Core Viewpoint - The article highlights the successful cultivation and marketing of drought-resistant scallions in Shanxi's Changzhi Lucheng District, which has significantly increased farmers' income through a staggered planting model and effective sales strategies [1][2]. Group 1: Agricultural Practices - The base has planted over 700 acres of drought-resistant scallions, using high-quality varieties and implementing scientific fertilization and green pest control measures to ensure quality and yield [2]. - The staggered planting model, initiated last year, allows for planting after soil thawing in March, which helps avoid peak harvest periods and gives farmers control over sales [2]. Group 2: Yield and Market Dynamics - The new scallion variety has shown excellent growth, achieving a yield of approximately 15,000 pounds per acre, with reduced transportation losses ensuring better profitability for farmers [2]. - Despite a decrease in market prices this year, high yields allow farmers to remain profitable, with prices around six cents per pound [2]. Group 3: Sales and Distribution - The company has established a mature production and sales network, enabling real-time updates on harvest times, progress, and planting scale, which enhances sales efficiency [2]. - Buyers from various regions, including Henan, have returned for purchases due to the high quality and suitability of the scallions for long-distance transport, contributing to a stable market [4].

Core Insights - The Beijing Plant Protection Station has successfully developed a comprehensive pest control technology for the tomato leaf miner, which has been recognized as a key agricultural technology for the coordinated development of Beijing-Tianjin-Hebei [1][2] - The tomato leaf miner is a highly destructive pest that can cause significant yield losses in tomato production, with potential reductions of 20% to 30% and severe cases leading to 80% to 100% losses [1] Summary by Sections Technology Development - The newly developed technology integrates various pest control methods, including agricultural, physical, biological, and chemical strategies, creating a green, efficient, and sustainable pest management system [1] - A collaborative agreement has been established with Tianjin for monitoring and controlling the tomato leaf miner, enhancing regional cooperation [1] Effectiveness of Control Measures - The overall effectiveness of the pest control measures is maintained at over 90%, with significant reductions in pest damage observed in greenhouses, where the average affected plant rate decreased from 23.8% to 7.6%, and the average fruit damage rate dropped from 6.8% to 2.6% [2] - This comprehensive control technology provides solid technical support for preventing the spread of the tomato leaf miner in the Beijing-Tianjin-Hebei region, contributing to the high-quality development of the local tomato industry [2]

Core Insights - As of October 10, 2023, Henan Province has harvested 91.06 million acres of autumn crops, accounting for 77% of the total, with a daily harvesting progress of 3.74 million acres [1] Summary by Categories Harvest Progress - The harvested autumn crops include 59.63 million acres of grain crops, with specific figures of 48.63 million acres of corn, 6.46 million acres of rice, and 2.81 million acres of soybeans [1] - Groundnut has been harvested from 15.17 million acres [1] Regional Performance - The cities with over 80% harvesting progress include Nanyang, Shangqiu, Kaifeng, Zhoukou, Pingdingshan, Puyang, and Luohe [1] - Cities with over 70% progress are Xinyang, Zhengzhou, Zhumadian, and Xuchang, while Anyang and Xinxiang have over 60% [1] - Luoyang and Sanmenxia have over 50%, Hebi over 40%, Jiyuan over 30%, and Jiaozuo over 20% [1] Weather Impact - Continuous rainy weather in Henan has negatively affected the timely harvesting and drying of autumn grain, prompting emergency measures for harvesting and drying to ensure a good harvest [1]

新华社记者王悦阳、胡璐 目前全国秋粮收获过五成。根据农业农村部和中国气象局联合发布连阴雨和农田渍涝灾害风险预警，后 期部分地区仍有连阴雨和农田渍涝风险。打好这场秋粮抢收抢烘"保卫战"，各地各部门还需提高警惕、 细化政策，从气象预警、田间抢收、麦播备耕到秋粮收储全面发力。 新华社北京10月11日电 题：迎战连阴雨，秋收秋种抓好"抢"和"保" 近期黄淮地区特别是河南、山东、安徽等地出现连阴雨天气，一些地方农田渍涝、农机难下，影响秋收 进度，也给秋种带来一定困难。全力以赴抢收抢种，确保秋粮丰收到手、秋播不误农时，成为当前"三 秋"生产最紧迫的任务。 无论是作物生长，还是粮食收获、储存，粮食安全的弦时刻都要绷紧。今年以来，我们克服干旱、洪涝 等自然灾害影响，实现夏粮稳产、早稻增产，秋粮长势正常偏好。有效应对连阴雨天气影响、抓好秋收 秋种服务保障，是确保今年秋粮丰收到手、打好明年夏粮生产基础的重要举措，必须高度重视，把各项 措施落实落细。 众人同心，其利断金。为应对连阴雨，各地各部门正在积极行动。农业农村部成立工作专班，跨省份调 剂调运履带式收割机、烘干机等应急机具，并与财政部门进一步明确救灾机具补贴事项。受灾地区利用 ...

