Core Viewpoint - The article highlights the successful wheat harvest in Jiangzhao Village, Xi'an, Shaanxi Province, despite adverse weather conditions, showcasing advancements in agricultural technology and practices that have led to increased yields and efficiency in grain production [1][2][3]. Group 1: Agricultural Practices and Technology - The wheat fields in Jiangzhao Village cover over 22,000 acres and are recognized as a demonstration area for high-quality, efficient, and eco-friendly grain production in Shaanxi Province [1]. - The implementation of a water and fertilizer integrated intelligent irrigation system has allowed for real-time water management via mobile devices, ensuring precise irrigation and water conservation [2]. - The use of digital and intelligent equipment, such as large-scale water-saving sprinkler systems, has been crucial in stabilizing grain production this year [3]. Group 2: Yield and Production Data - The wheat varieties planted, such as Xinan 733 and Changfeng 2112, have shown exceptional performance with over 450,000 spikes per acre, more than 40 grains per spike, and a thousand-grain weight exceeding 40 grams [2]. - The average yield in the demonstration fields has surpassed 1,200 pounds per acre, with some areas reaching 1,400 pounds, marking a significant increase from the previous year's average of 1,100 pounds [2]. - The agricultural authorities project that by 2025, the wheat area in Chang'an District will reach nearly 250,000 acres, with ongoing large-scale harvesting and upcoming planting of autumn crops [3].

Core Viewpoint - Gansu province is implementing high-standard farmland construction to enhance agricultural productivity and water conservation, addressing the challenges posed by its arid climate and improving food security [1][4]. Group 1: High-Standard Farmland Construction - Gansu has established 760,500 acres of efficient water-saving high-standard farmland, which can save 76.05 million cubic meters of water annually, allowing for an additional irrigation area of 253,500 acres [3]. - The province has integrated high-standard farmland construction with efficient water-saving irrigation, achieving a transformation from traditional irrigation to modern water-saving agriculture [4][7]. - The construction of high-standard farmland has led to an average yield increase of 9%, with water savings of 21%, fertilizer savings of 9.9%, pesticide savings of 12%, and labor savings of 38.8% [4]. Group 2: Technological Integration and Smart Agriculture - Gansu is exploring smart governance in farmland by integrating technology, such as soil and pest monitoring systems, to achieve precise irrigation and management [8][9]. - The province has invested 150 million yuan to support the intelligent transformation of 200,000 acres of farmland, utilizing IoT, big data, and 5G technologies for precise irrigation and fertilization [9]. - The implementation of smart irrigation systems has allowed farmers to manage irrigation through mobile devices, enhancing efficiency and resource utilization [8][9]. Group 3: Water Conservation and Soil Management - Gansu's agricultural strategy includes constructing reservoirs and drainage systems to manage water effectively, preventing soil erosion and ensuring crop safety during heavy rainfall [6][7]. - The province has adopted a "three protections" approach (protecting water, soil, and fertilizer) to enhance agricultural resilience and productivity in both hilly and flat areas [6][7]. - The integration of water conservation practices has transformed fragmented land into larger, more manageable plots, facilitating mechanized farming and reducing labor costs [2][5].

央视网消息：关注农业生产的最新消息。目前，全国夏粮小麦大规模机收持续向北推进，截至6月5日，总体进度过半，夏种也全面展开。 农业农村部最新农情调度显示，当前全国夏粮小麦大规模机收持续向北推进，截至目前，已经收获小麦1.82亿亩，总体进度过半。在江苏阜宁高标准农 田收割现场记者看到，项目区新建了田间道、灌溉渠，晾晒场，大型农机到田、下地作业更便捷、更高效。 江苏阜宁郭墅镇农业农村办公室副主任 周吉：高标准农田建设通过田、土、水、路、电、技、管的综合配套，夏收效率提升40%。 在河南郑州中牟、濮阳范县，记者看到这个高温"应急箱"里面，矿泉水、手套、肥皂、风油精等生活用品一应俱全。各地共设立3400多个农机跨区接待 服务站，为机手免费提供作业对接、加油维修等信息，发放防暑降温等生活用品。 邯郸市大名县农业农村局局长 仝章平：今年我们组织了10支党员志愿服务队，深入到我们20个乡镇，对全县的农机提前进行了检修和进行技术指导， 全力以赴确保我们夏粮丰收、颗粒归仓。 夏收加速推进的同时，全国夏种也同步展开。 在河南新乡获嘉县照镜镇的一处高标准农田，当地种植户一边机收小麦，一边抓紧时间抢种，播种机把玉米种子种下的同时，也将 ...

