ensure timely wheat harvesting, involving detailed responsibilities at various administrative levels [2]. - The use of advanced agricultural technology, such as unmanned tractors, is being promoted to enhance efficiency in wheat production and reduce labor intensity [3]. - Smart agricultural practices, including remote irrigation and pest detection technologies, are being integrated to optimize crop management and increase yields [4]. Group 3: Community Engagement and Safety Measures - Community involvement is crucial for successful agricultural practices, with local leaders and farmers collaborating to ensure effective management during the "Three Summer" period [2]. - Fire safety measures are emphasized, including public awareness campaigns and the establishment of patrol teams to prevent straw burning and protect crops [2][3]. - Continuous training and support from agricultural experts are provided to farmers to enhance their knowledge and skills in modern farming techniques [3][4].

5月，收获的季节。由南到北，中原大地机声隆隆。这是河南的"麦天"，金穗飘香，"智牛"进田，四季时序此 时生动热烈；这是河南的麦田，印象中的"面朝黄土背朝天"早已被科技种田取代。 从种到收，小麦跨越秋冬春夏，迎来丰收大考。 藏粮于技，农业科技的创新和应用是农业发展最强劲的动力。科技兴农，河南用汩汩科技活水浇灌8500万亩 麦田，筑牢中原粮仓。 5月26日，息县的高标准农田里，大型联合收割机来回穿梭，一派繁忙景象。 晏荣荣 摄 涓涓细流润农田 5月24日，兰考县的小麦即将迎来收获，兰考县汉丰种植专业合作社的肖云飞每天都要在麦田里转转。 向田间望去，行间距均匀，小麦整齐划一。"播种的时候，拖拉机都加装了北斗导航，小麦长出来横平竖直， 漂亮着嘞。"肖云飞说。 搭好了丰收架子，依然不能掉以轻心。返青、起身、拔节，抽穗、灌浆、收获，肖云飞把麦田照顾得精细； 干旱、病虫害、干热风，肖云飞防得及时有效。 轻抚麦穗，肖云飞说："收成不会差。" 对于肖云飞这样的种植户，"每到关键环节，技术指导必到田间"是他的底气所在。 今年开春以来天气干旱，兰考县的农技人员第一时间奔赴麦田，指导种植户浇水抗旱。去年，通过兰考县农 业农村局的技术 ...

Core Insights - The agricultural sector has made significant achievements in recent years, driven by the efforts of grassroots representatives and local communities [1] Group 1: Modern Agricultural Development - A cooperative in Heilongjiang has cultivated over 300 million pounds of grain over 14 years, focusing on high-quality corn and soybeans for local processing [1] - The cooperative has established a food company to produce new products like canned corn, utilizing advanced production lines [1] - Sustainable practices include using organic fertilizers and crop rotation to enhance soil quality [1] Group 2: Support for Small Farmers - A cooperative in Anhui has developed a modern agricultural service center to assist small farmers, resulting in a 200-pound increase in rice yield per acre for those using their services [2] - The focus on ecological farming practices has led to multiple green food certifications, ensuring consumer health and safety [2] Group 3: Fisheries and Aquaculture - A comprehensive traceability system has been established in Taizhou to ensure the quality of seafood from farm to table, promoting healthy aquaculture practices [3] - The county has become a national model for healthy aquaculture, expanding into deep-water farming [3] Group 4: Economic Empowerment of Farmers - Initiatives in Jiangxi have led to the establishment of a selenium-rich vegetable industry and a tourism model that attracts over 1 million visitors annually, generating over 50 million yuan in revenue [4] - The cooperative in Heilongjiang creates over 8 million yuan in income for surrounding farmers through various agricultural activities [4] Group 5: Encouraging New Farmers - Training programs have empowered traditional farmers to adopt new technologies, significantly increasing their income [5] - Young farmers are being attracted back to rural areas, with one individual reporting the employment of over 400 people and the return of 67 young individuals to agriculture [6]

