据人民网报道，近期，重庆、山西等地群众向人民网"领导留言板"反映，当地已建成的高标准农田配套 设施无法使用，影响粮食收成。记者调研发现，一些地方高标准农田项目存在未按规划建设、配套设施 管护不到位、浇灌设备建而不用等现象。 高标准农田名不副实已然令人吃惊，"鸠占鹊巢"更是让人难以置信，遑论已经投入建设的部分基础设施 废弃的废弃、断裂的断裂——本该成为精品工程的高标准农田，何至于"四处漏风"？ 报道刊发后，酉阳发布通报称，正在按照相关标准规范开展整改。同时，举一反三全面开展情况摸排， 发现问题立即整改。山西长治则回应称，针对"集控房不通电，多个出水口不出水"等问题，已采取相关 措施，保障灌溉设施正常使用。其余问题正在全力整改。 如重庆市酉阳县酉水河镇洞口村村民反映，村里的高标准农田存在水渠排水不畅、无耕作道等问题，致 使部分水田撂荒。甚至，村里数十亩永久基本农田已成为"稻田蟹"养殖场，有的被种上柚子树。 而在山西长治上党区北呈乡西坡村的高标准农田里，则存在"机井房废弃""一些农田里黑色管道断 裂""农户没有机电井用水户头和感应卡""集控房不通电，多个出水口不出水"等多个问题。 面对问题，当地的积极态度值得肯定， ...

Group 1 - The core viewpoint is that Taixing City is actively seizing the opportunity presented by the high-standard farmland policy, with a total investment of 384 million yuan for 150,100 acres of high-standard farmland projects, leading the city in both project scale and funding [1] - The completion of these projects will result in a high-standard farmland construction rate of 93.7% within the city's permanent basic farmland [1] Group 2 - Strict quality control measures are being implemented for high-standard farmland construction, including the establishment of various management regulations and the formation of a law enforcement team to oversee project quality [2] - The use of the "e管田" software allows for digital monitoring of project personnel, enhancing management efficiency and accountability [2] Group 3 - A detailed management system for post-construction maintenance of high-standard farmland has been developed, assigning management responsibilities to village collectives and establishing a monitoring system involving dedicated personnel and community participation [3]

Core Insights - The article discusses the summer grain production in Jiangsu province, highlighting a slight increase in planting area but a decrease in total and per unit yield due to severe drought conditions [1][2][7] Group 1: Summer Grain Production Data - Jiangsu's summer grain planting area reached 3,746.4 million mu, an increase of 82,000 mu compared to the previous year, indicating stability [1] - Total summer grain production was 14.213 million tons, with a per unit yield of 379.4 kg/mu, reflecting a decrease of 0.6% and 0.9% respectively from the historical peak [1] Group 2: Drought Mitigation Efforts - The province implemented various measures to combat drought, including the use of automatic irrigation systems and expert guidance for localized water management [2][3] - A total of 204 billion cubic meters of water was diverted to support summer crops, with ongoing operations of major water diversion systems [3] Group 3: Technological Advancements in Agriculture - Digital technology has transformed irrigation practices, with a new digital twin platform enabling precise monitoring and water management, reducing irrigation water usage by 10% [4] - The establishment of "smart farms" has led to a 50% increase in agricultural machinery efficiency and a 10%-15% reduction in water, fertilizer, and pesticide usage [4] Group 4: Mechanization and Support Services - During the summer harvest, 120,000 harvesting machines were deployed, with a peak of 42,000 machines operating daily [5] - The establishment of 469 service stations for cross-regional harvesting and 600 dedicated fueling stations facilitated efficient operations for over 10,000 machine operators [6] Group 5: High-Standard Farmland Initiatives - High-standard farmland construction has significantly enhanced disaster resilience, with 44.01 million mu of farmland upgraded, accounting for 82% of the province's permanent basic farmland [7] - Financial support for organic matter enhancement and saline-alkali land improvement has been allocated to ensure sustainable agricultural productivity [7] Group 6: Autumn Grain Production Outlook - Autumn grain, which constitutes over 60% of the province's total grain output, is currently in a critical growth phase, with an expected planting area of over 44.8 million mu, reflecting a year-on-year increase of nearly 70,000 mu [8]