Core Viewpoint - The article highlights the efforts in Sichuan province to enhance agricultural productivity through various measures, including high-standard farmland construction, land reclamation, and the promotion of modern agricultural practices, aiming for increased grain output and quality [3][5][10]. Group 1: Agricultural Productivity Initiatives - The "Tianfu Grain Warehouse" competition aims for high rice yields, with targets set at 850 kg per mu for Yongfeng Village and 800 kg per mu for Wang Shiqin's 1500 mu of rice fields [3][4]. - Sichuan province has increased the investment standard for high-standard farmland construction from 3000 yuan per mu to 6000 yuan, with a goal to convert all permanent basic farmland into high-standard farmland by 2030 [7][8]. - Since 2022, the grain sowing area in Sichuan has stabilized at over 96 million mu annually, supported by strict policies and incentives [10]. Group 2: Land Reclamation and Management - Reclamation efforts have led to an increase of 240 mu of arable land in Yongfeng Village through the repurposing of low-yield and idle land [6][9]. - The implementation of a five-level "field chief system" has established accountability for farmland protection, linking it to food security assessments [6][9]. Group 3: Modern Agricultural Practices - The introduction of new seeds, tools, and agricultural techniques has resulted in an average yield increase of 4.1 kg per mu, contributing to a record total grain output of 72.68 billion jin [11][12]. - The province has initiated the "Tianfu Good Machine" campaign to enhance mechanization in hilly areas, with a focus on small machinery and drones [11][12]. - Farmers are encouraged to adopt innovative planting models, such as "rice-vegetable" and "rice-medicine-vegetable" systems, to improve both grain and cash crop yields [9].

肇庆迁移农田杆 线提升宜机化水 平，助力粮食生 产_南方+_南方 plus 粮食安全乃"国 之大者"。农田 线杆杂乱不仅影 响村容村貌，还 严重影响粮食生 产，一直是许多 地方高标准农田 建设工作"顽 疾"，也是农民 群众的"心头 病"。近日，记 者从肇庆市了解 到，为有效解决 农田杂乱线杆问 及线网改造工 程，目前已取得 了阶段性成效， 广宁县和怀集县 已完成了数百根 农田电线杆移除 工作，有力护航 了今年的粮食生 产，助力高标准 农田提质增效。 "现在田里没了 那些杂乱的电线 杆，不仅提升了 农田风貌，还让 我们用农机耙 田、插秧时，大 大提升了作业效 率。"近日，在 肇庆市广宁县宾 亨镇妙村，村支 书陈树坚告诉记 者，由于历史原 因，村里的农田 一直凌乱的竖着 许多根电线杆， 将原本连片的农 田"切割"成数百 个散点状，给农 机作业带来了很 大不便，特别是 农田上方如蜘蛛 网般的电线，导 致无人机飞防都 难以开展。 直到去年12月， 广宁县农业农村 部门与电力公司 等部门紧密合 作，启动了高标 准农田区域内电 线杆迁移及线网 题，去年底以 来，当地农业农 村部门通过与电 力公司等多部门 紧密合作，启动 ...

Core Viewpoint - The article highlights the transformation and modernization of the Hetao Irrigation District in Inner Mongolia, focusing on water management, salinization issues, and agricultural innovations to enhance productivity and sustainability [1][2][3][4] Group 1: Water Management Innovations - The Hetao Irrigation District has implemented a real-time monitoring system with 1,284 communication stations and 2,141 data monitoring points, allowing for 24-hour dynamic monitoring of water levels and flow [2] - Water usage is now charged based on actual consumption rather than a flat rate per acre, leading to an estimated annual water savings of approximately 160 cubic meters per acre [2] Group 2: Agricultural Practices and Salinization Issues - Nearly half of the 13.7 million acres of arable land in Bayannur City is affected by salinization, making it the region with the largest area of saline-alkali land in Inner Mongolia [1] - The district has shifted from traditional irrigation methods to a more efficient "water-saving" approach, integrating high-standard farmland construction with saline-alkali land utilization and technological innovation [1][3] Group 3: Saline-Alkali Land Management - The management strategy for saline-alkali land has evolved to include ecological conservation areas, allowing for the natural movement of salts and improving land quality [3] - After comprehensive management, the quality of saline-alkali land has improved, with salt content reduced by 0.2-0.3 percentage points and crop yields increased by over 15% [3] Group 4: Future Development Plans - The future strategy for the Hetao Irrigation District emphasizes water conservation, balanced spatial development, and systematic governance, with a target of improving 302,000 acres of saline-alkali land this year [4]

