其他核心产品：椰子炭、椰子纤维和麻蕉纤维，均来自棉兰老岛优质产区，遵循可持续采购标准。 "这是一个令人兴奋的机会，可以向全球市场展示菲律宾水果的质量和丰富性，特别是对我们宝贵的中 国合作伙伴，"BJM Plouteo Agri Export 的首席执行官杰瑞 M 巴永表示。"我们很自豪能够通过此次活动 将棉兰老岛的口味带给世界，并通过这一活动加强我们与中国之间的贸易关系。" BJM Plouteo Agri Export 怀着赋能菲律宾农民并促进可持续农业增长的坚定使命，不断扩展其在亚洲地 区的业务覆盖范围。公司与棉兰老岛的当地农民密切合作，提供生计机会，并确保采用可持续的生产实 践，其愿景聚焦于卓越品质和道德贸易实践，这使得它成为寻求来自菲律宾的纯正热带农产品的国际买 家中的可靠合作伙伴。 关于 BJM Plouteo Agri Export 公司 作为农业出口贸易领域的公认领导者，BJM Plouteo Agri Export 公司将代表棉兰老岛的世界级农产品， 其旗舰产品涵盖多类优质农产品，且均秉持 "质量是我们的首要任务"(Quality is our top priority)的核心 原则。 核心参 ...

《联合国气候变化框架公约》第三十次缔约方大会（COP30）正在巴西帕拉州首府贝伦市举行。帕拉州 位于亚马孙雨林腹地，是巴西近年来积极探索发展与保护并行的发展路径、开展一系列可持续农业实践 的重点地区。近日，本报记者走进该州的农场、合作社与相关企业，了解当地农民、技术人员与政府部 门如何协同发力，助力亚马孙地区生态保护与可持续发展。 农林复合系统带动生态转型 在距离贝伦市约180公里的托梅—阿苏市，大片农林复合系统示范区绿意盎然。 托梅—阿苏农业合作社技术员佩德罗·席尔瓦向记者介绍，这种模式让油棕、可可、木本果树、经济林 木等作物相互补充，既有利于保持土壤肥力、减少病虫害，又能使退化的土地逐步恢复。"我们栽种的 不仅是经济作物，更是一片可自我更新的生态林。农户不再为了种植单一作物而砍伐雨林，而是让土地 回归大自然节律。"佩德罗说，目前，合作社正大力推广该种植模式，帮助农户以多样化种植替代单一 作物依赖，带动区域农业生态化转型。 在巴西，这种混合农业模式被称为"雨林农业系统"。今年2月，托梅—阿苏的农林复合系统被列入帕拉 州非物质文化遗产名录。随着植被覆盖率持续回升，农业系统的稳定性不断增强。"农林复合系统大幅 ...

Group 1 - Climate change is a common challenge for humanity, and China has positioned itself as a responsible developing country committed to global green development [1] - China aims to peak carbon emissions by 2030 and achieve carbon neutrality by 2060, having built the world's largest and fastest-growing renewable energy system [1] - Over the past decade, China has significantly reduced the average cost of wind and solar power generation, with costs dropping by over 60% and 80% respectively [1] Group 2 - China and Latin American countries have established an efficient cooperation mechanism on climate change, with various collaborative projects yielding fruitful results [2] - The first China-Latin America Disaster Management Cooperation Forum was held in August 2022, enhancing cooperation in disaster prevention and climate adaptation [2] - Chinese investments in renewable energy projects in Latin America, such as the San Gaban III hydropower station in Peru and the new Tanki wind project in Brazil, are contributing to regional development and emissions reduction [2] Group 3 - Chinese electric vehicles are playing a significant role in reducing greenhouse gas emissions in Latin America, where transportation accounts for 20% of total emissions [3] - China and Brazil have committed to zero deforestation by 2030, showcasing their dedication to sustainable agricultural practices [3] - China prioritizes climate cooperation with Caribbean nations, establishing funds and initiatives to support disaster response and low-carbon transportation [3] Group 4 - In September, President Xi Jinping announced a new target for a 7%-10% reduction in greenhouse gas emissions by 2035, marking a comprehensive approach to low-carbon development [4] - This announcement is seen as a significant step in supporting Brazil's upcoming climate change conference and boosting international confidence in climate governance [4] - China expresses willingness to collaborate with the international community, including Latin America and the Caribbean, to address climate challenges [4]

