夯实了"地"的基础，产业升级随之跟上。去年10月，和桥镇人民政府携手本地米厂与某粮食公司签订三 方协议，从种植、加工到销售全链条协同发力，以产业化思维推动水稻产业转型升级。"村里老龄化程 度高，土地流转后，村民不仅能拿到流转金，村集体收入也实现了增长。"北新村党总支书记许志强向 我们介绍。与此同时，农旅融合不断深化，农业观光项目吸引了众多游客，带动了本地就业。目前，北 新村已有20多名村民实现了"家门口"稳定就业。 为保障高标准农田建设提质增效，市纪委监委将整治群众身边不正之风和腐败问题与监督保障特色产业 发展有机结合、协同推进。今年以来，我们牵头成立整治工作组，联合农业农村、财政、审计等部门， 围绕2019年以来投资的高标准农田项目，开展"小切口"整治。通过"纪巡结合"等机制，对项目招投标、 资金使用、工程质量等关键环节进行深入排查，目前已在该领域留置4人，党纪政务立案30人，形成有 力震慑。 整治中我们了解到，和桥镇水稻产业面临着种植主体老龄化、耕地碎片化、机械化水平不高等现实难 题。为破解发展瓶颈，和桥镇对零散土地统一流转，实施整田平地、路网重构、灌排建设等系统改造， 将昔日的"望天田"升级为"高产田" ...

莲花岛四面环水，身处阳澄湖的怀抱之中，这一项目的生态拦截系统是项目的另一大亮点，也是守 护阳澄湖水质的关键防线。为拦截面源污染，项目团队创新性地修建了生态沟渠，加高了田埂，在梅雨 或暴雨等天气时，加高的田埂能减少60%以上的排水量，有效避免了雨水裹挟养分直接排入河湖。而S 形设计的生态沟渠则像一道"净化长廊"。"沟渠中精心筛选的这些植物对氮磷吸附能力极强，水流缓慢 流经时，这些植物会高效吸收水中的污染物。"李庆魁说，经过净化塘的静置沉淀后，尾水中的氮磷含 量显著降低，出水水质已接近外河水平。 记者了解到，该项目集成了品种改良、土壤修复、休耕轮作、病虫草害绿色防控、绿色加工等多项 技术，形成了一套成熟的绿色生态水稻栽培体系，不仅实现了水稻高质高效生产，更践行了"生产、生 态、生活、生命"的农业理念。市农科院相关负责人介绍，目前该项目已取得显著成效，未来将继续完 善并推动这套绿色生态水稻栽培技术体系惠及更多地区，让更多稻田实现"既产好米，又护碧水"，走向 更加可持续的绿色发展之路。 眼下相城区莲花岛满目金黄，20亩"试验田"随风翻涌稻浪。更引人注目的是，田边蜿蜒伸展的S形 生态沟渠中，美人蕉、梭鱼草等花卉正灿烂绽 ...

这场赛事成为长三角一体化"协同共兴"的生动展示。 一条跨省马拉松赛道，能串联起多少农业创新地标？ 浙江后稷智能科技有限公司（下称"后稷智能"）的核心团队则是2023年从上海来到平湖的。作为京东方培育的智慧农业板块在浙江投资设立的全资子公司， 他们为农业的数字化发展提供系统研发和整体解决方案。该公司总监张莎表示，除了基地本身向B端供应的水培蔬菜，他们研发的软件系统与智能装备已应 用于中国40多家工厂——依托智能算法控制作物的种植环境，可节省人工 30%，并将产量提升20%以上。 这场赛事已成为长三角一体化"协同共兴"的生动展示。当跑者们从浙江省首个农业经济开发区出发，他们脚步所及之处，正是区域合作背景下、农业新质生 产力生长的热土。 成立于2021年的沐璟生态科技(浙江)有限公司就是从上海延伸而来的生态技术研发与应用企业，也是长三角资源互补的典型。公司创始人、总经理王丰毅告 诉第一财经，目前核心的研发和销售团队还留在上海，他本人常年往返于"双城"间。因为平湖的区位和农业资源优势，他们选择在这里打造了公司目前最大 的培育基地，在这里培育的"种植毯"（活性沉水草皮）陆续运往浙江、上海和江苏多地，为当地的水生生态提供 ...