Core Viewpoint - Food security is a national priority, with a target of approximately 1.4 trillion jin of grain production by 2025, focusing on enhancing large-scale yield improvement measures and ensuring stable food supply for the population [1][24]. Group 1: Grain Production Goals and Support - The government plans to increase support for grain production in 2025, including raising the minimum purchase prices for wheat and early indica rice, stabilizing subsidies for corn and soybeans, and implementing comprehensive cost and income insurance for rice, wheat, and corn [5]. - The intended planting area for grain in 2025 is approximately 1.79 billion mu [5]. - High-standard farmland construction will continue, with plans to build around 80 million mu in 2025 [7]. Group 2: Technological Innovations and Practices - Focus will be on five major crops: rice, wheat, corn, soybeans, and rapeseed, with innovative techniques being promoted across six key regions to enhance yield and efficiency [9]. - In Anhui, a pilot program for large-scale rice yield improvement is underway, utilizing eight high-yield quality varieties and multiple new technologies, expected to increase yield by over 10% [11]. - The integration of artificial intelligence in agriculture is accelerating, with advanced algorithms being used for precision farming, including variable fertilization based on remote sensing [22]. Group 3: Machinery and Equipment Enhancements - The promotion of advanced machinery, such as high-performance seeders, is being emphasized in Heilongjiang to increase precision planting by over 10 million mu [18]. - New types of combine harvesters are significantly improving efficiency and reducing grain loss during harvesting, with loss rates dropping to around 1% [30]. - In Zoucheng, over 2,900 agricultural machines will be deployed during the summer harvest season, with emergency service teams ready to respond to adverse weather conditions [32].

Core Insights - Shandong province has successfully transformed saline-alkali land into high-standard farmland, significantly increasing grain production and quality [1][6][9] - The province has built 77.59 million acres of high-standard farmland and developed 53.59 million acres of efficient water-saving irrigation, stabilizing total grain production above 110 billion jin for four consecutive years [1][9] Group 1: Infrastructure Development - The city of Changyi has implemented a comprehensive monitoring system using 5G, IoT, and big data technologies to enhance agricultural management and increase grain production [2][3] - Changyi has established 660,000 acres of high-standard farmland, improving grain production capacity and disaster resistance [3] - The city plans to invest 102 million yuan in 2024 to build 35,000 acres of high-standard farmland, with a goal of constructing and upgrading 300,000 acres this year [3] Group 2: Saline-Alkali Land Management - The management of saline-alkali land in the Yellow River Delta has been prioritized, with a focus on improving irrigation efficiency and reducing soil salinity through innovative techniques [4][6] - The implementation of the "multi-water source coordination" project aims to address water shortages and improve irrigation systems in saline-alkali areas [4] - Shandong has been a pioneer in developing provincial-level policies for the comprehensive utilization of saline-alkali land, with over 2 million acres improved in recent years [6] Group 3: Water-Saving Irrigation Techniques - The introduction of efficient water-saving irrigation systems has significantly reduced labor and water usage in agricultural practices across various regions [7][8] - In Yucheng City, the average yield increase from high-standard farmland is over 100 kg per acre, with a total investment exceeding 700 million yuan since 2019 [8] - Shandong has invested 21.3 billion yuan in the past three years to establish high-efficiency water-saving irrigation demonstration areas covering 28.58 million acres [9]

Group 1 - The core viewpoint emphasizes the importance of high-standard farmland construction in improving agricultural conditions and ensuring effective management and supervision [1][2] - The county's disciplinary inspection and supervision commission has implemented a comprehensive supervision system for high-standard farmland projects, involving local planning, execution by state-owned enterprises, and oversight by relevant departments [1] - The county has introduced measures to address issues in farmland construction, including management and acceptance protocols, and has established a joint meeting system to enhance project oversight [1] Group 2 - The county has adopted a "case-based reform" approach to address issues in farmland construction, ensuring that the satisfaction of the public is the fundamental standard for evaluating the effectiveness of these reforms [2] - Innovative solutions such as dynamic smart supervision and insurance trials for farmland management have been explored to tackle challenges in project quality and maintenance [2] - The county aims to transition from localized governance to comprehensive improvement by addressing systemic vulnerabilities and promoting institutional reforms through targeted inspections and recommendations [2]

5月19日，收割机在襄城县紫云镇侯堂村种粮大户家的麦田里抢收小麦。古国凡 徐子洋 摄 5月的河南，沃野千里，麦浪翻滚。各地干部群众齐心协力，奋战在田间地头，全力变"丰收在望"为"丰收在 仓"，坚决打赢"三夏"生产攻坚战。 从"望天收"到"旱涝保收"，从"土里刨食"到"科技种田"，连年稳产增收的背后，是河南农业抗风险能力的显 著提升，更是持续实施高标准农田建设带来的"硬实力"支撑。 筑牢"耕"基多打好粮 5月24日，行走在杞县高标准农田，一条条水泥路直通田间深处，一座座现代灌溉设备矗立地头，金色的田野 静待收获。 "和普通耕地相比，高标准农田给我们带来了极大便利。水源充足，能及时灌溉，小麦产量有保障。"今年的 旱情，让杞县泥沟乡后小寨村村民周三岭真真切切感受到高标准农田的优势。 "以前井少，浇地都得排队，三更半夜等水是常事。现在地头就是出水口，还有自动喷灌设备，浇地就像拧开 自家水龙头一样方便。"周三岭说。 周三岭家的5亩地在杞县2025年高标准农田项目区内，去年收完秋，项目施工方还免费给他家的承包地进行了 深耕，并增施了土壤调节剂。"这季小麦穗大、籽粒饱。" "杞县结合全县资源禀赋、产业基础和农业生产的实际需 ...