Core Viewpoint - The Chinese government emphasizes the modernization of agriculture as a strategic industry, aiming to transform it into a large-scale modern industry during the 14th Five-Year Plan period, reflecting an accurate understanding of the current agricultural development situation [1] Group 1: Agricultural Development Trends - The agricultural sector is experiencing significant changes and opportunities, with a shift from merely ensuring food security to enhancing food quality and health [1] - From 2013 to 2023, per capita consumption of grains decreased by 13.2%, while consumption of eggs, fresh fruits, meat, aquatic products, and vegetables increased by 82%, 60.9%, 55.7%, 45.9%, and 16.5% respectively, indicating a trend towards diversified and healthier diets [1] Group 2: Key Focus Areas for Agricultural Modernization - The primary task is to ensure national food security by enhancing comprehensive grain production capacity and expanding food resource development from traditional agricultural products to a broader range of biological resources [2] - The development of modern facilities for planting, livestock, and aquaculture is emphasized, along with the establishment of modern processing and logistics facilities to improve production efficiency and diversity [2] Group 3: Agricultural Product Processing and Integration - The optimization of agricultural product processing and circulation is crucial, focusing on enhancing initial processing, deep processing, and comprehensive utilization to promote multi-level value addition [3] - The integration of agriculture with secondary and tertiary industries is encouraged, leveraging local resources to develop diverse agricultural functions and foster deep integration with tourism, education, culture, and health industries [3] Group 4: Technological Empowerment in Agriculture - The promotion of technological advancements in agriculture is essential, including the integration of AI breeding, IoT, big data, and advanced agricultural machinery to enhance productivity [4] - The development of smart farms, plant factories, and intelligent agricultural machinery is prioritized to drive innovation and efficiency in agricultural practices [4]

Core Viewpoint - The article emphasizes the importance of modernizing agriculture as a strategic industry for national stability and economic development, highlighting the favorable conditions and opportunities for agricultural growth during the "14th Five-Year Plan" period [1]. Group 1: Agricultural Development Trends - The shift in consumer preferences towards diversified food consumption is evident, with per capita consumption of grains decreasing by 13.2% from 2013 to 2023, while consumption of eggs, fresh fruits, meat, aquatic products, and vegetables increased by 82%, 60.9%, 55.7%, 45.9%, and 16.5% respectively [1]. - The integration of urban and rural areas is deepening, leading to a broader definition of agricultural development and the emergence of industry convergence as a trend [1]. Group 2: Key Focus Areas for Agricultural Modernization - The primary task is to ensure national food security by enhancing comprehensive grain production capacity and expanding food resource development from traditional agricultural products to a wider range of biological resources [2]. - The optimization and upgrading of agricultural product processing and circulation are crucial, promoting multi-level utilization and value addition through coordinated development of initial, deep processing, and comprehensive utilization [3]. - The integration of primary, secondary, and tertiary industries is essential, driven by market demand and innovative business models, to create a modern industrial system that combines agriculture with tourism, education, culture, and health [3]. Group 3: Technological Empowerment in Agriculture - The promotion of technological advancements in agriculture is vital, focusing on the large-scale integration and dissemination of scientific achievements, as well as the development of new breeding models [4]. - The application of smart technologies, such as IoT, big data, and advanced agricultural machinery, is being accelerated to enhance agricultural productivity and efficiency [4].