Core Viewpoint - The establishment of the "Yuegui Cooperation Ecological Tea Garden Research and Demonstration Base" aims to empower the tea industry through technological innovation and collaboration among academia, industry, and research institutions [3][4][10]. Group 1: Project Overview - The project is a collaboration between the Guangdong Academy of Agricultural Sciences, Wuzhou University, and Guangxi Xinfeng Public Investment Co., Ltd., officially signed on May 21 [2][3]. - The initiative is part of the "Belt and Road" cultural mission and is recognized as a key pillar for rural revitalization in Guangxi, with a focus on the Liubao tea industry [9][10]. Group 2: Objectives and Strategies - The project leader, Dr. Li Jianlong, emphasized a "six-in-one" collaborative model of production, education, research, and innovation to promote the transformation and upgrading of the Liubao tea industry [10][12]. - The collaboration aims to explore a "technology + industry + talent" innovation model to inject new momentum into the Liubao tea industry [17][18]. Group 3: Economic Impact - The project is expected to directly benefit around 3,000 local tea farmers, with an average annual income increase of over 10,000 yuan [19][20]. - It is projected to attract over 20,000 tourists annually through the establishment of ecological planting demonstrations and tea cultural tourism integration [20][21]. Group 4: Broader Implications - The initiative aligns with national rural revitalization strategies and regional coordinated development, focusing on ecological industrialization and the dual transformation of industry and ecology [22][23]. - The implementation of the project is anticipated to contribute to poverty alleviation and the realization of common prosperity in revolutionary old areas, creating a new vision for rural revitalization characterized by prosperous industries, livable environments, and affluent communities [24][25].

Core Viewpoint - Heilongjiang Province is China's largest grain-producing region, with a total grain output of 800.17 billion kilograms in 2024, marking 15 consecutive years at the top nationally. Agricultural technology plays a crucial role in ensuring food security and enhancing production capacity [1] Group 1: Financial Support for Agricultural Technology - The Agricultural Development Bank of Heilongjiang Province has focused on creating a technology-driven agricultural cooperation platform, collaborating with research institutions to support the development of agricultural technology enterprises. As of April 2025, the bank has issued a total of 12.563 billion yuan in agricultural technology loans since the start of the 14th Five-Year Plan [1] - In 2023, the bank increased its credit support for key areas such as high-end agricultural machinery manufacturing and digital agriculture, providing 0.953 billion yuan in agricultural technology loans [1][2] - The bank aims to enhance cooperation with government departments and agricultural technology enterprises to ensure the healthy development of high-tech agricultural companies through tailored financing solutions and risk assessment mechanisms [2] Group 2: Support for Spring Farming - During the critical spring farming period, the bank has intensified its support for high-end agricultural machinery, providing 0.21 billion yuan in loans to meet the financing needs of agricultural machinery production, supply, and sales [3] - The bank's efforts are aimed at accelerating the modernization of grain production and ensuring a stable food supply in Heilongjiang Province [3] Group 3: Case Study of Local Enterprise - The Heilongjiang Zhongxing Machinery Equipment Co., a national high-tech enterprise in Jiamusi, has received 50 million yuan in loans from the bank over three years, enabling it to meet the strong demand for agricultural machinery during the spring farming season [4] - The company has utilized the financial support to enhance its production capabilities and maintain a competitive edge in the agricultural machinery sector by investing in advanced manufacturing equipment and developing new products [4] - The bank's local branch continues to provide financial assistance to promote the growth of the agricultural high-tech industry, contributing to the overall economic prosperity of Jiamusi [4]

穿梭于各农场有限公司之间，公路两侧要么是望不到边的平整旱田，要么是方正的水稻格田。在这里， 田间地头建有小型气象站，配有智能化的虫情测报灯和孢子捕捉仪；育秧大棚安装监测系统，插秧机用 上北斗导航，无人机喷洒底肥……这些早已是北大荒农业生产的标配。 ● 本报记者 宋维东 "棒打狍子瓢舀鱼，野鸡飞到饭锅里。"——这句民谚生动地诠释了北大荒优美的环境和丰富的物产。中 国证券报记者上一次来北大荒采访春耕还是在2023年。时隔两年，记者再次来到北大荒，想看看这里又 有哪些新变化。 几天调研走访下来，记者很明显的感受就是种地变得越来越精细，越来越有看头。特别是科技的进步解 放了更多人力，更带来了巨大效益。 如今，种地已从"会种田"向"慧种田"转变，从靠经验种地向靠数据种地转变。精准、高效正成为农业生 产的发展方向。当下的北大荒，先进科技早已贯穿粮食从种到收全过程，每一步操作的背后都有数据支 撑，每一斤粮食的增收都有科技助力。这就是"藏粮于地、藏粮于技"战略的落地实践，更是科技兴农的 具象化呈现。 调研期间，记者在江滨农场有限公司多功能展厅看到了63米长版画《江滨颂》。一幅幅版画记录了北大 荒的历史，也让北大荒人深刻认识到 ...

