气候资源经济蕴含着向新发展的基因。在北京，当地推出朝霞、晚霞、星空等特色气象景观预报，并将 相关服务融入文旅推广；在浙江省丽水市云和县，游客打开"云和梯田数字气象地图"小程序可以查看云 海预报。精细的气象服务与观景、康养等美好生活需求相契合，既盘活气候资源，又赋能绿色发展，促 进人与自然和谐共生。 把无限风光变成绿色经济、美丽经济，下好科技创新的先手棋至关重要。在黑龙江高标准农田旁边，自 动化气象站24小时实时收集气温、湿度等气象要素数据，小程序、APP等及时将预报、预警信息推送给 农户，农业生产变为"知天而作"；在湖南张家界，种植户精准把握采摘期的湿度和光照，使莓茶获 评"湖南气候好产品"。开发基于气候数据的智慧农业管理系统，可以精准预测农作物生长环境的变化， 帮助农民提高作物产量和品质。着力提升气候资源的监测评估精细度，提高气候资源的转化效率，科技 创新还有很大空间。 科学利用气候资源，是生态文明建设和绿色发展的题中应有之义。释放气候资源这座"发展宝库"的生产 力，不断拓展向金山银山转化的路径，气候经济的发展潜能值得期待。 光照、热量、云水、风等气候资源，是一种新型的战略性资源。将气候资源要素转化为商品与 ...

近日，2024年度海南省科学技术奖评选结果正式揭晓。由浙江托普云农科技股份有限公司 （301556.SZ）参与完成的"海南重大迁飞害虫智能监测及精准防控关键技术创新与集成应用"成果获得 科学技术进步奖一等奖，充分彰显了托普云农在农业科技创新领域的硬核实力与行业引领地位。 2024年度海南省科学技术奖是《海南省科学技术奖励办法》及实施细则修订后第一次授奖。此次获奖项 目技术创新突出，推动行业进步作用明显，产生了显著的社会和经济效益，充分彰显了海南在吸引和培 育创新团队、激发创新动能方面的成效。 立足不同场景的差异化监测需求，托普云农创新整合光诱、色诱、性诱等多元诱集方式，搭建全域适配 的智能测报体系，实现从微小害虫到迁飞害虫、从田间单点到全域范围的多维度监测覆盖，彻底打破传 统测报方式的场景局限。 通过联动卫星遥感、无人机遥感、地面感知网络等多维手段，托普云农打造 "天空地一体化" 立体监测 系统，同时深度嵌入农业AI智能体 "问稷"，实现虫情数据与气象、作物生育期等多维信息的联动分 析，推动植保测报从"人工估测"向"精准量化"、从"被动响应"向"主动预警"的根本性转变。 多年来，托普云农在智慧农业领域的技术成 ...

Core Viewpoint - The article highlights the transformation in agriculture at the Hongwang Agricultural Smart Planting Base in Yangji Town, Fangcheng County, Henan Province, showcasing the integration of technology in modern farming practices to enhance productivity and sustainability [1][2]. Group 1: Technological Advancements - The smart greenhouses utilize advanced digital systems to monitor and control various growth parameters such as light, temperature, humidity, and nutrient levels, allowing for precise management of plant growth [1]. - Hydroponic lettuce is cultivated in a controlled environment, with a growth cycle of 20 days in summer and 30 days in winter, enabling up to 13 harvests per year, significantly surpassing traditional farming yields [1]. Group 2: Economic Impact - The "enterprise + base + farmer" model has transformed local villagers from passive observers to active participants, allowing them to earn income while managing family responsibilities [1]. - Workers at the base, such as Zhang Hua, report earning 80 yuan per day, contributing to both household income and skill development [1]. Group 3: Future Plans - The administrative supervisor, Cui Hanying, indicated plans to diversify crop varieties and establish a unique brand for their fruits and vegetables, aiming to involve more local residents in the initiative for shared prosperity [2].

