夏巴兹强调，中方始终与巴方坚定站在一起，彰显两国守望相助的铁杆友谊。他勉励青年学员认真学习 中国先进技术，做巴中友谊的传播者和巴农业现代化的建设者。 中国驻巴基斯坦大使姜再冬祝贺青年学员获得宝贵学习机会，表示相信他们将成为国家建设的栋梁和中 巴友谊的桥梁。 即将赴华参加培训的穆塔萨迪克·阿里是一名农业机械化工程师。他说："中国先进技术可实现对农作物 的定向精准培育。我希望中国技术能够引入巴基斯坦，增加巴农产品产量，实现农民增收，带动农村地 区经济发展。" 新华社伊斯兰堡8月23日电（记者杨恺 蒋超）巴基斯坦总理夏巴兹22日说，中国在农业现代化领域具有 丰富经验，希望中国先进技术能够助力巴农业实现转型升级。 巴基斯坦粮食安全部当天在巴首都伊斯兰堡举行"千名农业人才赴华培训"项目第二批近300名学员欢送 仪式。夏巴兹在致辞中说，2024年在中国陕西省参访时，杨凌示范区的现代农业科技给他留下深刻印 象，由此发起了选拔千名巴农业人才赴华培训的倡议，得到中方积极呼应。他感谢中国政府为促进巴青 年发展和农业现代化提供的大力支持。 夏巴兹说，巴基斯坦是传统农业国家。农业是巴国民经济的重要支柱，关乎巴未来发展繁荣。"任何对 ...

Core Insights - The release of the "Agricultural Drone Industry White Paper (2024/2025)" marks a significant collaboration between the Farmers' Daily and DJI Agriculture, aiming to provide a comprehensive overview of the global agricultural drone industry, including trends, technological innovations, and application values [2][4] - The white paper highlights the rapid expansion of agricultural drone applications since 2024, with over 500,000 drones in operation by June 2025, resulting in significant water savings of approximately 330 million tons and a reduction in carbon emissions by 42.58 million tons [4] - The document emphasizes the role of agricultural drones in transforming traditional production methods, enhancing food security, and driving sustainable agricultural practices through technological innovation [4][7] Industry Developments - The white paper is part of an annual publication series that began in 2022, showcasing the latest industry developments, new application scenarios, and best practices [4] - The agricultural drone sector is experiencing a shift towards standardization and high-quality development, supported by various favorable policies and initiatives from government bodies [5][6] - Key stakeholders, including the Ministry of Agriculture and Rural Affairs, are actively promoting the standardization of agricultural drone operations through measures such as subsidies, training, and certification [5] Technological and Policy Framework - The white paper outlines five core areas: industry milestones, global policy trends, environmental and efficacy testing, new application scenarios, and best practices, reflecting the rapid development and application results of agricultural drones worldwide [6] - Internationally, several countries are easing regulations to facilitate the use of agricultural drones, such as Brazil's cancellation of airworthiness requirements and the EU's adoption of international standards for spraying systems [6] - The need for improved legal frameworks to optimize the operational environment for agricultural drones is emphasized, with calls for more precise and adaptable regulations [6] Future Outlook - The conclusion of the white paper asserts that agricultural drones represent a crucial tool in China's transition from an agricultural power to an agricultural strong nation [7] - The ongoing development of agricultural drones requires a synergistic approach between technological innovation and policy support to maximize their potential in modernizing agriculture and promoting sustainable development [7]

