Core Points - Typhoon "Maidum" has intensified to a strong typhoon level and made landfall in Guangdong province, causing severe weather conditions in Hainan and Guangdong [2][5] - A national level four disaster relief emergency response has been activated to address the impacts of the typhoon [2][5] Group 1 - As of October 4, 143,907 people in Hainan have been relocated from dangerous areas, with 114,065 successfully moved [2] - In Maoming City, near the typhoon's center, strong winds have caused trees to fall and significant flooding has occurred in local areas [2] - Local emergency management has established temporary shelters for residents, with 87 individuals already relocated to a school repurposed for this purpose [3][4] Group 2 - The local fishing industry is heavily impacted, with many workers being evacuated from coastal areas due to safety concerns [3][4] - In Zhanjiang, the local power grid has suffered severe damage, leading to power outages in several areas [5] - Emergency response teams have mobilized nearly 40,000 personnel and deployed around 170 emergency power vehicles to restore electricity [5]

Core Viewpoint - The article highlights the evolution and significance of agricultural education in rural areas, emphasizing the role of innovative teaching methods and diverse instructors in enhancing farmers' skills and knowledge, ultimately contributing to rural revitalization [1][2][4][7]. Group 1: Evolution of Agricultural Education - Agricultural education has transformed from traditional face-to-face teaching to incorporating technology, such as online resources and multimedia tools, making it more accessible to farmers [2][6]. - The Central Agricultural Broadcasting and Television School has played a pivotal role in this evolution, adapting its teaching methods to meet the changing needs of farmers over 45 years [2][4]. Group 2: Diverse Instructors and Their Impact - A new generation of instructors, including young teachers and experienced professionals, is emerging, bringing varied backgrounds and expertise to agricultural education [3][4]. - The average age of finalists in a recent teaching competition was 36.5 years, with an average teaching experience of 7.45 years, showcasing a blend of youth and experience in the teaching workforce [4][5]. Group 3: Innovative Teaching Methods - Teaching methods have shifted from one-way instruction to interactive and practical approaches, allowing farmers to engage actively in their learning [8][11]. - Techniques such as gamification and hands-on practice have made learning more relatable and effective for farmers, enhancing their understanding of agricultural practices [8][10]. Group 4: Curriculum Relevance and Practicality - The curriculum now includes a wide range of topics beyond traditional agricultural techniques, addressing contemporary issues such as market management, mental health, and technology integration [5][7]. - Courses are designed to be practical and relevant, focusing on real-world applications that directly benefit farmers, such as improving crop yields and enhancing market strategies [5][6]. Group 5: Technology Integration - The integration of technology, including AI and digital tools, is a common theme in the new curriculum, enabling farmers to leverage modern resources for better productivity [6][7]. - Instructors are utilizing technology to enhance teaching effectiveness, such as using drones for agricultural practices and AI for content creation in marketing [6][10]. Group 6: Future Directions - The ongoing development of agricultural education aims to continuously adapt to the needs of farmers, ensuring that they are equipped with the necessary skills to thrive in a modern agricultural landscape [11]. - Teachers are committed to implementing new strategies and tools learned from competitions to further enhance the educational experience for farmers [11].

Core Insights - The article highlights the engagement of university students in rural revitalization projects in Shilou County, Shanxi Province, emphasizing the importance of hands-on experience in understanding rural issues and contributing to local development [1][2][4]. Group 1: Student Engagement and Activities - University students from 15 institutions participated in a summer social practice program focused on rural revitalization, conducting surveys and interviews to create actionable insights for local development [1][2]. - Students identified challenges in local tourism and agriculture, such as inadequate product packaging and lack of distinctive styles for local accommodations [2]. - The initiative aims to transform theoretical knowledge into practical actions that benefit rural communities [2][4]. Group 2: Local Community and Development - Shilou County, previously a key poverty alleviation area, is now focusing on integrating agriculture, culture, and tourism to promote rural revitalization [2]. - The local government emphasizes the need for youth involvement in rural development, recognizing that young people can bring fresh perspectives and energy to these initiatives [4][5]. - The article illustrates the impact of student-led projects on local children, fostering both educational and emotional support through activities like sports and arts [3].

Core Viewpoint - The article discusses the establishment and functioning of the "Home-School-Community Collaborative Education" model in Tianjin, emphasizing the importance of safety and comprehensive development for students through collaboration among various stakeholders [1][2][3] Group 1: Collaborative Education Model - The "Home-School-Community Collaborative Education" model, initiated last year, has been established in all 16 districts of Tianjin, aiming to enhance cooperation among schools, families, and community organizations [1] - The model seeks to address the challenges of safety in schools, particularly concerning canteen and dormitory management, by leveraging support from various member units [1][2] Group 2: Safety Measures - The local police have implemented several safety measures, including the establishment of campus police offices, regular inspections for potential conflicts, and the deployment of police during peak school hours [2] - The importance of collaboration between schools and parents in guiding students' behavior is highlighted, with a focus on the role of school moral education in shaping students' character [2] Group 3: Student Development Initiatives - The school has developed a series of educational activities, including "Home-School Co-education Lectures" and "Community Practice Classes," to enhance parental engagement and student learning experiences [3] - Initiatives such as the "Digital Parent School" and targeted support for students with special needs are being explored to foster a collaborative environment for student growth [3] - The overarching goal is to create a protective network for students' development, ensuring that all efforts are aligned to support their growth [3]

