2018年，在深圳市对口支援新疆工作前方指挥部、喀什市政府的支持下，先进的海水稻种植技术被引入 当地。 中新社新疆喀什8月18日电题：盐碱地中荡稻浪新疆南部乡村成"水乡" 作者胡嘉琛 眼下，位于新疆南部的喀什市帕哈太克里乡郁郁葱葱，小桥横跨溪流，游人漫步欣赏；田间连片海水稻 (学名耐盐碱水稻)拔节孕穗。一幅"水乡画卷"，在"农文旅"融合的笔墨中徐徐舒展。 帕哈太克里乡尤喀尔克喀库拉村泉水丰富，水稻种植历史长，故被称作"稻乡泉村"，虽名字美丽，但农 业发展一度受盐碱化土壤与传统种植模式束缚。 据了解，当地正在规划建设海水稻科普教育基地，未来，民众可在此了解海水稻跨越近万里落地生根的 全过程。帕哈太克里乡党委书记李笃民说，当地将文化旅游与特色产业深度结合，正努力走出一条"产 业美""生活美"的融合发展之路。(完) （文章来源：中国新闻网） 在2亩试验地中，技术人员通过反复筛选、代代培育优化，最终攻克"种子关"。而后，用微生物分解土 壤中的盐分，通过微量元素调节土壤结构，再搭配作物种植形成良性生态，逐渐将盐碱地的pH值从11 降到7.5，土壤含盐量从3‰降到1‰左右。 "盐碱地被改造成良田，4个品种海水稻的亩产都稳 ...

Core Viewpoint - The construction of a modern industrial system is crucial for promoting high-quality economic development and is a strategic focus in national competition. The system has achieved significant progress since the 18th National Congress of the Communist Party of China, forming a large-scale, comprehensive, and competitive industrial framework. The goal is to advance the system towards higher levels through intelligent, green, and integrated development [4][5][8]. Group 1: Industrial System Development - The industrial system's intelligent transformation is essential for leveraging the new wave of technological revolution and building a modern industrial framework [4][5]. - The green transformation of the industrial system is a key pathway for achieving high-quality development and carbon neutrality goals. By the end of 2024, there will be 6,430 national-level green factories, contributing to approximately 20% of the total output value of the manufacturing industry [5][6]. - The integrated development of the industrial system enhances overall efficiency, with over 15,000 "5G + industrial internet" projects covering all 41 industrial categories [6][8]. Group 2: Technological Innovation and Resource Integration - Technological innovation is pivotal for driving industrial innovation, focusing on independent innovation and addressing "bottleneck" technologies [9][10]. - A multi-level financial service system is being established to nurture innovative enterprises, promoting collaboration among various innovation entities [9][10]. - The optimization of the business environment is crucial for high-quality construction of the modern industrial system, ensuring protection for private enterprises and fostering a conducive environment for innovation [10]. Group 3: Case Studies - Audi FAW New Energy Vehicle Co., Ltd. has established a comprehensive supply chain, with over 70% of parts sourced locally, showcasing the rapid development of China's automotive industry [11][12]. - At Nanjing Steel Group, AI models are utilized to optimize steel production processes, transitioning from experience-driven to intelligent decision-making [13]. - The "Heqi No. 1" nuclear energy project has successfully expanded the use of nuclear energy beyond electricity generation to industrial steam supply, significantly reducing carbon emissions [14]. - The development of seawater rice in Xinjiang has transformed saline-alkali land into productive agricultural areas, with yields increasing from 450 kg to 853 kg per mu [15].

Group 1 - The visit by foreign journalists to Xinjiang highlighted the region's achievements in economic development and ecological civilization, with many expressing a desire to share these experiences globally [1] - The transformation of barren land into productive farmland, particularly through the cultivation of "sea rice," was noted as a significant agricultural achievement, inspiring journalists from countries like Niger and Angola to consider similar practices for their own nations [2] - The integration of technology and environmental sustainability in agriculture was emphasized, with potential for technology export to assist other arid regions in addressing food security [2] Group 2 - The inclusive development model observed in Kashgar was described as a microcosm of Chinese modernization, balancing advanced agriculture, community sharing, cultural preservation, and social welfare [3] - The establishment of the Urumqi International Land Port as a logistics hub was recognized for enhancing trade efficiency, allowing goods to reach multiple countries seamlessly [3] - Various development projects led by local governments have significantly improved economic vitality and living standards in Xinjiang communities, as reported by journalists from Somalia [3]

Core Viewpoint - The article reflects on the legacy of Yuan Longping, the father of hybrid rice, highlighting his dedication to ensuring food security and his significant contributions to agricultural science [3][10]. Group 1: Historical Context - Yuan Longping graduated from Southwest Agricultural College in 1953 and began teaching at Anjiang Agricultural School, where he first encountered the issue of food scarcity [3]. - The inspiration for his dream of ensuring "everyone has enough to eat" emerged during a visit to a local production team, where he learned about the struggles of food shortages [3]. Group 2: Discovery and Research - Yuan discovered a natural hybrid rice plant in a trial field, which led him to realize the potential of hybridization for improving rice yields [5][6]. - In 1973, under the guidance of a scientific framework involving "incompatibility, maintenance, and restoration," Yuan and his team successfully cultivated high-yield hybrid rice, achieving a yield of 1,010 pounds per acre in a 1.2-acre test field [9]. Group 3: Personal Reflections and Legacy - The article describes Yuan's personal life, including his long tenure at the agricultural school, where he lived, worked, and raised a family, leaving a lasting impact on the institution [9]. - Yuan Longping passed away on May 22, 2021, but his dream of food security and the development of "sea rice" continues to inspire ongoing agricultural advancements [10].