Overview of Agricultural Chemicals Market - Agricultural chemicals are substances used to enhance agricultural productivity by controlling pests, weeds, and improving soil fertility. This includes pesticides, herbicides, fungicides, and fertilizers. In 2024, global pesticide consumption is expected to exceed 2 million tons, playing a crucial role in food security and sustainable agricultural development amid population growth and climate change pressures. Major multinational companies like Syngenta, Bayer Crop Science, BASF, Corteva Agriscience, and others dominate the industry, investing heavily in sustainable formulation innovations [3][4]. Supply Chain Dynamics - The upstream supply chain for agricultural chemicals involves petrochemical and specialty chemical manufacturers providing raw materials such as intermediates, solvents, surfactants, and catalysts. Agricultural product manufacturers process these into technical-grade active ingredients for marketable products. The downstream user base is diverse, including large agricultural firms like Cargill and ADM, which focus on cost-effectiveness and crop-specific performance, while small farmers prioritize flexible packaging and affordability [4]. Market Trends and Growth Drivers - The global agricultural market is undergoing a transformation driven by sustainability, digitalization, and regulatory scrutiny. Increasing pesticide resistance is accelerating the demand for new mechanisms, biobased crop protection products, and Integrated Pest Management (IPM) strategies. Governments in Europe and North America are tightening regulations on chemical residues and environmental impacts, leading to higher R&D costs and a shift towards safer, low-toxicity formulations. The Asia-Pacific and Latin America regions remain the fastest-growing markets due to their large agricultural bases and the adoption of modern agricultural technologies [5][16]. Market Size and Projections - According to QYResearch, the global agricultural chemicals market is projected to reach USD 78.18 billion by 2031, with a compound annual growth rate (CAGR) of 4.2% over the coming years [5]. Leading Manufacturers and Market Share - The top ten agricultural chemical manufacturers, including Syngenta, Bayer Crop Science, BASF, and others, are expected to hold approximately 83.0% of the market share in 2024 [10]. Product Segmentation - Herbicides currently dominate the market, accounting for about 45.7% of the total share. In terms of application, grains represent the largest demand source, making up approximately 43.2% of the market [12][14]. Challenges and Opportunities - The agricultural chemicals market faces challenges from stricter regulations in Europe, which have led to a decline in pesticide usage despite ongoing agronomic demand. Additionally, rising input costs and weather impacts may limit farmers' ability to pay for high-priced products. However, the increasing focus on food safety is driving the growth of biopesticides, which are becoming more widely used in various agricultural sectors [18][19]. Regulatory Environment - In the EU, all active ingredients must undergo renewal under Regulation 1107/2009, with some facing bans or restrictions. The ongoing loss of active ingredients due to regulatory pressures and the high costs associated with developing new active ingredients pose significant challenges for the industry [19]. Conclusion - The agricultural chemicals industry is poised for growth driven by innovation, compliance, and sustainable practices, despite facing regulatory challenges and market dynamics that may impact traditional chemical usage [5][18].