Core Viewpoint - The article highlights the transformation of school sports events in Hefei, Anhui, emphasizing inclusivity and participation for all students, moving away from a competitive focus to a more collaborative and engaging environment [1][2][4]. Group 1: Changes in School Sports Events - Schools are breaking the traditional model of "few compete, many watch" by creating diverse roles such as cheerleaders, publicity teams, and logistics groups, allowing every student to find their place in the sports events [2][3]. - The implementation of the "Hefei Youth Track and Field Sports Meeting Implementation Plan" encourages schools to integrate sports events with various activities, fostering a campus culture where everyone loves sports and participates [2][3]. Group 2: Innovative Event Design - Schools in Yaohai District are innovating event designs by introducing age-appropriate activities like "kangaroo jumps" and "relay races," and utilizing a "small venue, high-frequency competition" model to increase student participation [2][3]. - The establishment of "parent referee teams" allows parents to transition from spectators to active participants, enhancing the collaborative effort in sports education [2][3]. Group 3: Recognition and Evaluation - Schools are implementing systems where every student has a role, and class scores are based not only on athletic performance but also on teamwork and collaboration, promoting a sense of achievement and recognition for non-competitive roles [3][4]. - The introduction of honor awards such as "Logistics Star" and "Best Publicity Award" acknowledges the contributions of non-athletic participants, reinforcing the value of collective growth over individual success [3][4]. Group 4: Impact on Student Health and Development - The increase in physical education classes is leading to significant improvements in students' physical fitness, with a reported 63.23% excellent rate in health tests for 2024, up from 62.03% in 2023 [4]. - The overall success in sports competitions, with 159 awards at national, provincial, and municipal levels, reflects the positive outcomes of the "big sports" reform being implemented in Hefei [4].

中国青年报客户端讯（中青报·中青网记者 林洁）10月4日至8日，中国南方航空（以下简称"南航"）计 划执飞400余条赏月航线，航班量超2800班次。 在10月6日中秋夜19时至次日凌晨3时最佳赏月时段内，南航将在300余条航线上执飞超500班次的赏月航 班，在万米高空为旅客打造云端赏月之旅。 南航计划 执飞400余条赏月航线。南航供图 在中秋月圆之夜，南航将推出赏月主题航班，安排猜灯谜、古诗词飞花令和手工制作荷花灯等特色机上 活动。 国内航线方面，飞往华北的旅客将有机会在万米高空欣赏草原与城市的月色；西部航线将为旅客呈现雪 山、高原映衬下的独特月景；中部地区航线，南航推荐由国产大飞机C919执飞的赏月航线，带旅客畅 览城市灯火与空中明月交织的画卷。 国际航线方面，南航部分赏月航班安排了近150分钟的空中旅途，全程有圆月伴飞；而乌鲁木齐至阿拉 木图，可带旅客飞越丝绸之路，感受"明月出天山"的壮丽。 此外，南航还在广州、北京、乌鲁木齐等枢纽机场执行往返于东南亚、日韩、中西亚、中东、欧洲、美 洲、澳新等多条国际航线。 南航计划 执飞400余条赏月航线。南航供图 据了解，南航赏月航班由综合计算目的地城市地理位置、飞机 ...

Core Viewpoint - The "IP of Light" competition, celebrating the 10th anniversary of Yuewen, attracted 30 million participants and highlighted popular IP characters in Chinese online literature [1][4]. Group 1: Competition Overview - The event lasted for 20 days and included various stages such as "Summon to Battle," "Top 100 Competition," and "Peak Showdown" [4]. - The top three characters were Klein Moretti from "Mystery Lord," Li Muwan from "Immortal Reverse," and Ye Xiu from "Full-Time Master" [1][4]. Group 2: Popular Characters - The top ten popular characters also included Lu Xueqi from "Zhu Xian," Zhang Qiling from "Tomb Raider Notes," Wang Lin from "Immortal Reverse," Shi Hao from "Perfect World," Han Li from "Mortal Cultivation," Li Huawang from "Dao of Weird Immortals," and Xiao Yan from "Fights Break Sphere" [4]. - The selection of characters reflects a generational growth and the evolution of online literature, featuring both new benchmarks like "Mystery Lord" and classic returns like "Immortal Reverse" and "Fights Break Sphere" [4].