Core Viewpoint - The article highlights the advancements in smart agriculture in China, showcasing a modern agricultural technology demonstration base that utilizes robotics and AI to enhance efficiency and productivity in farming [1][3]. Group 1: Smart Farming Technologies - The demonstration base in Xiaotangshan, Beijing, features a variety of robotic systems, including unmanned tractors and drones, which significantly reduce the need for human labor in agricultural tasks [3][5]. - The unmanned tractors are reported to be more cost-effective and precise compared to traditional human-operated tractors, achieving centimeter-level accuracy in field operations [5][7]. - The smart farming system integrates various technologies, including autonomous robots for field management, which can detect pests and diseases and analyze data through cloud platforms [5][12]. Group 2: Efficiency and Cost Reduction - The implementation of smart farming technologies has led to an 8-12 times increase in operational efficiency and a 55% reduction in overall labor costs [7][12]. - The comprehensive smart decision-making system allows for improved crop quality and yield, with a 15% increase in overall cost-effectiveness per acre [7][12]. - The use of autonomous transport robots has alleviated the burden on farmers during harvest seasons, allowing for efficient transportation of produce [7][12]. Group 3: Advanced Research and Development - The base also serves as a testing ground for advanced agricultural equipment, including a wind tunnel for simulating aerial pesticide application, which is crucial for optimizing spray techniques [12][14]. - New technologies, such as non-destructive testing devices for fruit quality assessment, are being developed to enhance the efficiency of agricultural processes [12][14]. - The integration of AI in agriculture is evolving from a supportive role to a strategic one, providing comprehensive solutions for producers and managers [17][18].

Core Viewpoint - The case study of Huanji Agricultural Cooperative has been included in the "2025 National Smart Agriculture Typical Case Compilation" by the Ministry of Agriculture and Rural Affairs, showcasing the integration of digital agriculture in rural development [1] Group 1: Digital Agriculture System - Huanji Agricultural has developed a digital agriculture system characterized by "1 platform + 1 center + N applications" to create a digital rural complex [1] - The cooperative has deployed an Internet of Things (IoT) sensor network for real-time monitoring of environmental data such as soil moisture, air temperature and humidity, and light intensity [1] Group 2: Efficiency and Cost Reduction - The data collected is analyzed through a cloud platform, which enables a smart water and fertilizer integration system to perform precise irrigation and scientific fertilization [1] - This approach has resulted in a water and fertilizer savings of 30% to 50% and a reduction in labor costs by over 50% [1] Group 3: Diversification of Agricultural Functions - Huanji Agricultural has opened online sales channels, including live streaming, and established a digital agriculture research and tourism base [1] - This initiative allows citizens and tourists to experience modern agricultural technologies such as IoT planting and intelligent harvesting, promoting a shift from a single production function to a diversified model that includes "production + culture and tourism + education" [1]

Core Viewpoint - The Ministry of Agriculture and Rural Affairs, the Ministry of Finance, and the National Development and Reform Commission have issued a work plan for the creation of national agricultural modernization demonstration zones, aiming to provide practical models for achieving agricultural modernization in China by 2030 [1]. Group 1: Creation Goals - The plan aims to establish no more than 500 recognized demonstration zones by 2030, focusing on six types: grain industry, livestock farming, advantageous specialty industries, smart agriculture, urban agriculture, and dry farming [1]. - The goal is to enable qualified demonstration zones to achieve agricultural modernization ahead of others, creating a phased construction pattern with key breakthroughs [1]. Group 2: Creation Tasks - The plan requires clear positioning, application standards, and creation goals for each type of demonstration zone, incorporating both "regular tasks + special tasks" to advance the creation work [1]. - Counties applying for demonstration zones must select a type that meets the application standards and strengthen organizational leadership, innovate systems and mechanisms, ensure resource support, optimize guidance services, and explore diverse development models [1].

Group 1 - The Xiarshan Government-Finance-Enterprise-Industry-Academia-Research Innovation Center was officially launched in Zhanjiang, marking a significant milestone for regional development and a new starting point for high-quality growth [1][6] - The center aims to serve as a collaborative platform for government, state-owned and private enterprises, research institutions, financial organizations, industry associations, and experts, focusing on emerging industries such as digital food, artificial intelligence, advanced manufacturing, and new materials [2][5] - A 600 million yuan industrial ecological fund was signed at the launch event to provide financial support for innovative enterprises, alongside the establishment of the New Digital Food Industry Alliance with participation from 14 companies [5] Group 2 - The center is positioned as a core carrier for building a modern industrial system driven by technology, emphasizing the integration of innovation chains, industrial chains, financial chains, and talent chains [2][5] - The region's GDP is projected to reach 46.337 billion yuan in 2024, with fixed asset investment growth expected to lead the city in early 2025 [5] - The center will continue to enhance its role as a hub for collaborative innovation, attracting quality projects, capital, and talent to drive economic development in Xiarshan and Zhanjiang [6]