Core Viewpoint - The collaboration between Gansu Zhang County and Shandong Shouguang has significantly transformed the local vegetable industry, enhancing production quality and market value through advanced agricultural techniques and cooperative models [1][5][19]. Group 1: Background and Challenges - Zhang County has favorable climatic conditions for vegetable cultivation but faced challenges such as small-scale farming, lack of advanced technology, and low market prices for produce [3][5]. - Historically, the local vegetable industry was characterized by low production volume and low added value, leading to difficulties for farmers in achieving profitable sales [3][5]. Group 2: Collaboration and Implementation - In 2021, the Zhang County government initiated communication with Shouguang to invite experts to assist in developing the local vegetable industry [5][9]. - A team led by Liu Yujiang from Shouguang was sent to Zhang County to address issues such as land consolidation and to implement advanced production models [7][9]. - The collaboration resulted in the establishment of a modern agricultural industrial park, with 774 acres of land consolidated for vegetable production [9][19]. Group 3: Training and Knowledge Transfer - The Shouguang team focused on training local farmers in advanced vegetable cultivation techniques, aiming to create a sustainable knowledge base within the community [11][14]. - Regular training sessions were held, with experts providing hands-on guidance to local farmers in both classroom settings and greenhouses [14][15]. Group 4: Brand Development and Market Expansion - The unique climatic conditions in Zhang County allowed for the production of high-quality vegetables, such as the "Qing Tian" tomato, which has a higher sugar content compared to similar varieties from Shouguang [15][17]. - The establishment of local vegetable brands has led to increased market visibility and consumer demand, contributing to the economic uplift of the region [17][19]. Group 5: Economic Impact and Future Prospects - Currently, Zhang County has a vegetable planting area of 130,000 acres, with an annual output value exceeding 1.17 billion yuan [19][23]. - The collaboration has not only improved local agricultural practices but has also created a comprehensive vegetable industry ecosystem, including production, processing, and tourism [19][23]. - The Shouguang model is being replicated in various regions across China, demonstrating its effectiveness in promoting agricultural modernization and rural revitalization [23].

Core Viewpoint - Shenzhen has emerged as a leader in modern agriculture, with 20 companies listed in the "2024 China Agricultural Enterprises Top 500," showcasing its strength in agricultural innovation and technology-driven platforms [1][2]. Group 1: Agricultural Enterprises in Shenzhen - Shenzhen ranks first among major cities in China with 20 companies on the "2024 China Agricultural Enterprises Top 500" list, with a total of 226 agricultural leading enterprises in the city [1]. - The city hosts 14 national-level and 133 provincial-level agricultural leading enterprises, indicating a robust agricultural sector [1]. - Notable companies include Deep Agriculture Group, which operates 35 offline agricultural wholesale markets with an annual transaction volume of 2.5 trillion yuan and 36 million tons [1]. Group 2: Technological Innovation in Agriculture - Shenzhen is recognized for its technological innovation, which is crucial for enhancing agricultural productivity and transitioning from a large agricultural nation to a strong agricultural nation [2]. - The city has established national agricultural technology parks and various innovation platforms, including 9 academic workstations and a national gene bank [2]. - Companies like Tencent and DJI are advancing digital agriculture, with DJI operating over 300,000 agricultural drones globally [2]. Group 3: Comparison with Developed Countries - Developed countries typically utilize a "farm-to-table" model that integrates various agricultural processes, ensuring global competitiveness through high R&D investment in biotechnology and sustainable practices [3]. - These countries maintain control over critical agricultural production and logistics, highlighting the need for similar strategies in China [3]. Group 4: Challenges and Opportunities in China's Agriculture - China's agricultural modernization is still lagging, with issues such as "data silos" hindering the flow of information between production and demand [4]. - There is a need for increased investment in agricultural technology and the integration of e-commerce platforms to enhance supply chain efficiency [4]. - Shenzhen's strengths in information technology and innovation can address these challenges, creating opportunities for increased agricultural efficiency and modernization [4].

