农业绿色转型
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中瑞两国科研人员联手绘制微生物在植物根系的“定居地图”
Xin Hua She· 2025-10-03 08:46
Core Insights - The research reveals the intricate relationship between plant roots and soil microorganisms, focusing on how roots guide microbial colonization and the molecular mechanisms involved [4][5][8] Group 1: Research Findings - The study published in the journal "Science" uncovers the "settlement map" of root-associated microorganisms and decodes the "molecular code" controlling root-microbe interactions [4][5] - The research team utilized plant seedling root systems as a model, employing fluorescently labeled live microorganisms and high-resolution imaging techniques to demonstrate that microbial settlement on root surfaces follows a systematic spatial distribution [5][7] - The integrity of a specific barrier in the root, known as the "Casparian strip," is crucial for maintaining this orderly microbial settlement; any disruption leads to nutrient leakage, particularly of the amino acid glutamine [5][7] Group 2: Implications for Agriculture - The study indicates that the leakage of glutamine from roots significantly influences microbial chemotaxis, thereby regulating microbial behavior such as movement and reproduction [7][8] - The findings provide a technical pathway for the precise enrichment of beneficial microbial communities in crop rhizospheres, which is essential for advancing "carbon sequestration" green agriculture [8] - This research lays a theoretical foundation for achieving agricultural green transformation under the "dual carbon" goals, highlighting its significant scientific implications [8]
“十四五”期间我国农业发展方式全面绿色转型取得积极成效
Xin Hua She· 2025-10-03 08:43
Group 1 - The core viewpoint is that during the "14th Five-Year Plan" period, China is accelerating the promotion of green production and lifestyle, achieving significant progress in the comprehensive green transformation of agricultural development [1] - Water and fertilizer usage efficiency has improved significantly, with a yearly reduction of 3.6 billion cubic meters in agricultural water usage [1] - The recycling utilization level is continuously improving, with the target for agricultural film recovery rate reaching 85% and straw comprehensive utilization rate exceeding 88% by 2024 [1] Group 2 - The supply capacity of green agricultural products is steadily increasing, with a stable monitoring pass rate for agricultural product quality safety at over 97.5% during the "14th Five-Year Plan" period [2] - The total number of green, organic, and geographical indication agricultural products has exceeded 86,000, enhancing the availability of quality green products for consumers [2]
转型贷款赋能 农业绿色转型加速
Jin Rong Shi Bao· 2025-09-30 02:42
Core Viewpoint - The agricultural green transformation in China is gaining momentum, driven by the dual carbon goals, but faces financing challenges due to the inherent vulnerabilities of traditional agriculture [1] Group 1: Financial Support Initiatives - The People's Bank of China Jiangjin Branch has initiated transformation finance to support sustainable development in agriculture, establishing a project database and a one-on-one service team to streamline loan processes for eligible green projects [1][2] - The introduction of a "carbon footprint + credit" financing model has enabled companies like Guangzhou Shuangqiao (Chongqing) Co., Ltd. to secure loans without traditional collateral, facilitating their transition to energy-efficient equipment [2] Group 2: Technological Advancements and Impact - Chongqing Guolong Agricultural Technology Development Group received a tailored loan of 25 million yuan to acquire advanced agricultural machinery, significantly improving planting efficiency and increasing fresh corn production by approximately 6,250 tons annually [3] - The implementation of smart agricultural technology has led to a 10-fold increase in planting efficiency, with precise sowing techniques reducing labor costs and enhancing productivity [3][4] Group 3: Environmental and Economic Benefits - The financial support has resulted in a reduction of over 15% in annual energy consumption for companies, translating to savings of 1,000 tons of standard coal, and a 19% decrease in carbon emissions during starch sugar production [4] - The green transformation has not only improved the companies' market competitiveness but also benefited local communities, providing employment opportunities and increasing local farmers' annual income by 20,000 yuan [3][4]
北极海藻如何让农作物更抗逆(一线探访)
Ren Min Ri Bao· 2025-09-25 22:04