Group 1 - The forum "Walking into Pinggu, Creating the Future" marks the first special event for Korean enterprises in Pinggu, Beijing, focusing on collaboration in various sectors such as automotive parts, food processing, medical devices, and cultural tourism [1] - The event features a format of "thematic promotion + enterprise sharing + ice and snow networking," showcasing industries aligned with Korean investment interests, including food nutrition, pet economy, synthetic biology, and modern agriculture [2] - Nearly 30 Korean enterprises and business associations participated, alongside representatives from Beijing and Pinggu District, to explore development opportunities [2] Group 2 - During the forum, Pinggu District awarded "Pinggu International Friendship Envoy" certificates to Korean enterprises that made significant contributions to bilateral cooperation [2] - Cooperation intention agreements were signed between Pinggu District and several Korean companies in fields such as food processing and new material applications, indicating a substantial advancement in collaborative projects [2]

Core Viewpoint - The article discusses the implementation of the "National Agricultural Modernization Demonstration Zone Creation Work Plan," which aims to accelerate agricultural modernization in China by establishing demonstration zones that ensure food security and promote new agricultural productivity [1] Group 1: Objectives and Goals - The plan sets a target to create no more than 500 recognized demonstration zones by 2030 [1] - It focuses on six types of demonstration zones: grain industry, animal husbandry, advantageous specialty industries, smart agriculture, urban agriculture, and dry farming [1] - The goal is to enable qualified demonstration zones to achieve basic agricultural modernization ahead of others, creating a phased construction pattern with key breakthroughs [1] Group 2: Implementation Strategy - The demonstration zones are intended to serve as practical models for agricultural modernization, exploring replicable and promotable development modes [1] - The initiative aims to build agricultural industry development hubs and accelerate the cultivation of new agricultural productivity test fields [1] - It also seeks to promote comprehensive green transformation benchmarks in agriculture [1]

Summary of Top Cloud Agriculture Conference Call Company Overview - Top Cloud Agriculture has developed a comprehensive digital solution that integrates artificial intelligence with agriculture, covering production, research, government management, and services, aiming for an efficient, intelligent, and sustainable modern agricultural model [2][3] Core Business Areas - The company focuses on three main areas: digital seed industry, digital farmland, and digital planting, utilizing a sky-ground integrated perception system combined with AI for precise control and full-chain services [2][5] - The company has established specialized solutions for digital fields, tea gardens, orchards, and parks [2] Technological Advancements - The application of AR technology in research has significantly improved efficiency and accuracy, shortening breeding cycles and enhancing pest monitoring [2][7] - High-throughput plant phenotype analysis and AR-assisted breeding management are key innovations that automate data collection and improve breeding outcomes [7] Government Collaboration - Top Cloud Agriculture assists government agencies in smart regulation through digital agricultural management, providing intelligent monitoring services for food security and farmland construction [6][11] Market Position and Growth - The company has seen a shift in revenue sources, with research contributing over 30% and government orders accounting for about 60% of total revenue [11][16] - The company is optimistic about future order growth, particularly in seed innovation and pest control, with expected investments in the tens of billions [11] Competitive Landscape - The smart agriculture sector is fragmented and at an early stage, with low standardization. Top Cloud Agriculture's competitive advantages include interdisciplinary integration, deep collaboration between hardware and software, and a comprehensive service offering [17][18] Financial Performance - The company has experienced an increase in large project orders, which has extended the payment cycle due to complex approval processes, but overall financial management remains stable with a gross margin around 50% [19] Future Plans - Top Cloud Agriculture plans to focus on domestic market expansion while gradually considering overseas markets in the next 3-5 years, with a high compatibility of products with international demand [20] Capital Expenditure - Future capital expenditures will primarily target AI and robotics, with a phased investment approach based on industry developments [14] Customer Segmentation - The customer base is primarily B2B, including large farm owners and agricultural companies, with a service model that emphasizes standardized solutions and annual service fees to enhance customer retention [16]