"人勤地不懒"，这句俗语包含着人地关系的智慧。如今，新的农业技术、装备设施以及新的种植管理模 式，正让这种关系发生变化。 这种变化所代表的农业升级，正是农业大省河南不断筑牢粮食生产基础、夯实中原粮仓根基的关键。 农田升级建好大粮仓 高标准农田能抗涝，也不怕旱。平移式灌溉设备展开长长的"双臂"，灌溉均匀、高效，还节水；水井和 施肥罐搭配，让施肥浇水更轻松。 如网格般的排水渠，每50亩左右就会配套一眼井，涝能排、旱能浇的高标准农田，正是牛煜会规模化种 粮的底气。 "这块农田有2000亩，'火力'全开的情况下，3天就可以浇一遍水。"牛煜会说。 今年，牛煜会种的3900亩小麦浇了4次水，扛住了干旱，加上后期管理精细，产量比去年还有所增加。 牛煜会跨过排水渠，指着玉米行间的滴灌带说："高标准农田实现水肥一体化，达到了节水、节肥、增 产的效果。"他介绍，今年种玉米采用了密植滴灌技术，该技术的核心就是增加田间密度，用更精细的 水肥管理实现玉米增产。 玉米生长的各个关键环节都能喝足水，每次浇水都可以肥随水走。水肥利用效率更高，田间作业也更方 便，玉米单产提升有保障。 高标准农田建设让中原粮仓更稳固、更丰盈。截至2024年年底 ...

大禹节水 20250723 摘要 大禹节水受益于高标准农田建设政策，农田建设订单增速保持在 50 亿 元左右，信息化业务板块的汇图科技连续四年保持高增长，西藏地区水 利工程经验丰富，为参与雅砻江项目奠定基础。 大禹节水计划成立林芝分公司拓展雅砻江业务，凭借一级总承包资质、 二级设计资质（即将升至甲级）以及领先的信息化能力，有信心在该大 型项目中占据一席之地，并与多家央企长期合作。 大禹节水在雅砻江项目中的优势体现在管理灵活性、高水平设计能力和 信息化业务，将重点关注配套工程的参与机会，目标是争取 5%的投标 比例，并计划尽快在当地成立子公司。 大禹节水与中电建合作的西藏水电站项目规模约 13 亿元，与央企联合 体中标海南牛路岭项目（30-50 亿）和江西梅江项目（43 亿），表明公 司在与央企合作方面具有优势。 水利行业在"十五五"期间将继续保持高水平投资，灌区现代化改造和 引调水工程将成为新的重点方向，国家鼓励民营企业和社会资本参与， 为大禹节水提供了广阔的发展机遇。 Q&A 能否简要介绍一下大禹节水公司的基本情况及其业务板块？ 大禹节水公司是创业板首批 28 家之一，最初以滴灌带的生产和销售起家，逐 渐进 ...

原标题：科技重塑生产链，新疆棉"丝路出海" 在智慧农业的精准赋能下，万亩棉田实现"荒漠变绿田"的奇迹；通过创新制造深度转化，棉花拓宽 应用，延伸产业链；依托丝路物流高效链接，新疆棉花沿着共建"一带一路"销往全球——近日，记者跟 随"沿着高速看新疆"采访团，领略了科技支撑新疆棉花产业高质量发展的别样风景。 盐碱地成"慧种地" 谁能想到，位于石河子市蘑菇湖水库坝体下方的蘑菇湖基地，曾是一片不毛之地——由于地表水位 高，该区域地表盐碱化严重，白花花的盐碱覆盖下，连最耐旱的杂草都难以存活。可如今，放眼望去， 绿油油的棉田望不到边际。细长的田间滴灌带整齐排布，无人机在晴空下盘旋作业，智能监测设备静静 伫立，实时传输着气象数据。 目前，该公司生产的钢纸主要用于5G基站建设、航空航天以及新能源汽车制造等领域，在国内市 场占有率达45%，海外市场已拓展至欧美、中东、东南亚等地。 通欧亚"链"全球 是什么让盐碱地变成了"慧种地"？科技人员给我们找到了答案。 在新疆天业（集团）有限公司"蘑菇湖现代节水农业示范基地"，农业监测网络实现了对棉田环境的 全面监控。其中，"暗管排盐"和"节水灌溉"是基地工作人员最引以为傲的"黑科技"。 ...

