农业新质生产力
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农业科技大市场建设工作启动会在京成功举办
Nan Fang Nong Cun Bao· 2025-08-01 13:33
Core Viewpoint - The Agricultural Technology Market has officially launched, aiming to enhance the transformation of agricultural technology achievements and promote seamless integration between technology and industry [2][4][7]. Group 1: Event Overview - The Agricultural Technology Market construction work launch meeting was held in Beijing on August 1, 2025, organized by the China Rural Technology Development Center [2][3]. - The event included participation from various stakeholders, including financial institutions, research institutions, and leading agricultural technology enterprises [13][14][15]. Group 2: Objectives and Principles - The initiative aims to create a credible and authoritative platform for evaluating economic value and showcasing agricultural technology achievements [16][17]. - The construction of the Agricultural Technology Market adheres to three main principles: government-led and market-driven collaboration, integration of technological and industrial innovation, and a combination of resource aggregation and professional services [24][25]. Group 3: Implementation Strategy - The project will focus on building an online cloud service platform and offline trading market, with a goal of achieving dual-driven and normalized operations within three years [26]. - Plans include establishing physical operational centers for the Agricultural Technology Market in various regions, promoting advanced applicable technologies, and cultivating certified agricultural technology managers [27][28]. Group 4: Support and Collaboration - The Agricultural Technology Market aims to effectively integrate policies, technology, finance, and market elements to facilitate the final transformation of agricultural technology achievements [29][30]. - The China Agricultural Bank will enhance its support for the Agricultural Technology Market by strengthening resource input and innovating service models [32][35]. Group 5: Project Outcomes - The event featured a project roadshow where multiple agricultural technology innovations were presented, resulting in cooperation intentions worth 160 million yuan among several institutions [38][40]. - The construction of the Agricultural Technology Market is expected to promote a virtuous cycle of "technology-industry-finance," accelerating the application of agricultural technology achievements and supporting rural revitalization [42][43].
山东移动携手产业合作伙伴联合发布作物育种大模型
Qi Lu Wan Bao· 2025-08-01 01:35
近日,在山东省工业和信息化厅、教育厅、科学技术厅联合主办的"高端软件与人工智能产业链产学研 精准对接和新技术新产品推介活动"上,潍坊现代农业山东省实验室、北京大学现代农业研究院、山东 移动潍坊分公司、中移齐鲁创新研究院四方联合,正式发布育种大模型(BreedGPT)。该模型的发 布,标志着我国作物育种科研与产业应用在智能化、精准化方向上迈出关键一步。 BreedGPT旨在解决传统育种痛点,推动从"经验育种"向"精准设计育种"的实质性跨越。该模型依托中 国移动研究院"AI For Science (AI4S)"科学装置的强大算力支持,以及中移齐鲁创新研究院自主构建 的"AI+"技术平台,深度融合先进的大模型技术与农业育种专业知识体系,构建了覆盖科研智能问答、 基因深度解析、高效文献检索、智能科研辅助四大核心场景的全链条育种智能平台。其目标是提升育种 科研效率,加速优良品种选育进程,为我国农业高质量发展和粮食安全提供关键技术支撑。 BreedGPT的核心能力与显著优势体现在以下几个方面: 智能化的科研辅助。BreedGPT创新性地将文献理解模型与生物学知识库相结合,并运用大模型智能体 技术。用户通过输入关键词,即 ...
深圳打造农业硅谷 以科技辐射带动全国农业升级
Zheng Quan Shi Bao· 2025-07-31 17:57
Core Viewpoint - Shenzhen is positioning itself as a strategic highland for agricultural technology innovation, focusing on breakthroughs in "bottleneck" technologies in the field of biological breeding and aiming to drive national agricultural upgrades through the establishment of an "Agricultural Silicon Valley" [1][3]. Group 1: Talent Attraction and Research Environment - Shenzhen attracts numerous agricultural research experts despite lacking a traditional agricultural foundation due to its innovative talent policies and flexible research institutions [1][2]. - The city has implemented multi-layered talent policies, such as the "Peacock Plan" and "High-level Talent Plan," creating an environment that encourages free exploration in research [1][2]. Group 2: International Collaboration and Technological Support - Shenzhen has established a global research network by collaborating with international institutions and building 48 innovation platforms, including key laboratories [2]. - Major tech companies in Shenzhen, such as Huawei and Tencent, provide technological support for biological breeding and digital agriculture, facilitating the transformation of research outcomes [2]. Group 3: Government Support and Funding Mechanisms - The government supports research and development enterprises through a precise policy system, offering differentiated subsidies and tax incentives [4]. - Financial support includes a combination of direct funding and tax reductions, alongside physical space subsidies to lower research costs for companies [4]. Group 4: Vision for Agricultural Development - Shenzhen aims to build an international innovation hub for the seed industry, focusing on breaking through key technologies in biological breeding and establishing resource banks [6]. - The government plans to support integrated industry chains in breeding, propagation, and promotion, ensuring a comprehensive layout from research to market [6][7]. Group 5: Social and Economic Impact - The agricultural sector is seen as a strategic and foundational industry, with significant social benefits such as increased crop yields and enhanced farmer incomes [8]. - For instance, Shenzhen's agricultural enterprises have developed 98 rice varieties, leading to a production increase of approximately 4.479 million tons, benefiting farmers significantly [8].
