"你好"，我是在秘鲁首都利马印加市场的一个转角被伊斯贝特的中文问候叫住的。这个热情爽朗的青年 抱着几只憨态可掬的羊驼玩偶，略带生涩地对我说："这是百分之百羊驼毛玩偶！"他的朋友乔治从小店 里面转身向我打招呼，桌面上一个写满汉字的练习本吸引了我的目光——纸页上的"欢迎光临""万事如 意"，一笔一画，临摹得仔细工整。 沿着中国企业建设的绿色海岸公路漫步，载满货物的集装箱卡车呼啸而过驶向钱凯港。凉爽的海风掠过 太平洋无垠的水面，波浪声里，安第斯山鹰的羽翼似乎正与东方凤凰的尾翎轻轻触碰。正如伊斯贝特和 乔治的练习本上，每页顶端书写的中文字词与页脚的纳斯卡地画图案无声交谈着。 伊斯贝特在展示店内的羊驼玩偶。 本报记者 宋亦然摄 《 人民日报 》（ 2025年05月12日 16 版） (责编：白宇、卫嘉) 货架上，造型各异的羊驼玩偶和羊驼毛制品摆得满满当当，角落里一张小书桌上，放着一本边角被翻得 卷起的中文入门教材。伊斯贝特兴奋地向我展示他的手机："看！我们也学着中国博主的方式运营账 号、介绍产品。"翻看他们在中文社交应用上发布的图文内容，评论区有不少中国网友回复"欢迎来中国 开店"。 语言不仅是商贸往来的桥梁，更是文化 ...

瓜虽小，下的功夫可不少。小西瓜从定植、授粉、坐果，整个培育过程需要对温度、光照、肥料等进行严格把控。据介绍，预计5月中 旬，第一茬可以收获10000斤左右，与传统的"地爬秧"种植模式相比，每亩西瓜地的收益可以提升近6000元。 央视网消息：在江苏连云港市，大棚西瓜陆续进入采收期。不过这里的西瓜不是在地上生长的，而是吊着长的。再有一个星期左右的时 间，这些"空中西瓜"将大量上市。 走进连云港市的这个西瓜种植大棚，一个个圆滚滚的西瓜被吊挂起来，这种西瓜种植方式叫做"吊蔓种植"，是把西瓜的接穗嫁接在南瓜根 茎上，利用南瓜再生根系进行定植，与传统种植相比，它的密度更大、产量也高，不仅节省了种植空间，提高土地资源的利用率，还能有效提 高西瓜的品质，皮更薄、甜度高、卖相好。 湖北沙洋："智慧棚"里番茄采收忙 不只是西瓜吊着长，在湖北荆门市沙洋县的一处番茄种植基地，番茄也种在半空中，并且一年内可以实现多轮出果。 眼前这座银灰色的智能温室大棚就是荆门市沙洋县沈集镇的番茄种植基地。大棚里，高约5米的番茄藤蔓整齐排列，成串的小番茄缀满枝 头，工人们正忙着采摘、分拣、打包，将新鲜番茄运往市场。 据了解，这里的番茄采用半封闭无土栽培 ...

Group 1: Agricultural Innovations in Shanxi - The implementation of 25,000 acres of soybean and corn strip intercropping in Shuozhou City, Shanxi, aims to improve planting methods and stabilize production while increasing income [1] - Local cooperatives are utilizing new technologies and machinery for trial planting, focusing on efficient use of quality seeds, methods, and timing to enhance agricultural productivity [3] - The total crop planting area in the county is 1.16 million acres, with 850,000 acres dedicated to grain crops, and 650,000 acres of corn already sown, with all planting expected to be completed by the end of May [5] Group 2: Innovative Watermelon Cultivation in Jiangsu - In Lianyungang City, Jiangsu, watermelons are being grown using a "hanging cultivation" method, which allows for higher yields and better quality compared to traditional ground planting [6][8] - The hanging method involves grafting watermelon scions onto pumpkin rootstocks, resulting in increased planting density and improved fruit quality, including thinner skin and higher sweetness [8] - The first harvest is expected to yield around 10,000 pounds, with profits per acre increasing by nearly 6,000 yuan compared to traditional methods [10] Group 3: Smart Tomato Farming in Hubei - In Shayang County, Hubei, tomatoes are cultivated in smart greenhouses using soilless cultivation techniques, allowing for multiple harvests within a year [11][13] - The cultivation employs a water and fertilizer integration system that monitors soil moisture and nutrients, ensuring optimal growth conditions [13][16] - The initiative aims to boost local income and employment, with over 30 new jobs created, and the produce is primarily sold to major cities like Shanghai and Shenzhen [15][18]