Core Viewpoint - The successful demonstration planting of the high-quality japonica rice "Jingjiangxiang 23" in Hainan marks a significant step in its transition from laboratory and small-scale trials to large-scale promotion, contributing to the development of the Southern Breeding Valley [1][2] Group 1: Product Characteristics - "Jingjiangxiang 23" is a high-quality fragrant rice variety developed over eight years by the Crop Science Research Institute of the Chinese Academy of Agricultural Sciences, featuring traits such as cold resistance, lodging resistance, blast disease resistance, and high yield [1] - The rice variety is characterized by its wide adaptability, high yield, and excellent taste quality, with grains that are translucent, round, and full, resulting in glossy, oily, and soft rice after cooking [1] Group 2: Agricultural Impact - The large-scale demonstration planting aims to test the adaptability, stress resistance, and yield stability of "Jingjiangxiang 23" under tropical climate conditions, with experts noting good growth and low pest occurrence in the demonstration fields [1] - The successful breeding and demonstration of "Jingjiangxiang 23" will enrich the market supply of high-quality fragrant rice in China, meeting consumer demands for better food quality and contributing to national food security and high-quality agricultural development [2]

Core Insights - The autumn harvest work in Zhenjiang Economic Development Zone is in full swing, with farmers taking advantage of favorable weather to harvest rice efficiently [1][2] - The introduction of high-yield rice varieties, such as Zhejiang University Jiaxi You 610, is expected to significantly increase production and income for farmers [1] Group 1 - The use of eight high-power harvesters in Baima Lake Farm allows for a low rice loss rate of 1.5%, with each harvester capable of covering 50 to 60 acres per day, completing the harvest of 4,000 acres in about 10 days [1] - The new rice variety, Zhejiang University Jiaxi You 610, is projected to yield 2,000 pounds per acre, which is 400 to 500 pounds higher than traditional varieties, leading to increased income for farmers [1] Group 2 - The Zhenjiang Economic Development Zone's agricultural department has established a specialized team to provide technical guidance and services to farmers during the harvest [2] - The focus on introducing new varieties and promoting new technologies aims to enhance both production and income for farmers in the region [2]

Core Insights - The introduction of the new rice variety "Daohua Xiang 6" has led to significant yield improvements in saline-alkali soil conditions, with reported yields of 9 tons per hectare, an increase of over 1 ton compared to previous varieties [1] - The comprehensive management of saline-alkali land in Baicheng City, Jilin Province, has been successful due to collaboration with agricultural research institutions and the implementation of effective irrigation and soil improvement strategies [2][3] Group 1: Agricultural Innovations - The "Daohua Xiang" series, developed by the Jilin Provincial Academy of Agricultural Sciences, is suitable for transforming saline-alkali land into productive farmland, with yields reaching 9 tons per hectare [2] - The county has seen a continuous increase in the area of grain crops planted, reaching 2.92 million acres this year, with rice paddies expanding to 1.559 million acres [3] Group 2: Environmental and Ecological Impact - The implementation of the river-lake connectivity project has increased the water area in the county from 95,200 hectares in 2017 to 101,300 hectares by 2025, significantly improving the ecological environment [3] - The soil salinity has decreased, and organic matter content has increased, contributing to enhanced grain production [3] Group 3: Economic Contributions - The county has increased arable land by 66,400 acres since 2016, with 55,100 acres of that being rice paddies, supporting the goal of enhancing grain production capacity in Jilin Province [4] - The brand influence of "Zhenlai Rice" has grown, receiving multiple accolades, including "China's Weak Alkaline Rice Town" and "Jilin Province Famous Trademark" [3]

