央视网消息：秋收时节，湖北各地正在有序进行水稻收割作业，机收率超98%。 河南社旗：80万亩玉米抢收烘干忙 连日阴雨过后，近日，河南南阳社旗县迎来短暂晴天。当地抓住关键窗口期，对玉米抢收、烘干。 在南阳社旗县大冯营镇张腰庄村的一处玉米地，收割机正穿梭忙碌。履带碾过湿润的田垄，玉米棒被快速收割、脱粒，顺着传送带落入车 斗，空气中弥漫着清甜的玉米香。 而在大冯营镇韩营村，3台履带式收割机一字排开，饱满的玉米粒通过输送筒源源不断地"流"入等候的运输车内。 在襄阳南漳县，这里的38.4万亩水稻到了收获的关键时期。受降雨影响，部分稻田出现不同程度的倒伏，种植户们抢抓晴好天气全力抢 收。为了积极响应农户需求，当地农业部门组织2000多台收割机、190多台套谷物烘干机集中抢收烘干、增收减损，确保秋粮"颗粒归仓"。 在荆州公安县，106.5万亩中稻迎来收割"黄金期"。刚从田间收割的湿稻谷被及时转运至粮食烘干基地，自动化传送带将湿稻谷送入烘干 设备，温度、湿度、烘干进度等数据实时更新。 9月以来，湖北省已派出25支农机服务队、调度收割机5万台、植保无人机5000架，服务秋收秋播。今年，全省中晚稻收购量预计达200亿 斤。 社旗 ...

江西都昌：水稻收割 江西都昌：水稻收割【3】 江西都昌：水稻收割【4】 江西都昌：水稻收割【5】 江西都昌：水稻收割【2】 ...

湖北襄阳：抢收水稻 颗粒归仓 湖北襄阳：抢收水稻 颗粒归仓【2】 湖北襄阳：抢收水稻 颗粒归仓【3】 湖北襄阳：抢收水稻 颗粒归仓【4】 湖北襄阳：抢收水稻 颗粒归仓【5】 湖北襄阳：抢收水稻 颗粒归仓【6】 ...

Group 1 - The core viewpoint of the articles highlights the successful harvest season in various regions, particularly focusing on the agricultural practices and the integration of tourism with farming to promote rural revitalization [1][9] - The Fengyan Terraces in Han Yin County, recognized as a World Irrigation Heritage site, have a rice planting area of 12,000 acres with an average yield exceeding 450 kg per acre, with harvesting expected to be completed by the end of September [1][5] - The local farmers are actively engaged in harvesting rice, showcasing a vibrant and busy harvest scene, with the quality of the rice being positively noted by farmers [3][11] Group 2 - The establishment of a selenium-rich rice processing enterprise in August aims to enhance the added value and brand influence of the rice through unified procurement, processing, and packaging [7] - The Fengyan Terraces have developed an integrated industry chain of "rice planting + processing and sales + tourism," ensuring food production while stimulating rural tourism [9] - The local tourism has attracted photography enthusiasts, leading to increased sales of high-quality rice, with visitors often purchasing rice to take home [11] Group 3 - In Jiangxi Province, over 12 million acres of mid-season rice are being harvested, with optimized planting management and technical support contributing to a successful yield [12][26] - The average yield in Jinxi County is reported to be over 1,400 jin per acre, with effective water management practices implemented to mitigate the impact of high temperatures and drought [14][16] - The establishment of grain drying service centers has improved the efficiency of rice processing, allowing for the direct purchase of wet rice from farmers, thus reducing costs and enhancing convenience [21][24] Group 4 - In Hunan Province, the chili pepper harvest is thriving, with a complete industry chain formed through the "enterprise + cooperative + farmer" model, benefiting local farmers and creating job opportunities [27][29] - The chili planting area has expanded by 15% compared to last year, with an annual production exceeding 89,000 tons, and the product range has diversified to include over ten varieties [31]

Group 1 - The core viewpoint of the articles highlights the advancements in agricultural practices, particularly in rice and wheat harvesting, through mechanization and technology integration [1][5][12] - In Qianxinan Prefecture, Ce Heng County, the integration of "mechanized harvesting + drone transportation" significantly improves harvesting efficiency, addressing logistical challenges in rural areas [1][5] - In Yangba Town, over 60% of the 6,100 acres of rice planted in 2025 will utilize mechanized harvesting, with completion expected by early October [7] Group 2 - In the Ili River Valley of Xinjiang, both winter and spring wheat are being harvested, with spring wheat harvest reaching 97% completion [10] - The local government has implemented measures to enhance wheat yield, including the distribution of 50.36 million yuan in subsidies for quality seeds and the promotion of advanced agricultural techniques [12] - The highest yield for spring wheat in 2025 is projected at 850.21 kg per acre, marking a 19.78% increase compared to 2024 [12] Group 3 - In Changji, 1.46 million acres of corn are being harvested, with nearly 30% of the crop already collected [18] - The use of smart water and fertilizer integration systems and dense planting techniques has increased the net income per acre by 200 yuan compared to 2024 [16] - In Heilongjiang, the autumn harvest is underway, with efficient grain collection facilitated by pre-deployed machinery and direct sales to buyers [20][22]

Core Viewpoint - The article discusses the wheat harvesting activities in Minle, Gansu, highlighting the agricultural practices and the significance of wheat production in the region [2][4][5]. Group 1: Agricultural Practices - Wheat harvesting in Minle is a crucial activity that showcases the local agricultural methods and the community's reliance on this crop for sustenance [6][7]. - The article emphasizes the use of modern machinery in the harvesting process, which enhances efficiency and productivity [8]. Group 2: Economic Significance - Wheat is a staple crop in Gansu, contributing significantly to the local economy and food security [2][5]. - The successful harvest is expected to positively impact the livelihoods of local farmers and the overall agricultural output of the region [4][6].