Group 1 - The core viewpoint emphasizes the importance of maintaining the red line for arable land and advancing high-standard farmland construction to ensure stable production and supply of food and important agricultural products [1] - The National Bureau of Statistics reported that summer grain production in 2025 is expected to remain stable, with a total yield of 299.48 billion jin, maintaining overall stability [1][2] - In Anhui's Lixin County, a provincial grain reserve covering 262 acres successfully completed the summer grain collection, benefiting over a thousand farmers through a policy that offers prices above market rates [1] Group 2 - The summer grain planting area in 2025 is projected to be 39.9 million acres, with 20 out of 25 provinces increasing their planting areas, particularly in Anhui, Hebei, Shanxi, and Sichuan [2] - The implementation of food security responsibilities and strict land protection measures are directly linked to the stability of summer grain production [2] - In Henan Province, measures such as repairing wells and managing irrigation systems have been taken to mitigate drought impacts on grain production, showcasing the importance of local adaptation strategies [2][3] Group 3 - The use of advanced irrigation techniques, such as drip irrigation, has led to a 5% to 8% increase in wheat grain weight and a 30% improvement in water utilization efficiency [3] - High-standard farmland construction has played a significant role in drought resistance and disaster reduction, with Henan having built 88.08 million acres of such farmland, accounting for 78% of its total farmland [3] - The overall summer grain yield per acre in 2025 is expected to be 375.6 kg, showing a slight increase from the previous year, which supports the stability of annual grain production [3]

Core Insights - The summer grain production in 2025 is projected to be stable, with a total yield of 299.48 billion jin, a slight decrease of 0.1% compared to the previous year, despite severe drought conditions in key production areas [1][2] Group 1: Production Area and Yield - The summer grain planting area remains stable, with 20 out of 25 provinces increasing their planting area, while regions like Henan and Shaanxi experienced reductions due to drought [2] - The summer grain yield per mu is 375.6 kg, showing a marginal increase of 0.1 kg from last year, indicating overall stability in production despite adverse weather conditions [4] Group 2: Policy Support and Technological Advancements - The government has reinforced production responsibilities and policies to ensure food security, including increasing the minimum purchase price for wheat and expanding insurance coverage for farmers [2][5] - Technological innovations in agriculture, such as the use of high-standard farmland and advanced machinery, have significantly improved efficiency and productivity in grain production [4][5] Group 3: Weather Conditions and Crop Management - Favorable weather conditions during critical growth periods have contributed to high-quality wheat emergence and growth, mitigating the impact of drought [6][7] - The implementation of comprehensive management services in farming, including precision fertilization and pest control, has enhanced crop yields and farmer confidence [4][5] Group 4: Future Directions - The Ministry of Agriculture plans to enhance guidance for agricultural enterprises and improve grain production capacity, focusing on modern agricultural management systems to support smallholder farmers [8]

Core Viewpoint - The national summer grain production in 2025 is expected to remain stable, with a total output of 149.738 million tons, despite a slight decrease compared to the previous year [1][2]. Summary by Sections Production Data - The total summer grain output this year is 149.738 million tons (29.948 billion jin), with wheat production at 138.16 million tons (27.632 billion jin) [1]. - There is a decrease of 3.1 million jin (0.1%) in total summer grain output compared to last year [1]. - The summer grain planting area is 39.9 million acres, down by 520,000 acres (0.1%) from last year, indicating stability [1]. - The summer grain yield is 375.6 kg per acre, which is an increase of 0.1 kg per acre, remaining essentially unchanged [1]. Regional Analysis - Major producing regions such as Shandong, Hebei, and Sichuan saw increases in production by 410 million jin, 360 million jin, and 220 million jin respectively [1]. - Conversely, Henan and Shaanxi experienced significant reductions in production due to drought, with decreases of 710 million jin and 290 million jin respectively [1]. - Xinjiang's production was also affected by adjustments in planting structure, leading to a reduction of 400 million jin [1]. Drought Impact and Mitigation - Severe drought conditions in key production areas like Henan and Shaanxi negatively impacted summer grain production [2]. - Efforts to mitigate drought effects included active water diversion and irrigation, which helped alleviate the situation, particularly due to the construction of high-standard farmland [2]. - The overall impact of other minor disasters and the promotion of large-scale yield improvement initiatives contributed to maintaining stable yields despite drought conditions [2]. Economic Implications - The stable summer grain production lays a solid foundation for ensuring overall grain production stability in the face of complex international challenges and supports the ongoing economic recovery [2].

金十数据7月9日讯，国家发展改革委主任郑栅洁表示，粮食方面，我国建成了超过10亿亩高标准农田， 相当于黑龙江、河南这两个排名前二的产粮大省土地面积的总和，中国人的饭碗牢牢端在自己手中。能 源方面，我国建成了全球规模最大的电力基础设施体系，发电装机容量占全球三分之一，即便是在迎峰 度夏、迎峰度冬等用能最高峰的时段，群众用能需求和生产生活需要都得到了有力保障。产业基础方 面，我国拥有全球规模最大、门类最齐全、体系最完整的制造体系，产业链供应链韧性和安全水平不断 提升，我们应对各类风险挑战的底气更足。国防实力和经济实力同步提升，捍卫国家主权、安全、发展 利益的战略能力不断提高。 （新华社） 国家发展改革委：我国建成超过10亿亩高标准农田 ...