Core Points - The "Science Light Chasing Program" aims to enhance scientific education in remote areas of China through lectures and book donations by experts and academicians [1][2] - The program includes interactive sessions where students engage with experts, asking questions about space and technology, indicating a growing interest in these fields among young students [4][9] Group 1: Space Education - The program features astronaut Shen Xingyun, who shares insights about life in space, including how astronauts drink water in a zero-gravity environment [2][3] - Students express a keen interest in space, with some already having prior knowledge about space missions and astronauts, showcasing the effectiveness of previous educational initiatives [4][5] - The program encourages students to consider careers in space exploration, emphasizing the rigorous selection criteria for astronauts [5] Group 2: Artificial Intelligence and Technology - The program also includes discussions on artificial intelligence, with students actively participating and asking questions about AI's potential and limitations [9][10] - Experts explain the importance of data quality in training AI models, highlighting the need for responsible data usage [9] - The interaction between students and experts reveals a curiosity about advanced technologies, indicating a desire for deeper understanding and engagement with scientific concepts [12] Group 3: Broader Educational Impact - The initiative aims to bridge the gap between scientific research and public understanding, encouraging experts to communicate complex ideas in accessible ways [12] - The program is designed to inspire students by exposing them to role models in science and technology, fostering aspirations for future careers [12] - The overall goal is to provide students with a broader perspective on the world, potentially influencing their future choices and aspirations [12]

Core Points - The establishment of the "Intelligent Driving and Soul Cultivation" education community led by Hefei University of Technology aims to tackle key technologies in the intelligent connected vehicle sector through collaboration with universities, enterprises, and industry organizations [1] - Hefei University of Technology has a long history of cultivating automotive industry talents and has established a "Quantum Security Communication Laboratory" to apply quantum communication technology in the information security of intelligent connected vehicles [1] - The university emphasizes the importance of lifelong learning and adapting to technological advancements, as highlighted by Professor Shi Qin and Academician Yang Shanlin [2] - The university's research teams are actively addressing communication security issues in intelligent connected vehicles, including data leakage risks and malicious remote control threats [1][2] - The university's commitment to industrial development is reflected in the successful application of intelligent minimally invasive diagnostic equipment, breaking the foreign monopoly in the domestic market [2] - The research efforts in the field of lightning protection for high-speed rail and the introduction of electromagnetic heating technology in coal transportation demonstrate the university's innovative approach to solving industry challenges [3] - The establishment of new research teams in emerging fields like low-altitude intelligent networks indicates the university's focus on interdisciplinary collaboration and nurturing young talent [4] Summary by Sections Education Community - The "Intelligent Driving and Soul Cultivation" community aims to create a new ecosystem for education through collaboration in the intelligent connected vehicle field [1] - Hefei University of Technology has a history of integrating research with practical applications, promoting a model where academic work translates into industry advancements [1] Research and Development - The university has developed a "Quantum Security Communication Laboratory" to enhance the security of intelligent connected vehicles [1] - Research teams are focusing on critical issues such as data security, privacy protection, and intrusion detection in vehicle communication systems [1][2] Lifelong Learning and Innovation - The importance of lifelong learning is emphasized by faculty members, encouraging students to adapt to rapid technological changes [2] - Academician Yang Shanlin's contributions to the field of computer science and his commitment to education reflect the university's dedication to fostering innovation [2] Industry Collaboration - The university collaborates with leading automotive enterprises to address common challenges in the industry, showcasing a commitment to practical solutions [1][3] - The introduction of new technologies, such as electromagnetic heating in coal transport, illustrates the university's role in advancing industrial practices [3] Young Talent Development - New research teams are being formed to explore cutting-edge technologies, with a focus on collaboration among young researchers [4] - The mentorship from experienced faculty members aims to inspire the next generation of engineers and researchers [4]

Core Viewpoint - The legacy of Yuan Longping, known as the "father of hybrid rice," continues to inspire innovation and excellence in agricultural research, particularly in the development of high-quality rice varieties that meet both yield and taste standards [1][4]. Group 1: Achievements in Rice Research - The "Shaoxiang 100" rice variety has been successfully included in the national crop variety promotion directory, with plans for approximately 450,000 acres to be cultivated in Hunan Province and 24,000 acres in Jiangxi Province by 2025 [1]. - The research team led by Zhao Bingran, a disciple of Yuan Longping, has developed high-yield and high-quality rice varieties, reflecting Yuan's breeding philosophy of prioritizing both yield and quality [1][3]. Group 2: Educational and Cultural Impact - The Yuan Longping Scientist Spirit Exhibition Hall at Hunan Agricultural University serves as a multi-functional venue that commemorates his contributions and has received over 60,000 visitors, including students and alumni [1]. - The university has integrated artistic creations and innovative educational approaches, such as large-scale music ideological classes, to promote the spirit of Yuan Longping and engage over 300,000 participants [4]. Group 3: Innovation and Future Directions - The research team has made significant advancements in hybrid rice technology, focusing on improving not only yield but also flavor, with the invention of heavy ion mutation breeding technology that enhances rice aroma while maintaining high yield [3][4]. - Young researchers, like Zhao Bingran's team member, have demonstrated a commitment to innovation and perseverance, contributing to the ongoing evolution of rice breeding techniques and the cultivation of new varieties [3].