Group 1 - The "Capital Science Salon" is a platform for academic exchange aimed at promoting high-quality development in Beijing, focusing on cross-sector collaboration in agriculture and technology [2] - The theme of the latest salon was "Empowering Rural Revitalization through Technology", highlighting the establishment of 113 "Beijing Technology Small Courtyards" since 2018 to support rural development [2][3] - The introduction of smart agricultural technologies is a common challenge faced by many technology small courtyards, with suggestions for simplifying usage and reducing costs for farmers [3] Group 2 - The case of Cangshang Village illustrates the successful implementation of modern agricultural practices, transitioning from traditional strawberry farming to a diverse range of crops, enhancing local tourism and agricultural productivity [3][4] - Future plans for Cangshang Village include expanding agricultural tourism and developing a technology corridor to integrate agriculture with cultural and educational initiatives [4] - The Beijing Technology Small Courtyards aim to enhance agricultural technology innovation and application, providing strong support for rural revitalization in the capital [4]

Core Viewpoint - The article highlights the integration of advanced agricultural technologies in various regions of China to enhance grain production efficiency and ensure a successful harvest during the critical planting season [1][8]. Group 1: Technological Advancements in Agriculture - In Shaanxi, the traditional method of rice transplanting is being replaced by modern, efficient practices, including the use of smart agricultural machinery [2][4]. - The introduction of unmanned rice transplanting machines equipped with Beidou navigation systems allows for precise operations, achieving a planting error margin of within 3 centimeters and covering nearly 40 acres in a single day [4][8]. - A smart seedling factory in the region has significantly reduced the rice seedling growth cycle from 40 days to approximately 18 days, effectively doubling efficiency and providing over 5,000 acres of machine-transplanted seedlings annually [6][8]. Group 2: Regional Agricultural Practices - In Gansu, the corn planting progress has exceeded 90%, utilizing Beidou navigation-equipped sowing machines to enhance planting efficiency [9][10]. - The sowing machines in Gansu can achieve a planting error margin of 2.5 centimeters, improving accuracy by over 80% compared to traditional methods, and increasing efficiency by three times [12]. - In Shanxi, unmanned aerial vehicles (UAVs) are employed for pest control and fertilization in wheat fields, ensuring stable yields during critical growth periods [16][21]. Group 3: Crop Management and Yield Optimization - In Xinjiang, 3.8 million acres of winter wheat are currently in the heading stage, with local farmers utilizing UAVs for pest control and fertilization to maximize yield [22][23]. - The region has implemented timely irrigation and fertilization strategies during key growth phases to ensure high production levels [23].

"我们的番茄从种植到采收全程可追溯，不仅绿色无污染，而且糖度高、口感好，在市场上供不应 求。"德州财金智慧农业科技有限公司董事、副总经理薛林介绍，2024年公司年产值突破2亿元，产品远 销北京、上海等地，成为智慧农业高质量发展的典范。 今年4月，邮储银行（601658）德州市德城区支行为德州财金智慧农业发放500万元流动资金贷款，专项 用于企业购买种苗，扩大生产规模。薛林感慨："企业发展离不开银行的金融支持，邮储银行的资金助 力让我们在智慧农业的道路上走得更稳、更快。" 4月22日，走进德州财金智慧农业的无公害番茄智慧化温室，犹如走进一个精细的生产车间，均匀分布 在温室内部的多种传感器实时采集环境信息。据介绍，这是亚洲单体面积最大的文洛式智能玻璃温室， 采用了物联网、水肥一体化和无土栽培等不少新技术。在高科技的"栽培"下，一排排番茄藤蔓整齐排 列，红彤彤的果实挂满枝头。通过智能温控、水肥一体化系统和物联网监测，这里的番茄全程无农药、 绿色健康，每天30吨的产量仍供不应求，畅销北京、上海、大湾区等地的高端商超。 德州财金智慧农业科技有限公司是山东省农业现代化标杆企业，该公司生产基地被评为山东省智慧农业 应用基地 ...

央视网消息：目前，已进入立夏时节，气温升高、雨水增多。南方的早稻大都分蘖，北方地区的冬小麦也在灌浆之中，万物进入快速生长期。 在黑龙江省，农业生产正加速推进。据黑龙江省农业农村厅农情调度，截至5月6日，全省旱田农作物已播4909万亩，水田已泡田4334万亩。在 双鸭山市集贤县，当地通过与黑龙江农垦系统协作，引进智慧化农机和先进种植技术，玉米播种更加高质高效。 精量播种 质量效率"双提升" 这片3000亩连片的耕地，就是当地与黑龙江垦区二九一农场合作的玉米单产提升示范区。在现场有多台大型农机，"走"在最前面的是两台配备 了自动导航系统的气吹式精量播种机，紧随其后是一台镇压机。这几台机器协同作业，就能高效完成播种、土地镇压的全流程作业。这个播种 机，可以实现种子的精确定位和播种。在落种过程中，气吹系统会将种子直接吹射入种沟，在高速播种的状态下，它能稳定地将种子压入种 沟。播过的种子不管是距离，还是深度，都是一致的。并且能充分地接触到土壤，有利于种子萌发生长，提高了生产效率、保苗率。 适时早播 积累能量"夺高产" 农作物的生长周期与季节、气候深度绑定。因此，精准把握农时在农业生产中至关重要。农技人员介绍，在这个地块 ...