Core Insights - The article highlights the successful rice cultivation experiment conducted by a group of university students in Shuo City, Shanxi Province, transforming an experimental field into a productive area, thereby contributing to rural revitalization [1][4]. Group 1: Experiment and Results - A group of 17 university students initiated a rice planting project in a 100-acre experimental base, which resulted in a promising harvest, with an expected yield of over 800 pounds per acre [2][5]. - The students engaged in all stages of rice cultivation, including site selection, land preparation, seed selection, seedling cultivation, and management, under the guidance of agricultural experts [2][5]. Group 2: Community Impact - Local villagers, such as Cai Runxi, expressed interest in adopting rice cultivation after witnessing the successful yield from the students' efforts, indicating a potential shift in local agricultural practices [5]. - The local government plans to use the students' successful rice planting as a model to explore new avenues for collective wealth generation in nearby villages with abundant water resources [5].

Core Insights - The article highlights the successful agricultural collaboration between Huian and Taining, focusing on soil improvement techniques that have significantly increased rice yields in Taining's Zhu Kou village [1][2]. Group 1: Agricultural Practices - Taining's rice yield has improved, with an average production of over 600 kilograms per mu, attributed to the introduction of oyster shell soil conditioners [1][2]. - The soil pH in test fields increased from 5.11 to 6.05, enhancing the growth conditions for rice and resulting in an approximate increase of 50 kilograms per mu, a 13.85% rise compared to previous years [2][3]. Group 2: Environmental Impact - The oyster shell soil conditioners, derived from waste materials, not only neutralize soil acidity but also provide essential trace elements for rice growth, creating a more stable growing environment [3]. - The initiative has potential carbon sequestration benefits, laying the groundwork for future "soil improvement carbon trading" models [3]. Group 3: Collaboration and Innovation - The project exemplifies a successful model of "technical output + ecological win-win," addressing both soil acidification in mountainous areas and waste management in coastal regions [3]. - The collaboration represents a significant step in promoting sustainable agricultural practices and enhancing the productivity of mountainous regions [3].

Group 1 - The Ministry of Agriculture and Rural Affairs, along with five other departments, has issued guidelines to support the construction of modern agricultural service centers to enhance agricultural social services and promote agricultural modernization [7][10]. - The focus is on transitioning China's agricultural supply system from "quantity satisfaction" to "quality improvement," emphasizing the need for a strong supply guarantee, technological equipment, operational systems, industry resilience, and competitiveness [11][15]. Group 2 - In Huizhou, the integration of agriculture, culture, and tourism has led to a 15.3% increase in collective operating income for rural villages and a 6.2% rise in per capita disposable income for rural residents in the first half of the year [26][28]. - The city is implementing a high-quality development project to explore a new path for the integration of agriculture, culture, and tourism, effectively activating rural resources and driving industry upgrades [30][31]. Group 3 - A rice technology training class and field observation meeting were successfully held in Shaoguan, attended by agricultural technicians, grain growers, and representatives from various agricultural support teams [33][36].

Core Insights - The conference highlighted significant advancements in rice technology, particularly in the breeding of low-cadmium accumulation rice varieties and hybrid rice with heterosis, indicating a shift towards hybrid rice as the mainstream in China's rice variety cultivation [1][2] Group 1: Conference Overview - The first Rice Technology Conference was held in Hangzhou, Zhejiang, focusing on "Rice Technology Innovation and New Quality Productivity" with one main venue and six sub-forums [1] - The event gathered over 450 experts from more than 120 agricultural institutions and research units, including 15 academicians, to discuss advancements in rice technology and industry development [2] Group 2: Expert Recommendations - Experts suggested forming a national collaborative team to utilize hybrid rice advantages, integrating government, industry, academia, research, and application sectors to enhance the entire industry chain [1] - Key focus areas include improving yield, enhancing resistance, refining quality, and efficient nutrient utilization, alongside the discovery and functional analysis of key genes [1]