Core Insights - The article highlights the potential of brown seaweed, specifically bladderwrack, as a key raw material for biostimulants that can enhance crop quality, improve soil structure, and promote green agricultural transformation [1][2]. Company Insights - Algea, a company under Syngenta Group, has developed specialized harvesting vessels that can collect 5 tons of seaweed per hour, ensuring efficient and sustainable harvesting practices [1]. - The seaweed is processed into biostimulant products through drying, grinding, and extraction of active ingredients, which are then distributed globally [1]. Industry Insights - Bladderwrack is rich in natural active components such as alginates, amino acids, and organic acids, which can help crops withstand harsh growing conditions and enhance resilience [2]. - Field trials in Europe and America have shown that biostimulants containing Norwegian bladderwrack extracts can increase crop yields by 15%, while a study in Brazil indicated a 12% yield increase in drought-affected corn [3]. - The global agricultural bioproducts market is projected to grow from $15.12 billion in 2024 to $43.53 billion by 2035, with a compound annual growth rate of 10% [3]. - Major companies like Syngenta, Bayer, Corteva, BASF, and Novozymes are driving innovation in biocrop protection and soil improvement [3]. - Biostimulants are increasingly recognized as the fourth essential agricultural input after seeds, fertilizers, and pesticides, playing a crucial role in sustainable agricultural development [3].
肥水协同赋能农业绿色转型
Huan Qiu Wang· 2025-09-24 07:38
Core Insights - The 26th National Fertilizer Information Exchange and Product Trade Fair focuses on "fertilizer-water synergy to increase yield and promote green transformation" as a response to China's food security and agricultural development needs [1][4][6] - The event serves as a platform for government leaders, industry experts, and company representatives to discuss trends, showcase technologies, and foster collaboration in the fertilizer industry [1][4] Fertilizer-Water Synergy - Fertilizer and water are essential for agricultural production, with a focus on efficient application and water conservation to ensure food security [4] - China's integrated water-fertilizer promotion area has reached 1.8 million hectares, with a fertilizer utilization rate of 42.6% for major crops, reflecting a 9.6 percentage point increase over the past decade [4] - Gansu province, as a key agricultural area, has implemented region-specific strategies for water-fertilizer integration to enhance crop yields [4][5] Technological Innovations - Companies are developing products that enhance fertilizer efficiency, such as a fertilizer enhancer that reduces nitrogen loss by 30%-60% and increases crop yields by 5%-15% [5] - The Duy Water Saving Group has created an automated water-saving and customized fertilizer system that achieves over 40% water savings and a 30% increase in fertilizer efficiency across 1 million acres of farmland [5] Green Transformation - The shift towards green agriculture is driven by the need to address resource constraints and improve sustainability through reduced fertilizer use and soil improvement [6][7] - Recent data indicates a trend towards increased production of key fertilizers like diammonium phosphate, while potassium chloride production has decreased, signaling a structural optimization in the fertilizer industry [6][7] Regional Collaboration - The fair aims to promote balanced agricultural development across regions by sharing advanced technologies and experiences, particularly in the context of China's western development strategy [9][10] - The event has attracted over 300 enterprises and institutions, facilitating the introduction of innovative technologies tailored to the needs of Gansu's agricultural sector [10][11]
“十四五”期间中国农业用水用肥用药量逐年下降
Zhong Guo Xin Wen Wang· 2025-09-16 09:08
Core Insights - During the "14th Five-Year Plan" period, China's agricultural development has achieved significant results in green transformation, with a notable reduction in the use of water, fertilizers, and pesticides [1] Group 1: Water Usage - The total agricultural water usage in China has been decreasing annually, with an average reduction of 3.6 billion cubic meters per year [1] Group 2: Fertilizer and Pesticide Usage - The estimated fertilizer usage in 2024 is 49.882 million tons, which is a decrease of 2.625 million tons or 5% compared to 2020 [1] - The pesticide usage in 2024 is projected to be 244,000 tons, down by 3,800 tons or 1.5% from 2020 [1] - Achieving even a 0.1 percentage point reduction in fertilizer and pesticide usage is considered a significant accomplishment [1] Group 3: Agricultural Recycling - The recycling rate of agricultural film is expected to reach 85% in 2024, while the comprehensive utilization rate of straw is projected to exceed 88% [1] - The comprehensive utilization rate of livestock and poultry manure has increased by 4 percentage points since 2020, reaching 79.4% [1]