Core Insights - The article highlights the successful wheat harvest in China despite adverse weather conditions, emphasizing the importance of drought-resistant varieties and advanced irrigation techniques [2][15][18] Group 1: Wheat Harvest and Climate Impact - The wheat harvest in major production areas like Anhui, Henan, and Shandong is progressing well, with national winter wheat harvest nearing completion [2] - Severe drought conditions have been reported, with Henan experiencing a 42% decrease in average rainfall compared to the same period in previous years [2] - Despite the drought, wheat yields have remained stable due to the use of drought-resistant seed varieties [4][5] Group 2: Seed Variety Innovations - Farmers in Henan and Shaanxi have adopted superior seed varieties that are better suited to local conditions, leading to increased yields even in dry years [5][7] - New drought-resistant wheat varieties have been developed, with a significant increase in expected yields reported by farmers [7][9] - The area planted with improved seed varieties in Henan has reached over 6 million acres, contributing to the overall stability of wheat production [9][11] Group 3: Irrigation Techniques - High-standard farmland and upgraded irrigation facilities have played a crucial role in maintaining wheat yields during drought conditions [12][13] - Efficient irrigation practices, including smart water management systems, have achieved a 90% precision rate in water distribution, significantly reducing water usage [15][16] - The implementation of drip irrigation systems in summer crops is expected to save substantial amounts of water, with projections of 400,000 tons saved in one county alone [20] Group 4: Soil Management and Fertilization - The article discusses the importance of addressing "obstacle fields" to improve overall crop yields, as these areas account for a significant portion of low-yield farmland [23] - Soil testing and tailored fertilization strategies are being employed to enhance soil quality and meet the nutritional needs of crops [26][29] - The establishment of soil testing stations in the field allows for precise nutrient management, ensuring optimal growth conditions for crops [26][29]

Core Insights - The article highlights the impact of drought conditions on wheat and peach crops in Jiangsu province, emphasizing the need for effective irrigation strategies to mitigate the effects of insufficient rainfall [1][2][3] Group 1: Drought Conditions and Agricultural Impact - The average temperature in Jiangsu province reached a record high for April, while precipitation was 40% below normal, leading to significant drought stress on crops [1] - Over 4 million acres of wheat are currently affected by drought, coinciding with critical growth stages for the crop [2] - Soil moisture levels are a concern for peach farmers, who are advised to use drip irrigation to ensure adequate water supply without overwatering [2] Group 2: Innovative Irrigation Solutions - A "空—地" (air-ground) collaborative smart irrigation system has been developed, utilizing drones and IoT sensors to monitor crop health and soil moisture in real-time [3] - This system allows for data-driven irrigation decisions, improving water use efficiency by 30% to 50% compared to traditional methods [3] Group 3: Research and Development in Drought Resistance - Research teams at Yangzhou University are working on breeding drought-resistant crop varieties, with a focus on maize root systems [4][5] - The use of gene editing technology is expected to lead to the development of drought-resistant varieties within 7 to 10 years, contributing to global food security [5]

Core Viewpoint - The company achieved a revenue growth of 31.22% in 2024, reaching 984 million yuan, but faced a significant decline in net profit by 76.12%, amounting to 7.95 million yuan, indicating serious issues in cost control and profitability despite market expansion and technological innovation efforts [1]. Market Expansion and Business Layout - The company actively expanded its market in 2024, particularly in the southwest and northwest regions, successfully undertaking several quality engineering projects and establishing a subsidiary in Yunnan to strengthen its market position [4]. - The establishment of Huishou Agricultural Company aims to collect data for smart agriculture project management and develop a skilled agricultural service operation team [4]. - Despite revenue growth from market expansion, the drastic drop in net profit highlights significant shortcomings in project execution and cost control, especially in regions with potentially high operational costs and low profit margins [4]. Technological Innovation and R&D Investment - The company continued to invest in technological innovation, obtaining 12 patents and 4 software copyrights during the reporting period, and successfully scaled the application of a new low-flow drip irrigation system [5]. - Participation in a major technology achievement transformation project in Hebei province was completed successfully [5]. - However, the increase in R&D investment may have squeezed profit margins, and the long return cycle of technological innovations poses challenges to short-term profitability, especially amid intensified market competition [5]. Application of Smart Agriculture Platform - The company made progress in developing a smart agriculture platform, completing over 10,000 acres of smart agriculture projects in Inner Mongolia [6]. - The implementation of smart agriculture projects requires substantial upfront investment and has a long return cycle, contributing limited short-term profitability [6]. - High operational and maintenance costs associated with smart agriculture projects may further exacerbate the company's financial pressure [6]. Overall Summary - The company experienced revenue growth through market expansion and technological innovation in 2024, but the sharp decline in net profit reveals critical issues in cost control and profitability. Future efforts should focus on improving operational efficiency and cost management to achieve sustainable profit growth [6].