若尔盖携牦牛肉等农产品进京推介,与生鲜电商平台等企业形成合作
Xin Jing Bao· 2025-07-31 15:21
Group 1 - The core viewpoint of the news is the promotion of the regional public brand "Ruoergai·Original Selection" by Ruoergai County, which includes various local specialty foods such as fresh meat, dairy products, and snacks [1] - Ruoergai County is one of the top ten livestock counties in Sichuan Province and the largest producer of Tibetan sheep in the province, with grassland animal husbandry being a pillar industry for local economic development [1] - The county has five leading industries: cattle and sheep, Tibetan fragrant pigs, specialty grains and oils, authentic medicinal materials, and highland fruits and vegetables [1] Group 2 - The event featured various local specialties, including gift boxes of Tibetan sheep and yak meat, pure yak milk, and snacks made from highland barley, with tasting sessions for attendees [1] - A strategic cooperation agreement was signed between local government representatives and fresh e-commerce platforms to explore innovative models of "enterprise support for agriculture" [1] - The Director of the Information Center of the Ministry of Agriculture and Rural Affairs emphasized the importance of "enterprise support for agriculture" in enhancing rural specialty industries and expanding agricultural product consumption [2]
“企业支持农业·共耕者计划”启动 本来生活携手政企共探农业发展新路径
Zhong Guo Jing Ji Wang· 2025-07-31 09:08
Core Viewpoint - The event "Dadi Huixin: Enterprises Supporting Agriculture" aims to foster collaboration between enterprises and agriculture, promoting a new ecosystem of interconnected agricultural development [1][2]. Group 1: Event Overview - The event was organized by Benlai Life and featured over 400 representatives from various enterprises, including major companies like China National Petroleum and China Mobile, to discuss agricultural development in China [1]. - The initiative "Enterprises Supporting Agriculture" is a call for more companies to contribute to the development of Chinese agriculture, showcasing innovative practices and successful outcomes [2]. Group 2: Key Messages from Leaders - Benlai Life's COO, Zeng Qiang, emphasized the importance of corporate support in agricultural modernization through financial investment, technical support, and talent training [4]. - Wang Xiaobing, Director of the Information Center of the Ministry of Agriculture and Rural Affairs, highlighted the initiative as an innovative measure to empower rural industries and enhance agricultural productivity [6]. Group 3: Collaborative Efforts and Outcomes - The collaboration between China National Petroleum and Benlai Life has led to the development of quality products from Ruoergai County, including various premium offerings that have entered the national market [8]. - The launch of the "Enterprises Supporting Agriculture: Co-farming Action Initiative" outlines seven service modules and six pathways for corporate involvement in agricultural development [10]. Group 4: Strategic Partnerships - Strategic cooperation agreements were signed with several companies, including Beidahuang Qimin Organic Food Co., to explore innovative models for supporting agriculture [12]. - The event also showcased products like the Qingke mooncake, developed in collaboration with local producers, highlighting the benefits of corporate support for local agricultural industries [14]. Group 5: Future Plans - The Beijing event marks the beginning of a nationwide campaign, with subsequent events planned in major cities like Shanghai, Guangzhou, and Shenzhen to engage more responsible enterprises in agricultural development [18].
2024年中国农业科技进步贡献率63.2% 整体水平跨入世界第一方阵
Zhong Guo Chan Ye Jing Ji Xin Xi Wang· 2025-07-31 00:15
Group 1 - The core viewpoint of the report indicates that China's agricultural technology progress contribution rate is projected to reach 63.2% in 2024, with a comprehensive mechanization rate of 74.3% for crop farming, placing China among the world's leading agricultural nations [1] - The rise of low-altitude economy and the increasing use of drones, particularly in crop protection, are seen as key technological supports for modern agriculture, enhancing efficiency and sustainability [1] - The integration of artificial intelligence and big data into agriculture is driving the transformation from an agricultural power to an agricultural strong nation, injecting strong development momentum into traditional agriculture [1] Group 2 - The emergence of a fusion economy is advancing the integration of agriculture with production, processing, and market services, creating diversified value through connections with cultural tourism, health care, and live e-commerce [2] - The rise of ecological economy is accelerating the green transformation of agriculture, with the promotion of "three products and one standard" (variety improvement, quality enhancement, brand building, and standardized production) contributing to increased efficiency and income for rural areas [2] - The report highlights that the current phase of China's agriculture is characterized by a transition in development methods, economic structure optimization, and growth momentum conversion, with agricultural enterprises facing challenges such as operational difficulties, financing issues, and technological weaknesses [3]
智慧种植结硕果
Jing Ji Ri Bao· 2025-07-30 22:20