投身有机农业正当时
Nan Fang Nong Cun Bao· 2025-09-15 10:32
Core Viewpoint - The organic agriculture sector is experiencing significant growth and transformation, driven by sustainability trends, policy support, and increasing consumer demand for high-quality, healthy products [2][4][30]. Industry Development - China's organic agriculture has evolved from non-existence to a structured industry, with the first organic product export occurring in 1990 [6][8]. - The establishment of regulatory bodies and standards since the 2000s has facilitated the industry's formalization and growth [9][10][11]. - As of 2023, over 28,000 organic product certifications have been issued, with more than 17,000 certified enterprises and annual sales exceeding 100 billion yuan [12][13]. Market Trends - The consumer base for organic products is expanding beyond high-income groups, with increasing purchases from middle-income families [15][17]. - Organic products are becoming more accessible through various retail channels, including supermarkets and e-commerce platforms [16][17]. Policy Environment - The Chinese government is prioritizing agricultural green transformation, with new guidelines set to promote organic and geographical indication products [18][19]. - Local governments are implementing supportive measures such as demonstration parks and subsidies for technology promotion and certification [20][21]. Societal Impact - Organic agriculture addresses food safety and environmental concerns by avoiding harmful chemicals and promoting ecological balance [22][24]. - It contributes to soil improvement, biodiversity protection, and carbon reduction, reflecting a responsible approach to health and sustainability [23][25]. Global Perspective - The global organic agriculture sector is entering a phase of systematic advancement, with over 100 million hectares of organic land projected by 2024 [26][27]. - The market for organic products is diversifying, including textiles and skincare, supported by innovations in smart agriculture and biotechnology [28][29]. Investment Opportunity - The current landscape presents a valuable opportunity for investment in organic agriculture, combining commercial potential with social responsibility [30][32]. - The industry is poised for high-quality, brand-oriented, and international development, contributing to China's agricultural modernization and public health initiatives [31][33].
小蘑菇撑开“致富伞”
Jin Rong Shi Bao· 2025-08-12 02:34
Core Insights - The edible mushroom project in Jielong Town has become a significant source of income for local farmers, producing 2 million pounds of mushrooms annually with a revenue of 13.3 million yuan, benefiting both the village collective and individual farmers [1][2] - The project employs a low-carbon development model that integrates enterprises, collective cooperatives, and farmers, transforming traditional agriculture into a more organized and sustainable industry [2][3] - The People's Bank of China in Banan has facilitated a 42.25 million yuan agricultural transformation loan to support the green circular economy of the mushroom industry, showcasing effective financial integration with rural revitalization [1][4] Financial Support and Mechanisms - The project has been included in the Banan District's key agricultural transformation project database, with customized financial services provided to address financing challenges such as lack of collateral and credit information [3] - The introduction of the "Yunong Transformation Loan" links loan interest rates to the project's transformation outcomes, allowing for a potential reduction of up to 10 basis points [3][4] - The second phase of the mushroom project is expected to create 350 new jobs and generate an annual income of 12.6 million yuan, contributing to a total annual increase in farmer income exceeding 17.6 million yuan [3][4] Environmental and Economic Impact - The project emphasizes green transformation by utilizing agricultural waste, such as straw and spent mushroom substrates, to produce biomass charcoal, thus reducing environmental pollution and greenhouse gas emissions [2][3] - The integration of financial support and sustainable practices aims to create a virtuous cycle of industry value enhancement, farmer income increase, and ecological improvement [3][4] - The ongoing efforts by the People's Bank of China in Banan aim to further deepen agricultural transformation financial standards and accelerate the green low-carbon transition in the region [4]