Core Insights - The Chinese government is focusing on high-quality completion of the "14th Five-Year Plan" with an emphasis on agricultural production and economic crop stability [1] Group 1: Agricultural Weather Risk Management - The China Meteorological Administration is collaborating with agricultural and rural departments to conduct agricultural meteorological disaster risk warnings [1] - Since the beginning of the "14th Five-Year Plan," risk warnings for dry hot winds affecting winter wheat have contributed to an increase in grain production by 8.3 billion jin [1] Group 2: Food Security Initiatives - During the "14th Five-Year" period, meteorological departments have initiated a new round of agricultural climate resource surveys and zoning work [1] - A global food security meteorological risk monitoring and early warning system is being established and continuously improved to ensure national food security [1]

Group 1: AI in Agriculture - Artificial intelligence is transforming agriculture by integrating into breeding, planting, and breeding processes, leading to a significant shift from traditional methods to data-driven decision-making [1][2][3] - The Chinese government has initiated the "AI+" action plan to promote the deep integration of AI with various sectors, including agriculture, aiming for a profound digital transformation [1][2] Group 2: Smart Breeding Techniques - High-throughput molecular breeding technology allows for the simultaneous detection of tens of thousands of samples, significantly speeding up the breeding process compared to traditional methods [2][3] - The breeding accelerator can reduce the growth cycle of crops like soybeans from 120 days to as little as 60 days, enabling multiple generations of breeding within a year [4][6] Group 3: Smart Farming Practices - Digital farm management tools are being utilized to optimize agricultural practices, providing real-time data on weather, soil conditions, and crop management [7][9] - AI-driven smart machinery is enhancing efficiency in farming operations, with automated systems for planting, harvesting, and soil management [10] Group 4: Fruit Harvesting Innovations - The introduction of robotic systems for apple picking is revolutionizing the harvesting process, making it safer and more efficient [11][12] - Advanced sorting technologies using AI are improving the quality control of harvested fruits, ensuring only the best products reach the market [13][15] Group 5: Intelligent Pig Farming - The modern "high-rise pig farming" model incorporates AI and IoT technologies to enhance efficiency and animal welfare, significantly reducing disease rates and improving meat quality [17][18][20] - AI systems are being developed to optimize feeding and health monitoring of pigs, allowing for personalized care and management [20] Group 6: Challenges and Future Directions - The integration of AI in agriculture faces challenges such as data interoperability, talent shortages, and high application costs, which need to be addressed for widespread adoption [21][22][24] - Collaborative efforts among government, research institutions, and industry are essential to create a supportive ecosystem for AI in agriculture, ensuring that innovations are effectively implemented [22][24]

要抓好一个"抢"字。紧盯天气预报，抓好每一个抢收抢晒的黄金窗口。加大对应急机具购置、改装、作 业支持，加强农机需求信息发布、顺畅通行、作业用油等服务，全力强化机具保障，加快秋收进度。 要突出一个"保"字。协调做好粮食收购、保险理赔等工作，稳定秋粮价格，保障种粮农民合理收益。及 早谋划冬小麦播种，加强种子、肥料等物资供应，指导农民落实好抗湿晚播技术措施，稳住播种面积， 提高播种质量。 着眼长远，还要进一步提升农业防灾减灾救灾能力。此次应对连阴雨，反映出一些地方在粮食烘干、仓 储等方面的短板。针对极端天气多发频发趋势，要加快补上沟渠连通、烘干仓储等短板，加强农事综合 服务中心建设，为粮食等重要农产品稳产保供提供有力支撑。 近期黄淮地区特别是河南、山东、安徽等地出现连阴雨天气，一些地方农田渍涝、农机难下，影响秋收 进度，也给秋种带来一定困难。全力以赴抢收抢种，确保秋粮丰收到手、秋播不误农时，成为当前"三 秋"生产最紧迫的任务。 无论是作物生长，还是粮食收获、储存，粮食安全的弦时刻都要绷紧。今年以来，我们克服干旱、洪涝 等自然灾害影响，实现夏粮稳产、早稻增产，秋粮长势正常偏好。有效应对连阴雨天气影响、抓好秋收 秋种服 ...