Core Insights - The central document emphasizes the importance of technological innovation in leading the aggregation of advanced production factors and developing new agricultural productivity tailored to local conditions [1] - The innovation in the agricultural industry requires not only technological and genetic resource advancements but also the evolution of development models and concepts to enhance product quality and yield, thereby optimizing overall agricultural production efficiency [1] - Traditional agriculture may hit a productivity ceiling without significant changes in climate conditions and land scale, necessitating a greater reliance on innovative elements in modern agriculture [1] Group 1 - The transformation and upgrading of the Qin'an peach industry involve significant improvements in infrastructure, the aggregation of production factors, agricultural technology support, and the enhancement of management mechanisms [2] - The industry has also explored the integration of modern industrial technology and management methods, particularly in smart agriculture technology and application scenarios, which has effectively increased the economic benefits of the peach industry [2] - The continuous empowerment of modern technology is expected to revitalize traditional agriculture, similar to the Qin'an peach, leading to fruitful outcomes in new agricultural productivity [2]
19条举措聚焦解决农村金融难题
Jing Ji Ri Bao· 2025-07-29 22:11
业内专家表示,提升"三农"金融服务质效还应持续完善体制机制,同时发挥好"有形的手"和"无形的 手"双重作用,向"三农"注入源源不断的金融活水。对此,《意见》明确要求,健全金融服务农村改革 体制机制。推动盘活农村资源资产。深入推进农村产权流转交易规范化试点,推动农村产权流转交易和 融资服务平台建设应用。鼓励各地探索建立农业设施和畜禽活体的确权颁证、价值评估、抵押登记、资 产处置等管理制度,发挥动产融资统一登记公示系统作用,推动扩大抵押融资覆盖面。 为完善农村金融服务体系、提升金融资源配置效能,中国人民银行、农业农村部近日联合印发《关于加 强金融服务农村改革推进乡村全面振兴的意见》(以下简称《意见》),提出七方面19条举措,着力解 决农村金融融资难、融资贵、融资慢等问题。 近年来,我国持续完善政策、优化金融环境,推动农村金融较快发展,金融机构下沉服务重心,深入县 域乡村,加大对"三农"的支持和服务力度,金融服务覆盖面不断扩大、可得性大大提升。中国人民银行 发布的2025年二季度金融机构贷款投向统计报告显示,2025年二季度末,本外币涉农贷款余额53.19万 亿元,同比增长7.4%,增速比各项贷款高0.6个百分点, ...
从会种田到“慧”种田——一碗粮里看“四向”系列报道
He Nan Ri Bao· 2025-07-27 23:29
Core Viewpoint - The article emphasizes the importance of food security in Henan province, highlighting a comprehensive approach that includes leveraging technology, enhancing management, disaster prevention, and market regulation to ensure grain production and safety [1] Group 1: Technological Advancements - The modernization of agriculture in Henan is driven by technological innovations, such as smart farming equipment and data monitoring systems, which significantly improve grain production efficiency [3][5] - Farmers are increasingly using mobile applications and IoT devices to monitor crop conditions, manage irrigation, and optimize resource use, demonstrating a shift towards digital agriculture [2][4] Group 2: Crop Management and Practices - High-standard farmland construction and social services are being implemented to enhance land productivity, ensuring that farmers can achieve higher yields [1][4] - Innovative cultivation techniques, such as precision planting and integrated water and fertilizer management, are being adopted to increase crop yields, even under challenging weather conditions [4][8] Group 3: Research and Development - Research teams are actively working on developing high-yield and disease-resistant crop varieties, which have shown a 10% to 15% increase in yield under adverse conditions [7] - The promotion of advanced seed varieties and cultivation methods is contributing to the overall improvement of grain production in the province [7][8] Group 4: Support and Guidance - The establishment of technical support teams and the dissemination of management guidelines are crucial for assisting farmers in maximizing their crop yields and managing challenges such as drought and pests [8] - The provincial government has initiated various programs to ensure that farmers receive timely advice and support, aiming for a successful autumn harvest [8]
高效推动农业高质量发展
Jing Ji Ri Bao· 2025-07-26 22:27
Group 1 - Anhui is a major agricultural province in China, accounting for 4.3% of the national arable land and producing 6% of the country's grain, positioning it as one of the 13 main grain-producing regions and 5 net grain-exporting provinces [1] - During the "14th Five-Year Plan" period, Anhui has prioritized agricultural technology innovation, achieving a contribution rate of 67% in agricultural technological progress and a 52% rate of agricultural production informatization, both ranking among the top in the country [1] - The "15th Five-Year Plan" period is crucial for advancing agricultural modernization, with a focus on technological innovation as the core driving force for high-quality agricultural development [1] Group 2 - The integration of education, technology, and talent is being explored, emphasizing deepening industry-education integration and collaborative training to cultivate innovative talents and grassroots agricultural technology promotion personnel [2] - Collaborative teams are being formed across regions, industries, and disciplines to enhance the yield and efficiency of staple crops like rice, wheat, corn, and soybeans, driven by technology and green initiatives [2] Group 3 - The goal is to enhance the green food industry chain by cultivating leading enterprises and establishing a high-level green agricultural product production and processing supply base in the Yangtze River Delta [3] - The use of artificial intelligence technology is being promoted for smart agricultural practices, including intelligent perception of crop life information, precision spraying with drones, AI pest and disease identification, and smart irrigation [3]