逐“绿”而行 全球企业共探绿色农业发展创新路径
Zhong Guo Xin Wen Wang· 2025-07-19 07:56
Core Viewpoint - The global agricultural food system is undergoing a transformation, focusing on building an efficient, stable, and green agricultural supply chain, which has become a common concern for global enterprises [1] Group 1: Supply Chain Collaboration - Approximately 14% of food is lost annually in the supply chain, highlighting the need for a comprehensive green transformation to reduce waste and protect natural resources [2] - Walmart aims to reduce 1 billion tons of carbon emissions from its supply chain and plans to protect or restore at least 50 million acres of land and 1 million square miles of ocean by 2030, emphasizing the necessity of collaboration across supply chain segments [2] - McDonald's has launched a "Regenerative Agriculture Program" in collaboration with nine suppliers to promote sustainable agricultural development, showcasing the importance of partnerships in the supply chain [2] Group 2: Technological Innovation - Technological innovation is crucial for the green transformation of agriculture, with companies sharing their practices at the expo [3] - Yuan Longping High-Tech Agriculture Co. has developed 16 green super rice varieties that can reduce fertilizer use by 30%, demonstrating the value of seed technology in green agriculture [3] - Louis Dreyfus Company is utilizing photovoltaic technology in its operations to achieve carbon reduction and economic benefits, with successful experiences in China being replicated in other markets [3] - Digital information technology is enhancing agricultural mechanization, enabling real-time data collection and precise scheduling through IoT technology [3] Group 3: Practical Cooperation Outcomes - The expo has facilitated tangible green cooperation opportunities for various companies, such as Yum China launching the "Yum and Soup Development Plan" to build an ecological network through supply chain collaboration [5] - Snow River Agricultural Group is applying potato peel fertilization technology to reduce environmental pollution and improve soil structure under Yum's "Zero Waste Factory" initiative [6] - Yum China emphasizes the importance of a robust supply chain ecosystem to provide quality and innovative food experiences, aiming to build a resilient and sustainable global supply chain [6] - The expo has proven to be a valuable platform for companies to showcase technologies and solutions, fostering collaboration and addressing industry challenges [6]
链博会释放农业绿色信号:双维度标打开农业转型通道
Huan Qiu Wang· 2025-07-18 03:18
Core Insights - The global food supply chain faces severe challenges due to extreme weather, land degradation, and regional conflicts leading to increased export restrictions [1] - The third Chain Expo serves as a critical platform for agricultural green standards, with the Panda Guide introducing the "Green Star List" to provide actionable standards for sustainable agricultural transformation [3][4] Industry Developments - The Chain Expo has become a key venue for reconstructing industry rules, attracting global enterprises and experts, emphasizing the need for a green narrative in Chinese agriculture [4] - The Green Star List breaks down the abstract concept of "green" into executable supply chain metrics, focusing on water and soil health management and resource efficiency [4] Technological Innovations - The credibility of the Green Star List is supported by a robust agricultural technology certification system developed by the Panda Guide, which includes sensory laboratories and advanced testing techniques [5] - The certification process involves extensive field investigations across 31 provinces, ensuring thorough scrutiny of agricultural practices [6] Market Implications - The initial listing of only five companies on the Green Star List highlights a selective approach that underscores its benchmark significance [7] - The Green Star List aims to address the imbalance between environmental investment and economic benefits, allowing sustainable businesses to achieve premium pricing [7] - The shift towards green transformation in agriculture is driven by increasing environmental awareness and supportive national policies, impacting both ecological and economic aspects of rural development [7]