Core Viewpoint - The new "Technical Specifications for Returning Livestock Manure to Fields" implemented from August 1 aims to enhance resource utilization and address pollution from livestock farming while reducing chemical fertilizer usage [1][2] Group 1: Implementation and Benefits - The implementation of manure return can effectively solve pollution issues from livestock farming and decrease the reliance on chemical fertilizers [1] - A practical manure distribution system has been established where livestock farmers transport manure to storage pools located in fields, allowing crop farmers to easily access and utilize the manure [1] - This system benefits both livestock farmers, who can extend their facilities and increase storage capacity, and crop farmers, who save on fertilizer costs and have convenient access to manure [1] Group 2: Construction and Management of Storage Pools - Local authorities need to strengthen guidance on the construction of manure storage pools, ensuring that livestock and crop farmers sign comprehensive utilization agreements [2] - The construction of storage pools should consider factors such as terrain, transportation conditions, and environmental protection measures like odor control and water-fertilizer integration [2] - Agricultural departments must provide guidance during the manure application phase to control application rates and methods, preventing secondary pollution [2]

Group 1 - The news focuses on the corn silage production activities in Zhangye, Gansu province, highlighting the busy season for farmers [3][6][8]

Core Viewpoint - The successful harvest of water-saving and drought-resistant rice at the Sha Pu base in Zhaoqing demonstrates the potential of this new rice variety to enhance agricultural productivity and address issues related to abandoned land and ecological restoration [2][21]. Group 1: Harvest Results - The average yield of the water-saving and drought-resistant rice was measured at 611.9 kilograms per mu, showcasing its strong resilience and stable production [4][5]. - The trial involved 40 mu of land, marking the first harvest of this rice variety [2][22]. Group 2: Agricultural Practices - The rice variety used, Drought-Resistant 73, was sown at a rate of 2 kilograms per mu and is particularly suited for planting in previously abandoned land due to its strong drought resistance and ability to thrive in poor soil conditions [8][12]. - The cultivation method employed includes "dry direct seeding" and biodegradable film, relying on natural rainfall throughout the growth period [9][10]. Group 3: Environmental Impact - The water-saving and drought-resistant rice significantly reduces irrigation water usage, minimizes non-point source pollution and methane emissions, and lowers labor costs [15][17]. - This new rice variety is seen as a key solution for revitalizing abandoned and saline-alkali lands, contributing to national food security [21][23]. Group 4: Future Development - The South China Agricultural University plans to further optimize planting techniques and expand demonstration projects to promote the long-term development of water-saving and drought-resistant rice in Zhaoqing and Guangdong [24]. - This agricultural innovation is positioned as a benchmark for agricultural transformation, offering a "Chinese solution" for global food security challenges [25][26].

Core Insights - The summer harvest season is commencing with increased wheat planting areas and preparations for rice sowing across the province [1][2] Group 1: Wheat Harvesting - In Suzhou Wujiang, over 30,000 acres of wheat have been harvested, with a planting area of 225,000 acres, an increase of 6,000 acres from last year [2] - In Kunshan, wheat planting reached 111,300 acres, a year-on-year increase of 6.51%, with expected yields slightly lower than last year but better than the average [2] - Various drought mitigation measures were implemented, including timely irrigation and the application of foliar fertilizers over 22,300 acres [2][3] Group 2: Drought Management - Continuous fine-tuning of agricultural management practices has helped mitigate the adverse effects of drought, with significant efforts in areas like Xishan District [3] - The district utilized "micro-sprinkler irrigation + foliar fertilization" to address soil moisture issues, achieving three times the efficiency of traditional methods [3] - A total of 12.042 million yuan was allocated for drought relief, with 4.65 million acres receiving foliar fertilizer applications [3] Group 3: Training and Technology - Training sessions are being conducted to reduce losses during mechanical harvesting, with a focus on improving the skills of agricultural machinery operators [4][5] - The introduction of new harvesting technologies has led to a noticeable reduction in loss rates compared to traditional models [4] - The establishment of automated seedling production lines is enhancing efficiency, with a capacity to plant 2,400 trays per hour [7][8] Group 4: Rice Cultivation - The province is promoting high-quality seedling production to ensure stable and high rice yields, with a focus on smart and standardized cultivation techniques [6][8] - The total intended rice planting area is 3.0489 million acres, with six factory-based seedling centers already established [7][8] - The integration of IoT and big data technologies is being encouraged to improve agricultural practices and machinery [7][8]