Core Points - The ultimate goal of the World Food Programme (WFP) is to establish a world free of hunger, which includes eliminating all forms of malnutrition, promoting sustainable agricultural practices, and ensuring smallholder farmers can achieve stable livelihoods while providing healthy nutrition for children [1][2]. Group 1: Global Food Security - The current global food security situation is urgent, with approximately 673 million people struggling with hunger as of last year, primarily due to wars, conflicts, climate change, and natural disasters [1]. - Many countries in the Global South face challenges such as insufficient agricultural production capacity, outdated technology, and incomplete industrial chains [1]. Group 2: China's Role and Experience - Since joining the WFP in 1979, China has developed valuable experiences in food security, poverty alleviation, and rural revitalization, which can be shared with other developing countries [2]. - The establishment of the South-South Cooperation Knowledge Sharing Platform in 2022 aims to facilitate the exchange of China's successful experiences in food security and nutrition improvement [2]. Group 3: Call for Cooperation - The WFP representative emphasizes the need for stronger international cooperation to support developing countries in enhancing food self-sufficiency and building sustainable agricultural systems, with a focus on vulnerable groups such as children and women [3]. - Achieving the goal of eliminating hunger requires collective efforts and innovative collaboration to help vulnerable communities regain hope [3].

Core Insights - The Ghanaian government has officially launched the "Feed Ghana Plan" (FGP) aimed at achieving national food self-sufficiency, reducing import dependency, and creating job opportunities [1] Group 1: Agricultural Initiatives - The government will prioritize value chains in grains, legumes, vegetables, tree crops, and livestock due to their potential to enhance food security and create jobs [1] - Interventions under the plan include establishing farmer service centers to provide mechanization services, inputs, and training [1] - 350,000 smallholder farmers have already received support in the form of improved seeds, fertilizers, and irrigation facilities [1] Group 2: Poultry and Fisheries - The poultry sector is supported by initiatives such as the "Farm to Table" poultry project and backyard poultry programs, producing over 7 million birds annually and empowering women and youth [1] - The fisheries sector supports the livelihoods of over 3 million people and provides 60% of Ghana's animal protein intake, making it crucial for national food security [1] - The government is committed to promoting sustainability and resilience in the fisheries sector, which is part of broader efforts to achieve food and nutrition security [1] Group 3: Challenges and Collaborations - Despite progress, millions are still facing hunger due to climate challenges and high production costs [1] - The United Nations Food and Agriculture Organization is closely collaborating with Ghana to promote sustainable cocoa agroforestry, fisheries development, and climate-smart agriculture [1]

Core Insights - The Middle East Agriculture and Livestock Exhibition took place in Dubai from October 6 to 7, featuring over 150 exhibitors from more than 30 countries and regions [1] - The exhibition focused on technologies and products related to vertical farming, hydroponics, horticulture, and sustainable agriculture, reflecting the region's climatic and geographical conditions [1] - More than 40 industry discussion sessions were held during the exhibition, facilitating knowledge exchange among participants [1] Group 1 - The exhibition showcased vertical farming vegetables [5] - A Chinese company's designed container-based soilless cultivation solution was presented [8] - Exhibitors displayed various agricultural technologies, including drip irrigation systems and nutrient solutions [4][10]

Core Insights - The visit by the French media group to the Syngenta Group's MAP technology service center in Pinghu, Zhejiang, highlighted the significant digital transformation occurring in Chinese agriculture, showcasing advanced agricultural practices that enhance efficiency and precision [1][4]. Group 1: Digital Transformation in Agriculture - The MAP center utilizes satellite remote sensing and IoT sensors to gather real-time data on soil moisture, crop growth, and weather forecasts, which are analyzed by AI systems to provide precise agricultural recommendations [2]. - Since 2017, the MAP model has been implemented across major grain-producing areas in China, covering over 40 million acres, offering comprehensive services from seed selection to product sales [2][3]. Group 2: Impact on Farming Practices - The MAP approach focuses on green and efficient planting, incorporating techniques such as seedling cultivation, navigation for transplanting, precise water and fertilizer application, and effective pest control, resulting in increased rice yields and quality [3]. - Farmers have reported significant improvements in operational efficiency, with one farmer noting that managing 3,000 acres now requires only a smartphone, leading to an increase in yield of over 100 pounds per acre compared to traditional methods [3]. Group 3: Global Perspective on Chinese Agriculture - The French media group expressed surprise at the advanced state of Chinese agriculture, recognizing its importance in the global agricultural landscape and the innovative potential it represents for the future [4]. - The digital revolution in agriculture not only aims to increase food production but also signifies a shift from traditional farming methods to modern, sustainable practices that harmonize technology with natural processes [4].