新华财经北京10月11日电（记者王悦阳、胡璐） 近期黄淮地区特别是河南、山东、安徽等地出现连阴 雨天气，一些地方农田渍涝、农机难下，影响秋收进度，也给秋种带来一定困难。全力以赴抢收抢种， 确保秋粮丰收到手、秋播不误农时，成为当前"三秋"生产最紧迫的任务。 无论是作物生长，还是粮食收获、储存，粮食安全的弦时刻都要绷紧。今年以来，我们克服干旱、洪涝 等自然灾害影响，实现夏粮稳产、早稻增产，秋粮长势正常偏好。有效应对连阴雨天气影响、抓好秋收 秋种服务保障，是确保今年秋粮丰收到手、打好明年夏粮生产基础的重要举措，必须高度重视，把各项 措施落实落细。 众人同心，其利断金。为应对连阴雨，各地各部门正在积极行动。农业农村部成立工作专班，跨省份调 剂调运履带式收割机、烘干机等应急机具，并与财政部门进一步明确救灾机具补贴事项。受灾地区利用 一切雨歇间隙，组织人机轮班，昼夜不停，做到"能收尽收、快收快抢"，最大限度减少田间损失。一些 地方还有针对性地对应急机具进行改造升级，提升过湿地块通过能力。应对举措与近年来我国深入实 施"藏粮于地、藏粮于技"战略、推进高标准农田建设等一起，构成当前抗灾夺丰收的重要底气。 要抓好一个"抢"字。 ...

Core Insights - China's high-standard farmland area has exceeded 1 billion mu, with over half of the arable land capable of irrigation and drainage, ensuring that over 95% of the crop varieties used are domestically bred [1][3] Group 1: High-Standard Farmland - High-standard farmland is tailored to local conditions and crops, providing a flat terrain that facilitates the operation of harvesting machinery and reduces losses during harvesting [5][7] - The flatness of the farmland is crucial for rice production, as it minimizes height differences that can lead to uneven growth due to drought or flooding [5][7] - This type of farmland allows for quick irrigation and drainage, essential for managing water levels during different growth stages of rice [5][7] Group 2: Technological Empowerment - The "Guangde Model" showcases a comprehensive approach to increasing rice yield through technological advancements [8] - The introduction of high-quality seed varieties with high seed-setting rates and disease resistance is a key factor in yield improvement [10] - Innovative sowing techniques, such as "precision strip sowing," enhance seed efficiency and increase seedling survival rates [10] Group 3: Comprehensive Agricultural Services - Establishment of agricultural service centers provides full-process socialized services, ensuring efficient drying of harvested rice [12] - The entire process from seedling cultivation to mechanized harvesting is scientifically managed to guarantee quality and yield [12] - Nationwide, 702 counties are implementing large-scale yield enhancement actions for grain and oil crops, aiming to replicate the success of demonstration fields [14]

Core Insights - The article discusses the impact of prolonged rainy weather on autumn grain harvests in Shaanxi Province, China, and the measures taken to mitigate losses [1][2] Group 1: Weather Impact - Shaanxi Province is experiencing continuous rainy weather, referred to as "autumn rain," characterized by long duration, low sunlight, and limited dry days [1] - The onset of this year's "autumn rain" began on August 25, which is 18 days earlier than in previous years [1] Group 2: Harvest and Planting Progress - As of October 9, Shaanxi Province has harvested 10.3038 million acres of autumn grain, accounting for 34.46% of the expected area, and has sown 1.5974 million acres of wheat, representing 11.29% of the planned area [2] - The current harvest progress is nearly 30% slower than the same period last year, while the planting progress is about 20% slower compared to last year [2] Group 3: Agricultural Measures - Agricultural departments are closely monitoring the autumn grain production situation and have implemented measures such as securing storage capacity, credit funding, and personnel training [1] - The provincial agricultural department has released information on 535 fixed and 209 mobile grain drying facilities to assist farmers in timely harvesting and drying of autumn grain [1]