Group 1 - The core viewpoint emphasizes the need for comprehensive rural revitalization as a key task for modernizing agriculture and rural areas in China, requiring calibration of focus points and activation of policies, markets, factors, and entities [1] - There is a significant gap in agricultural modernization compared to new industrialization, information technology, and urbanization, necessitating a focus on improving agricultural production capacity and resource utilization [1] - Ensuring food security is highlighted as a priority, with strategies to enhance grain production capabilities and maintain the 1.8 billion acres of arable land [1] Group 2 - The need for a diversified investment environment to support rural revitalization is stressed, requiring the implementation of policies that encourage financial, social, and fiscal investments [2] - Enhancing agricultural technology and equipment is crucial for improving competitiveness, with a focus on innovation in seed industry, agricultural machinery, and digital agriculture [2] - The importance of prioritizing rural development and optimizing resource allocation is noted, with an emphasis on integrating urban and rural development and promoting the free flow of resources [3]

Group 1 - The core viewpoint emphasizes the necessity of advancing rural revitalization as a key task for achieving agricultural modernization in China, highlighting the need to calibrate focus points and activate policies, markets, and resources [1] - The article stresses the importance of enhancing agricultural modernization levels and increasing comprehensive production capacity, with a focus on improving land output rates, resource utilization, and labor productivity [1] - It underscores the significance of ensuring food security by enhancing grain production capabilities and adhering to the strategy of "storing grain in the land and technology," while maintaining the red line of 1.8 billion acres of arable land [1] Group 2 - The article discusses the need to optimize the multi-source investment environment for rural revitalization, emphasizing the importance of a friendly investment environment to mobilize various stakeholders [2] - It highlights the necessity of enhancing agricultural technology and equipment support to improve agricultural competitiveness, prioritizing innovation in seed industry, agricultural machinery, and digital agriculture [2] - The article calls for the implementation of a priority development approach for agriculture and rural areas, advocating for the integration of human, material, and financial resources to promote comprehensive rural revitalization [3]

Core Viewpoint - The article emphasizes the importance of grain storage management in ensuring national food security in China, highlighting advancements in technology and innovative practices in grain storage and agricultural efficiency [1]. Group 1: Grain Storage Innovations - China's grain storage has evolved from simple structures to advanced smart green warehouses, reflecting significant improvements in storage management over the decades [1]. - In Yunnan's Honghe Hani and Yi Autonomous Prefecture, a government-invested initiative provides farmers with small grain storage facilities and vacuum bags, along with scientific storage guidance from technical personnel [1]. - Hebei's Handan City has introduced a "shared storage" service, allowing farmers to store their grain for free at post-harvest service centers, which also offer drying and sales services [1]. Group 2: Agricultural Technology Advancements - The transformation of grain storage mirrors the technological upgrades across the entire agricultural supply chain, including the use of drones for crop protection, mechanized harvesting, and intelligent drying processes [1]. - AI is driving innovations in smart breeding, with certified seeds entering the market and high-standard farmland construction accelerating [1]. - The focus is not only on quantity but also on quality and freshness of food, reflecting the Chinese pursuit of a more sophisticated agricultural output [1].