Core Viewpoint - The global bio-nitrogen fixation (BNF) market is projected to reach $0.6 billion by 2031, with a compound annual growth rate (CAGR) of 8.8% in the coming years [3][12]. Market Overview - The bio-nitrogen fixation market is primarily driven by the increasing demand for sustainable agriculture, as farmers shift from synthetic nitrogen fertilizers to bio-fertilizers and microbial nitrogen-fixing agents [12]. - The top five manufacturers in the global bio-nitrogen fixation market hold approximately 51.8% of the market share [6]. Product Segmentation - Self-fixing nitrogen products dominate the market, accounting for about 58.6% of the total market share [8]. - Agriculture is the largest downstream market, representing approximately 57.9% of the demand for bio-nitrogen fixation products [10]. Industry Challenges - A significant constraint in the bio-nitrogen fixation market is its reliance on specific microbial strains and environmental conditions, which can lead to variability in performance and predictability in large-scale agricultural applications [13]. Industry Opportunities - The growing demand for organic food and sustainable agricultural practices presents opportunities for the adoption of bio-nitrogen fixation products, which can help reduce environmental pollution and improve soil health [14]. Value Chain Analysis - The bio-nitrogen fixation industry consists of upstream (microbial strain research and selection), midstream (production and process optimization of bio-nitrogen agents), and downstream (agricultural applications and ecological restoration) segments, driven by both technological advancements and market demand [17].

Core Insights - Beijing Zhongke Yuandian Technology Co., Ltd. won the championship of the 2025 PepsiCo Asia-Pacific "Green Accelerator Project" for its outstanding performance in sustainable agriculture [1][4] - The company received a $100,000 development grant for its low-carbon emission smart electric tractor solution, which aligns with PepsiCo's global sustainability strategy [7][19] - The "Green Accelerator Project" has supported 100 startups globally since its inception in 2017, generating over $15 million in revenue growth [5][14] Group 1: Project Overview - The "Green Accelerator Project" aims to create an innovative ecosystem focused on sustainable agriculture, circular economy, and climate resilience [5][14] - Over the past three years, PepsiCo has invested more than $1 million in the Asia-Pacific region for project funding and pilot incubation, resulting in over 20 real-world pilot scenarios [5][14] - The project encourages more companies to participate, with the next round opening in 2026 [1] Group 2: Award and Evaluation - The top ten finalists came from China, Australia, Indonesia, Singapore, and South Korea, showcasing their project results during the final pitch [6] - The evaluation panel consisted of cross-industry experts in sustainability, supply chain, and investment, who assessed the projects based on innovation, feasibility, scalability potential, and progress [6][10] - Each finalist received a $20,000 development grant and customized mentoring from PepsiCo experts [10] Group 3: Company Solution and Impact - The winning solution, a low-carbon smart electric tractor, demonstrated significant scalability potential and addressed challenges in high agricultural costs, labor shortages, and carbon emissions [7][19] - Early testing at PepsiCo's farms showed substantial reductions in operational costs and emissions, providing valuable insights for sustainable agriculture applications [7][19] - The project has facilitated critical growth opportunities for startups, enhancing their strategic optimization and operational efficiency [9][18] Group 4: Long-term Collaboration and Innovation - The "Green Accelerator Project" focuses on promoting regenerative agriculture and low-carbon solutions in packaging and logistics, injecting innovative vitality into regional development [14][15] - The project fosters deep collaboration between startups and PepsiCo's expert team, optimizing innovative technology solutions and exploring scalable development paths in the food and beverage supply chain [14][18] - Successful case studies from previous participants illustrate the project's commitment to driving continuous innovation and sustainable development [16][18]