转自：云南日报 目前，马鹿塘乡已成为滇中地区云当归种植面积最大的乡镇，其云当归产业的脱颖而出，离不开云南省 农业科学院、云南农业大学、红河学院等高校院所的科技支持。在各级专家指导和帮助下，马鹿塘乡云 当归产业发展注重选择适宜品种，应用规范化种植、配方施肥、机械化播种和采收等技术，推广工厂化 育苗和纸筒苗，不仅缩短了云当归种植期，节约了种植成本，还有效提高了产量和品质。马鹿塘云当归 多次检测农残含量均达中药材行业标准，因品质优越，平均单价高于其他地区1元以上。每年云当归采 收季，来自甘肃、河南、安徽等地的客商，竞相来到田间收购。 禄劝云当归直播种植示范基地获高产——科技赋能绘丰景 优质当归出深山 测产现场，由云南省农业科学院药用植物研究所、云南农业大学、红河学院、昆明市农业科学研究院、 禄劝县特色农业产业发展中心等单位专家组成的专家组，随机抽取3个样点进行测产。 "你看看，这个当归长得太好啦，个头大，药味浓，一个就有四五公两重。"村民王国禹举着一个刚从地 里采挖出来的新鲜当归告诉记者。"该基地云当归是今年2月中旬到3月中旬采用直播的方式播种，覆盖 银黑地膜，配套滴灌设施解决了种植用水的问题。"云南淳林农业科技有 ...

Core Insights - The article highlights the successful implementation of a soilless cultivation base for fruit tomatoes in Xihan Village, Huguan County, leveraging technology from Beijing's Jixing Agriculture to enhance production and sales efficiency [1][2] Group 1: Technology and Innovation - The soilless cultivation base covers 100 acres and includes 31 smart greenhouses, utilizing coconut coir for cultivation, integrated water and fertilizer systems, and comprehensive pest control techniques to improve yield and quality [1][2] - The water-fertilizer integration system allows for precise control of nutrient delivery, ensuring optimal growth conditions for each tomato plant [2] Group 2: Economic Impact - The project has created job opportunities for over 30 local villagers, addressing employment challenges and increasing household incomes [4] - The expected annual production per greenhouse is 7,000 kilograms, with a total projected yield of over 217 tons from all greenhouses, translating to an estimated annual sales revenue of 2.17 million yuan at a minimum purchase price of 10 yuan per kilogram [4] Group 3: Market Strategy - The cultivation model combines village collective efforts with dual enterprise collaboration, directly supplying high-end markets in Beijing, which stabilizes product sales and supports local economic growth [2][4] - Future plans include expanding the cultivation area and introducing more high-quality fruit and vegetable varieties to further enhance income opportunities for villagers [4]

Core Viewpoint - The collaboration between the Shantou Chaonan District Government and the Guangdong Academy of Agricultural Sciences aims to enhance agricultural development through technology and training, focusing on high-quality fruit production and ecological construction. Group 1: Agreements and Initiatives - The Shantou Chaonan District Government signed a framework agreement with the Guangdong Academy of Agricultural Sciences for the "Hundred Counties, Thousand Towns, and Ten Thousand Villages High-Quality Development Project" and ecological construction support [5][6]. - The Guangdong Academy of Agricultural Sciences will leverage its technological talent to provide comprehensive support for Chaonan's agriculture through platform building, base establishment, and talent cultivation [7]. Group 2: Training Programs - The first training session, held from November 27 to December 9, focused on "High-Quality Development Technology Training for Lingnan Specialty Fruit Industry," addressing key agricultural technologies relevant to local fruit production [8][10]. - Approximately 70 agricultural technicians and growers attended the first training session, which covered topics such as winter management techniques for lychee and soil maintenance [17]. Group 3: Training Content and Expert Contributions - Subsequent training sessions included practical applications of pest control and high-yield cultivation techniques for various fruits, with experts providing hands-on guidance and addressing specific planting challenges [20][21][22]. - The training emphasized modern agricultural technologies, including the use of unmanned machinery in lychee orchards, to improve planting efficiency and promote the integration of technology in agriculture [25][26]. Group 4: Outcomes and Future Directions - The training sessions have been well-received, effectively enhancing the practical skills and technological literacy of local agricultural personnel, thereby facilitating the conversion of scientific achievements into tangible benefits for farmers [34][36]. - Future training will focus on variety improvement, green pest control, and brand development, establishing a regular technical guidance service to support local agricultural needs [30].