同属于土默川平原的土默特左旗，如今已形成现代农业示范产业集群，集四季采摘、田园文旅、农事体 验、研学教育于一体，推动农业、文化、旅游有机融合，展现出现代都市田园综合体的发展活力。 80多年前，在大青山里奔袭作战、昼夜游击的八路军战士忍受饥饿劳苦，为了守护土默川大地洒热血、 献生命。抗日游击支队近半数战士长眠青山，用铮铮铁骨换来今日穰穰满家。 1938年，中央军委指示八路军在平绥路以北沿大青山脉建立游击根据地，八路军抽调骑兵等多方力量组 成大青山抗日游击支队。大青山抗日游击支队与蒙汉抗日游击队会师后，在如今内蒙古自治区呼和浩特 市武川县、土默特左旗以及包头市土默特右旗、固阳县一带山区活动，开展艰苦卓绝斗争。约4年时 间，2000多名游击队员开展大小战斗500余次，击毙日伪军2000余人。 在土默特右旗九峰山生态管理委员会巴总窑村，一派"暧暧远人村，依依墟里烟"的田园烟火气，沟坡纵 横交错，传统四合院斑驳古朴，院里种植瓜果蔬菜，窗棂贴着装饰剪纸，村民三三两两围坐树荫下享受 宁静时光。 土默特右旗如今已成为内蒙古重要的农业生产基地。曾几何时，这里的土地分散零碎，盐碱程度深。不 少村民将土地低价流转外包，常年外出打工 ...

Core Insights - The article highlights the importance of financial support from banks to ensure the successful summer harvest and planting seasons in agriculture, particularly focusing on grain production [1][2][3] Financial Support for Agriculture - Agricultural banks are enhancing credit supply and optimizing financial services to meet the diverse funding needs of grain producers during the critical summer harvest period [1][2] - The Agricultural Bank of China has established a green approval channel and improved loan processing to ensure timely and sufficient funding for summer grain purchases [3] Equipment Financing - In Liaoning Province, the Postal Savings Bank has provided over 1 million yuan in credit loans to farmers for purchasing advanced agricultural equipment, enhancing efficiency in rice planting [4] - The Everbright Bank has launched a "Ten Thousand Agricultural Machinery Update Plan" to support the modernization of agricultural equipment, promoting intelligent and green agricultural development [4] High-Standard Farmland Development - The Agricultural Development Bank has allocated 240 million yuan in credit to support the transformation of scattered farmland into modern high-yield fields in Sichuan Province, increasing grain production capacity [6] - The Agricultural Bank has introduced a "High-Standard Farmland Loan" to finance infrastructure projects for high-standard farmland construction in Henan Province, providing 500 million yuan in credit for 210,000 acres [6] Smart Agriculture Initiatives - The implementation of 5G technology in agriculture aims to enhance data-driven farming practices, allowing for more efficient management of farmland and reducing the need for farmers to travel [7]

Core Viewpoint - The construction of high-standard farmland is essential for improving arable land quality, enhancing agricultural production conditions, and ensuring food security in China, aligning with the strategy of "storing grain in the land and technology" [1][4]. Group 1: High-Standard Farmland Construction - Various provinces such as Gansu, Hunan, and Shandong are exploring high-standard farmland construction tailored to local conditions, focusing on infrastructure development and technological advancements to modernize agriculture [1]. - The implementation plan issued by the Central Committee and the State Council aims to guide future efforts in establishing high-standard farmland [1]. Group 2: Collaborative Efforts - Building high-standard farmland requires a collaborative approach involving multiple departments, including natural resources, agriculture, finance, water resources, and ecological protection, to ensure effective project execution [2]. - Each stage from planning to implementation is crucial, and breaking down departmental barriers is necessary for sharing information and addressing challenges [2]. Group 3: Local Adaptation and Technological Integration - The essence of high-standard farmland construction lies in systematically enhancing the land's intrinsic quality and resilience against risks, which includes improving field facilities and utilizing modern agricultural technologies [3]. - Emphasizing local characteristics, the approach includes soil improvement, large-scale operations, and the integration of smart agricultural practices such as IoT and big data for precision farming [3]. Group 4: Long-term Management and Maintenance - Establishing a robust management mechanism is vital for sustaining the benefits of high-standard farmland, focusing on clear responsibilities and collaborative participation from various stakeholders [4]. - A comprehensive regulatory network involving experts from agriculture, water resources, and natural resources is necessary to ensure quality and effective use of funds [4].