Core Viewpoint - The article highlights the significant contributions of Xu Xingjian and the Inner Mongolia Agricultural Science Research Institute in advancing rice cultivation and agricultural technology in the Xing'an League, emphasizing the integration of scientific research and practical application to enhance agricultural productivity and quality [1][2][4]. Group 1: Agricultural Research and Development - The Inner Mongolia Agricultural Science Research Institute is a key player in local agricultural innovation, undertaking numerous national and regional scientific projects aimed at improving rice quality and yield [1][2]. - Xu Xingjian has led the development of a technology model that increases rice yield by 100 kilograms per mu through the integration of good seeds and farming practices [1][2]. - The institute plans to implement 14 technology innovation projects in 2024, including the development of new rice and soybean varieties, which are expected to generate an economic benefit of 160 million yuan [2]. Group 2: Talent Development and Collaboration - Xu Xingjian actively mentors young scientists, enhancing the agricultural research talent pool and establishing multiple innovation platforms to support technological advancements in agriculture [3]. - The institute has built 24 technological innovation platforms, including experimental stations and research centers, to foster collaboration and knowledge transfer within the agricultural sector [3]. - Partnerships with local enterprises have led to significant improvements in rice production rates through the introduction of new varieties and technologies [3]. Group 3: Achievements and Recognition - Xu Xingjian has published over 40 SCI papers, obtained 5 patents, and approved 8 rice varieties, showcasing the institute's commitment to research and innovation [4]. - He has received multiple honors, including the title of "Advanced Worker of Inner Mongolia Autonomous Region," reflecting his dedication to agricultural science and community service [4]. - The focus remains on translating research outcomes into practical agricultural productivity, reinforcing the importance of agricultural technology in rural development [4][5].

央广网北京5月15日消息 据中央广播电视总台中国之声《新闻和报纸摘要》报道，当前正值东北产 区大豆春播关键时期，各主产区强化科技引领、农机支撑、农艺服务等，为丰产奠定坚实基础。 随着气温回升，内蒙古呼伦贝尔市迎来了大豆播种的关键时期。在莫力达瓦达斡尔族自治旗巴彦街 村的万亩农田里，四台搭载北斗卫星导航系统的大马力拖拉机在田间匀速行进。 农机手敖宁：设置好参数，行距、株距特别均匀，一台大马力一天能够播种达到1000亩左右。 农业农村部门组织的农业技术人员也深入田间地头，为农户提供全程技术指导。 莫力达瓦达斡尔族自治旗农牧业机械化发展中心工作人员郭宇航：我们也将持续加强管理，把最新 的农业技术送到田间地头，助力农民丰产增收。 今年，辽宁计划播种大豆面积达到193万亩以上。辽宁省农业农村厅最新农情调度显示，当前大豆 已播种43.2万亩。 眼下，黑龙江嫩江市大豆春播作业已全面展开。在临江乡一家种植专业合作社的大豆地块里，搭载 北斗系统和智能监控的农机大大提高了土地利用率。种植专业合作社理事长丁明辉说，今年，合作社 16000多亩土地全部实行托管模式。 法库县依牛堡子镇副镇长阚明阳：协调农资企业保障种子、化肥、农药等物 ...

Group 1: Agricultural Technology Advancements - The introduction of mechanized harvesting in Guangyuan City has significantly improved efficiency, with a harvesting machine completing the task for over 40 acres in just 4 hours, while also reducing pest populations and disease transmission [1] - The use of automated seedling production lines and advanced equipment in rice cultivation has reduced the time for transplanting seedlings by approximately 15 days, while increasing rice yield by about 10% per acre [2][3] - The establishment of a digital agriculture platform in the modern agricultural park allows for real-time monitoring of environmental conditions, enhancing the management of kiwi fruit cultivation [5] Group 2: Crop and Livestock Production Goals - Guangyuan City plans to plant 125,000 acres of rice by 2025, with transplanting expected to be completed by early June [4] - The implementation of double-layer chicken housing has doubled the capacity for raising chickens, allowing for 200,000 meat chickens to be produced this year, generating an estimated output value of 120 million yuan [7][8] Group 3: Sustainable Agricultural Practices - The district is focusing on high-quality grain production and the promotion of modern agricultural practices, including the replacement of traditional methods with technology-driven solutions [8]