"以前补贴进度得追着问，现在申请材料被'催'着交，干部比我还积极哩！"江苏省盐城市盐都区龙冈镇 九曲现代家庭农场负责人卞义明花10万元买了一台插秧机，早上刚把购机发票上传系统，中午就有乡镇 干部上门核验机具，指导其补充申请材料。不到一个月，2.6万元农机购置与应用补贴就打进了他的银 行卡。 "新修了机耕路，下完雨，也没耽误农机下田。"农户顾善华说，有一年雨水多，造成机耕路塌陷，农机 陷在泥里动弹不得，拖拽维修、开辟新路，整整耽误几天工期，晚播造成部分小麦未能出苗。 "机耕路的质量问题，从外观上较难看出。有的工程方偷工减料，不夯实地基，直接在路面浇筑混凝 土，厚度也只有15厘米。短期内看不出问题，但经过农机碾轧、雨水冲刷，就容易塌陷。"范场村六组 机耕路项目监理王云丰介绍。 深层次问题指向"蝇贪蚁腐"。"高标准农田建设工程量大、资金拨付快，成了某些人眼中的'肥肉'。"滨 海县纪委监委第五派驻纪检监察组组长寇健说，"整治中，我们发现个别领导干部与工程方、招标代理 等沆瀣一气，将中标项目层层转包、赚取差价。" 整治开展以来，滨海县深化以案促改促治，向县农业农村局制发纪检监察建议，推动建设高标准农田信 息化监管平台， ...

Core Insights - The event focused on connecting agricultural products from poverty-stricken areas with markets, showcasing nearly 10,000 unique agricultural products from 832 poverty-stricken counties across the country [1][3]. Group 1: Agricultural Product Development - The event highlighted the achievements of technology in agriculture, particularly in enhancing the disease resistance and quality of crops such as soybeans, vegetables, and fruits through aerospace breeding techniques [3]. - The implementation of smart cold chain logistics and digital breeding technology in Ningxia beef has enabled fresh delivery from northwest pastures to national tables within a day [5]. Group 2: Financial Support and Economic Impact - Since the beginning of the 14th Five-Year Plan, the central government has allocated a total of 850.5 billion yuan in financial support aimed at promoting rural revitalization and developing industries in poverty-stricken areas [6]. - The special industry enhancement initiative in poverty-stricken areas has led to the establishment of 2 to 3 leading industries in each of the 832 counties, generating a total output value exceeding 1.7 trillion yuan, with three-quarters of the poverty alleviation population forming benefit-sharing mechanisms with new agricultural business entities [8]. - In the first half of this year, the per capita disposable income of farmers in poverty-stricken counties reached 8,451 yuan, with a real growth rate of 6.6%, which is 0.4 percentage points higher than the national growth rate for rural residents [8].

11月30日至12月9日，由中国农业大学与腾讯公司联合发起的"全球南方青年兴乡计划"2025年项目实训 顺利完成。来自印度尼西亚、肯尼亚、老挝、坦桑尼亚和乌干达五国的49名青年学员访问北京和云南， 进行了为期10天的系统学习与实践考察。 "我们希望通过系统的培育，将中国在乡村全面振兴与减贫领域的实践经验带给各国青年，支持他们将 中国经验与本国实际相结合，成为推动全球南方国家乡村转型的重要力量。"12月1日，在中国农业大学 举行的开班仪式上，中国农业大学副校长杜太生这样说。 坦桑尼亚驻华大使馆全权公使米拉吉·乌库蒂·乌斯表示："青年是南方国家最富活力、最具创造力的群体 之一。这个项目通过系统的理念培育、知识传授和技能实训，将帮助各国青年把本土资源优势转化为切 实的发展动能。" 学 习 系列培训课程"干货满满" 从中国农业的发展实践、不同国情下的乡村转型特点，到农产品电商如何运营、乡村直播有哪些经 验……12月1日至2日，在中国农业大学，学员们接受了一系列培训课程。 中国农业大学文科资深讲席教授李小云以"全球南方乡村发展的路径探索与中国实践"为题作主旨报告； 中国农业大学人文与发展学院唐丽霞教授围绕"全球乡村变迁 ...