Fundraising Plan - The total amount of funds raised through the issuance of shares will not exceed 818 million yuan, which will be used for specific projects after deducting issuance costs [1][2] Project Necessity and Feasibility Analysis Agricultural Machinery Component Expansion Project - The project aims to expand production capacity for agricultural machinery components, with a total investment of 433.48 million yuan, expected to yield a post-tax internal rate of return of 14.72% and a payback period of 8.42 years [2][3] - The project responds to the growing market demand driven by global population growth and increasing food needs, with the Chinese agricultural machinery market projected to reach 82.2 billion yuan in 2024 and grow to 146.7 billion yuan by 2030, reflecting a compound annual growth rate of approximately 10.1% [2][3] - The project will enhance the company's production capabilities and market competitiveness by adopting advanced production processes, thereby supporting the company's strategic goals and expanding profit margins [3][4] Garden Tool Chain System Project - This project involves an investment of 200.69 million yuan to produce saw chains, guide bars, and garden knives, with an expected post-tax internal rate of return of 13.04% and a payback period of 8.56 years [8][9] - The project capitalizes on the increasing demand for garden tools driven by urbanization and the growth of the gardening market, with the global garden equipment market projected to reach 72.39 billion dollars in 2024 [8][9] Micro Chain System R&D Project - The project focuses on the research and development of micro chain systems and is expected to enhance the company's core competitiveness in the market [11][12] - The project aligns with industry trends and government policies promoting innovation in robotics and smart technologies, providing a favorable environment for development [12][13] Use of Funds - A portion of the raised funds, amounting to 130 million yuan, will be used to supplement working capital, which is essential for the company's operational needs and to maintain sustainable growth [15][16] - The company aims to optimize its capital structure and improve its risk management capabilities through this fundraising initiative [15][16] Impact on Company Operations and Financial Status - The fundraising will enhance the company's asset scale and capital strength, contributing to improved liquidity and risk management [17] - While there may be a short-term decline in financial metrics such as return on equity and earnings per share, the long-term benefits of the projects are expected to enhance profitability and operational efficiency [17][18] Conclusion - The fundraising plan is aligned with national industrial policies and the company's strategic objectives, providing a strong basis for sustainable high-quality development [17][18]

Core Viewpoint - The hybrid rice seed production in Dahu Town, Fujian Province, is experiencing a successful harvest season, significantly boosting local farmers' incomes and contributing to rural revitalization efforts [1][2][3]. Group 1: Economic Impact - Farmers in Dahu Town report an average income increase of over 1,000 yuan per mu from hybrid rice seed production, which is double that of regular rice cultivation [2]. - The total area for rice seed production in Dahu Town has surpassed 1,000 mu, accounting for one-third of the seed production area in Yong'an City [2]. Group 2: Agricultural Practices - The implementation of a "Party branch + cooperative + base + farmer" model has enhanced agricultural mechanization and provided comprehensive services, including drying services, to farmers [2][3]. - The mechanized and standardized drying process stabilizes the moisture content of seeds, ensuring both yield and quality are maintained [2]. Group 3: Modernization and Development - Dahu Town is actively developing new agricultural production capabilities and optimizing its industrial layout to expand rice seed production [3]. - The local seed production industry has become a significant contributor to agricultural modernization and rural revitalization, serving as a "golden business card" for the area [3].

Core Insights - The integration of crop and livestock farming is proving to be an effective model for rural revitalization, demonstrating significant economic benefits and ecological advantages [1][2] Economic Benefits - Specialized pig farming operations that implement crop-livestock integration have an average production cost that is 1.22 yuan lower per kilogram compared to non-integrated operations. Similarly, integrated beef cattle operations have an average cost that is 2.71 yuan lower per kilogram [1] - During the downturn in beef prices in 2024, integrated farming households were able to sustain operations and later achieve profitability during the price recovery phase, offsetting previous losses [1] Environmental Advantages - The annual direct manure discharge from livestock farming exceeds 1.4 billion tons in China, leading to increased costs for manure management. Crop-livestock integration facilitates the resource utilization of manure, achieving both ecological and economic benefits [1] Social Impact - Approximately 40% of farmers' income historically came from livestock, but the rapid scale-up and specialization in livestock farming have squeezed out smallholders, making it difficult for them to participate in high-capital industries like pig and dairy farming [2] - The trend of returning migrant workers engaging in moderate-scale livestock farming is stabilizing family incomes and promoting local employment, which is crucial for rural revitalization [2] Policy Recommendations - National legislation is needed to establish nutrient management standards and to set stricter entry requirements for livestock farming, ensuring that livestock numbers are within the land's capacity to absorb waste [3] - Different livestock species should have tailored moderate-scale standards based on local conditions, ensuring that farming operations can sustain stable incomes [3] - Support policies should focus on moderate-scale crop-livestock integration standards and nutrient management thresholds, shifting from simple scale-based criteria to more nuanced standards [3]