转自：黑龙江日报 文 | 黑龙江日报 姜斌 从三江平原到松嫩腹地，5月的北大荒，处处可见春耕生产的火热场景。北大荒正利用科技和智慧，在 万亩良田上描绘着壮美的现代农业画卷，为端稳"中国饭碗"筑牢春耕基石。 记者从北大荒集团农业发展部了解到，截至5月5日，北大荒集团水稻生产进度中，水稻泡田完成 99.98%；春整地完成99.86%；水稻插秧也陆续开始，截至目前，完成0.58万亩。旱田春播正如火如荼地 进行，已播858万亩，完成超过34%；其中，玉米播种完成超过68%；整体春耕工作将按计划完成，预 计在5月20日左右完成全部播种和插秧作业。 智能农机管理平台 北斗导航"数据种地" 水稻插秧更智慧 5月6日，在北大荒农业股份八五六分公司第六管理区的一处水田内，无人水稻插秧机自动进行路径规 划、转弯掉头、秧爪精准启停等全流程作业，实现传统插秧向"数据种地"的转变。 连日来，为保障水稻插秧工作高标准进行，八五八农场1200余台插秧机全部安装了北斗导航辅助系统， 实现智能辅助插秧全覆盖。 在第七管理区种植户张炳立家水稻田边，管理区农机技术员黄龙海正在向种植户们详细讲解如何正确操 作插秧机导航，并指导他们完成插秧前的机器调 ...

Core Insights - China's grain production is projected to exceed 1.4 trillion jin in 2024, marking a significant milestone in food security and quality improvement since the founding of the People's Republic of China [1][2] - The government emphasizes the importance of food security as a strategic issue, with a focus on self-sufficiency and domestic production [2][3] - The country has maintained a grain output of over 1.3 trillion jin for the past decade, with per capita grain availability significantly above the international safety line [2] Group 1: Food Security Strategy - The Chinese government prioritizes food security as a top governance issue, with a strategic focus on self-reliance and domestic production capabilities [2][3] - The national food security strategy includes ensuring basic grain self-sufficiency and absolute safety in staple food supplies [2][4] - The government has set a target of approximately 1.4 trillion jin for grain production in its development goals, signaling a strong commitment to food production [1][3] Group 2: Agricultural Development and Technology - Technological innovation in agriculture is crucial for increasing grain production and efficiency, with a contribution rate exceeding 63% [5][6] - The use of advanced agricultural technologies, such as drones and precision farming equipment, is enhancing productivity [5][6] - There is a need for breakthroughs in key agricultural technologies, particularly in crop breeding and smart equipment [5][6] Group 3: Land and Resource Management - Protecting arable land is fundamental to ensuring food security, with strict regulations in place to maintain the 1.8 billion mu red line for cultivated land [4][5] - The government is focused on improving the quality and ecological sustainability of farmland, with over 1 billion mu of high-standard farmland already established [4][5] - Efforts are being made to address issues of land misuse and non-agricultural encroachment on farmland [4][5] Group 4: Waste Reduction and Food Conservation - Approximately 35 million tons of food are wasted annually in China, accounting for about 6% of total grain production [7] - The government has implemented laws and initiatives to promote food conservation and reduce waste across the supply chain [7][8] - A comprehensive approach is being adopted to enhance public awareness and participation in food-saving initiatives [7][8]

Core Viewpoint - The company is positioned to benefit from national agricultural modernization policies and high-standard farmland construction initiatives, which present significant growth opportunities in the smart agriculture sector [1][2]. Group 1: Policy and Market Opportunities - The national strategy emphasizes agricultural modernization and aims to enhance comprehensive agricultural production capacity and ensure food security, creating numerous market opportunities for the company [1]. - By 2030, the goal is to establish 1.35 billion acres of high-standard farmland, with a vision to convert all eligible permanent basic farmland into high-standard farmland by 2035, indicating a substantial demand for smart agriculture technologies and products [1]. Group 2: Technological and Operational Advantages - The company has a strong advantage in technology research and development, focusing on cutting-edge technologies such as intelligent perception, machine vision, AI algorithms, and agricultural big data [2]. - It has developed an integrated data collection system to monitor agricultural conditions and provides decision support through proprietary algorithm models, showcasing its capability in project implementation [2]. - The company is committed to increasing R&D investment, optimizing existing products and services, and launching new technologies and products that align with market needs [2]. Group 3: Strategic Initiatives and Industry Leadership - To capitalize on policy-driven growth opportunities, the company is actively expanding its market presence and strengthening collaborations with government agencies, enterprises, and agricultural companies across various regions [2]. - The company aims to leverage its industry influence to participate in the formulation of relevant industry standards, thereby guiding the direction of industry development [2].