Core Viewpoint - The "Global South Youth Rural Revitalization Program" initiated by China Agricultural University and Tencent aims to share China's rural revitalization and poverty alleviation experiences with youth from various countries, empowering them to drive rural transformation in their own nations [12][19]. Group 1: Program Overview - The program took place from November 30 to December 9, involving 49 youth participants from Indonesia, Kenya, Laos, Tanzania, and Uganda, who engaged in a 10-day training and practical study in Beijing and Yunnan [12]. - The initiative focuses on cultivating youth as key players in rural transformation by integrating local resource advantages with practical knowledge and skills [12][19]. Group 2: Training Content - Training sessions included topics such as China's agricultural development practices, rural transformation characteristics under different national conditions, and e-commerce operations for agricultural products [13]. - Notable lectures were delivered by professors from China Agricultural University, covering global rural development paths and the policy framework of rural development since China's reform and opening up [13][14]. Group 3: Practical Experience - Participants visited modern agricultural facilities, including greenhouses and agricultural technology labs, learning about high-value vegetable breeding, multi-crop systems, and AI-driven agricultural practices [14][18]. - The program emphasized hands-on experiences, such as operating drones and understanding automated production lines, showcasing the integration of technology in agriculture [18][19]. Group 4: Local Insights - In Yunnan, participants explored rural areas that successfully integrated agriculture with tourism, learning about diverse income sources and community-driven development [17]. - The program highlighted the importance of local leadership in rural development, with a focus on empowering farmers as decision-makers and beneficiaries [17]. Group 5: Participant Feedback - Participants expressed a transformative experience, gaining insights into how technology and innovative practices can enhance rural development [19]. - The program fostered a sense of respect for land and traditional wisdom, encouraging participants to apply learned concepts in their home countries [19].

Core Viewpoint - The article highlights the integration of technology and ecological practices in rice cultivation in Zhongshan, showcasing the city's commitment to sustainable agriculture and the promotion of its rice products as a key industry for rural revitalization and economic growth [1]. Group 1: Agricultural Practices and Innovations - Zhongshan has implemented the "13356" agricultural industry system, positioning "Zhongshan rice" as a core industry to promote agricultural cluster development and support rural revitalization [11]. - The city has seen a continuous increase in cultivated land, with 60,400 acres of rice fields yielding 21,800 tons of rice in 2024, marking the highest growth rate in the province for three consecutive years [7][8]. - Traditional farming methods are being replaced by mechanization, with rice seedling machines achieving a seedling rate of over 90% and drone technology being used for efficient crop protection [50][52][55]. Group 2: Unique Rice Varieties and Health Benefits - The article emphasizes the health benefits of local rice varieties, such as the selenium-rich rice from Cai Kou village, which is recognized for its nutritional value and is associated with longevity [20][27]. - The He Chong rice from Shenwan Town utilizes an ancient ecological cycle of using insects as fertilizer, enhancing its nutritional profile and making it a staple for local diets [30][32]. Group 3: Ecological and Cultural Integration - Zhongshan's rice fields are being transformed into multi-functional spaces that integrate tourism, education, and cultural activities, creating a vibrant "rice dream space" that attracts visitors [6][85]. - The article describes the successful development of a culinary tourism route in Cai Kou village, which combines local rice dishes with scenic experiences, significantly boosting local tourism with 5.84 million visitors annually [88][89]. Group 4: Technological Advancements in Rice Production - The establishment of a rice seed exhibition garden in Zhongshan showcases 26 high-quality rice varieties, with advanced planting techniques leading to increased yields of over 200 kg per acre [58][60]. - Companies in Zhongshan are adopting automated production lines and rigorous quality control measures to ensure the safety and quality of rice products, enhancing their market competitiveness [66][72]. Group 5: Cultural Events and Community Engagement - The "Golden Earth Music Festival" has become a significant cultural event in Zhongshan, attracting large crowds and promoting community engagement through music and agricultural experiences [100][105]. - The integration of various cultural activities with rice farming, such as music and art events, reflects a growing trend of blending agriculture with cultural tourism, fostering a deeper connection between urban residents and rural landscapes [111].