Core Insights - The event "Industrial Revitalization · Park First" was launched on September 8 to showcase the achievements of modern agricultural industrial park construction in Shaanxi Province [1] - The initiative aims to explore replicable and easily promoted models and case studies to enhance the brand influence and construction level of modern agricultural industrial parks [1] Summary by Categories Event Overview - The event is organized by the Shaanxi Modern Agricultural Park Service Center and involves media from both central and provincial levels [1] - Activities include on-site visits and in-depth research to uncover the technological aspects behind smart agriculture, green planting, and deep processing [1] Industry Development - The focus is on how "Agriculture +" can connect industrial chains and enhance value chains, transforming agricultural products into sought-after goods [1] - The event will highlight the effectiveness of income generation for farmers and how industrial parks contribute to local employment and wealth creation [1] Achievements and Future Goals - A representative from the Provincial Department of Agriculture and Rural Affairs stated that the event will comprehensively showcase the practical achievements and valuable experiences of modern agricultural industrial park construction in Shaanxi [1] - Shaanxi has established 13 national modern agricultural industrial parks and 80 provincial modern agricultural industrial parks, demonstrating significant progress in the sector [1]

Core Viewpoint - The article discusses the challenges faced by individuals like Wang Lei, who, after losing their jobs, attempt to return to traditional farming methods without pesticides and fertilizers, highlighting the difficulties in achieving sustainable and profitable organic farming in the current economic environment [5][6][12]. Group 1: Background and Motivation - Wang Lei, a 33-year-old from rural Shandong, decided to return to his hometown to farm after losing his job in a company that had been downsizing due to economic pressures [6][8]. - His motivation stemmed from a desire to grow healthy, pesticide-free vegetables, influenced by his observations of unhealthy food practices in local supermarkets [7][8]. Group 2: Challenges of Organic Farming - Wang Lei's grandfather and family expressed skepticism about his plans, emphasizing the impracticality of organic farming without sufficient capital and the reality of pest and disease challenges [9][10]. - The initial investment for organic farming is significant, with costs for land rental, seeds, organic fertilizers, and labor potentially reaching tens of thousands of yuan annually, while income may take years to materialize [9][10]. Group 3: Food Safety Concerns - The article highlights a broader trend of consumers seeking organic and healthy food options due to rising food safety concerns, but achieving this requires substantial financial investment and long-term commitment [13][14]. - The historical reliance on chemical fertilizers and pesticides over the past four decades has led to soil degradation, making the transition to organic farming more challenging and time-consuming [14][15]. Group 4: Market Dynamics and Regulatory Issues - The high costs and low yields associated with organic farming deter many investors, contributing to the prevalence of pesticide residues in food products available in supermarkets [15][16]. - There are also concerns about the integrity of organic certification processes, with reports of regulatory loopholes allowing for "certification arbitrage," which undermines consumer trust in organic products [16].

Core Insights - The 15th IGPE China International Grain and Oil Industry Expo and the 8th Grain and Oil Industry Marketing and Development Conference recently opened in Nanjing, where "Sukang Baby Rice" won the "Technology Innovation" Gold Award, and Sukang Rice Industry was awarded the "Outstanding Distributor" Gold Award, reflecting the recognition of "Sukang Rice" product quality and business philosophy [1] Group 1: Quality Control and Assurance - Sukang Rice Industry is recognized as the only "chain leader" enterprise in Jiangsu for high-quality rice, adhering to a strict raw material management philosophy that ensures consistency and stability in rice growth through meticulous control at every stage from seedling to harvest [2] - The company implements advanced preservation and storage techniques, including intelligent grain storage and modern methods like mechanical ventilation and temperature control, to maintain the nutritional value and taste quality of rice [2] - A comprehensive quality inspection system is established, ensuring that all rice products meet national standards and high-quality requirements, providing reliable product guarantees and comprehensive support services to consumers [2] Group 2: Research and Development - Jiangsu Nongken has a specialized research team focused on rice variety development and improvement, producing high-quality varieties such as "Hua Jing" series "Xiang Yuan 99" and "Nan Jing 108" that cater to local conditions [3] - The company collaborates with institutions like Jiangnan University to leverage big data and quality information for selecting premium raw materials and producing functional and customized rice products, aligning with consumer demands for better nutrition [3] - Sukang Rice has received multiple awards for taste and has been included in the "China Good Grain and Oil Products" directory, reflecting its commitment to product innovation and market expansion [3] Group 3: Sustainable and Safe Practices - The rice fields in Jiangsu are located in nutrient-rich areas with abundant water sources, providing ideal conditions for rice cultivation [4] - The company follows a "six unifications" management approach to ensure traceability and accountability in food safety, establishing a modern food safety traceability system [4] - Sukang Rice Industry promotes a "green quality safety" philosophy, enhancing its brand influence through standardized production practices and sustainable farming methods [4]