值得注意的是，2024年线上线下科普传播统筹发力。2024年全国科普类网站建设2102个；科普类微信公 众号建设1.02万个，关注数11.81亿个；科普类微博建设1372个，粉丝数2.82亿个；发布网络科普视频 51.10万个，播放量达249.71亿次。电视台播出科普（技）节目20.32万小时。广播电台播出科普（技） 节目27.82万小时。科普图书发行4139.14万册，科普期刊发行7489.06万册，科技类报纸发行1.18亿份。 据了解，全国科普统计工作由科技部九司负责，中国科学技术信息研究所具体承担。2024年度数据的统 计范围包括31个省（自治区、直辖市）和新疆生产建设兵团，32个中央和国家机关，共回收调查表8.61 万份，是目前国内统计范围最广、涵盖面最大、内容最丰富、最权威的政府科普工作基础数据。 据统计，2024年科普人员队伍规模持续壮大。2024年全国科普专、兼职人员221.27万人，比2023年增长 2.62%。其中，科普专职人员29.70万人，科普兼职人员191.57万人。科普讲解与辅导人员39.36万人，比 2023年增长1.30%。科普创作与研发人员5.77万人，其中专职从事科普创作与研 ...

特色科普活动惠及更广泛人群。2024年全国组织线上线下科普（技）讲座144.23万次，吸引20.05亿人次 参加；举办线上线下科普（技）专题展览10.92万次，共有4.80亿人次参观；科研机构和大学向社会开放 9680个，接待访问2495.24万人次。 2024年度数据的统计范围包括31个省（自治区、直辖市）和新疆生产建设兵团，32个中央和国家机关， 共回收调查表8.61万份，是目前国内统计范围最广、涵盖面最大、内容最丰富、最权威的政府科普工作 基础数据。 统计数据表明，全国科普经费投入稳步增长。2024年全国科普工作经费筹集额222.20亿元，比2023年增 长3.32%。全国人均科普专项经费5.60元。 科普人员队伍规模持续壮大。2024年全国科普专、兼职人员221.27万人，比2023年增长2.62%。其中， 科普专职人员29.70万人，科普兼职人员191.57万人。注册科普志愿者数量761.50万人。 新华社北京1月29日电（记者温竞华）科技部日前发布的2024年度全国科普统计数据显示，我国科普场 馆等基础设施布局不断优化，2024年全国共有科技馆和科学技术类博物馆1890个，比2023年增加111 ...

科技日报讯 （记者刘垠）全国科普经费投入再创新高！科技部日前发布的2024年度全国科普统计 数据显示，2024年全国科普工作经费筹集额222.20亿元，比2023年增长3.32%。其中，各级政府部门拨 款171.22亿元，比2023年增长2.46%，占当年全国经费筹集额的77.06%。 统计数据表明，2024年，全国各地区、各部门围绕《"十四五"国家科学技术普及发展规划》目标任 务，扎实推进科普工作全面发展，为"十四五"收官奠定坚实基础。 据悉，全国科普统计工作由科技部九司负责，中国科学技术信息研究所具体承担。2024年度数据的 统计范围包括31个省（自治区、直辖市）和新疆生产建设兵团，32个中央和国家机关，共回收调查表 8.61万份，是目前国内统计范围最广、涵盖面最大、内容最丰富、最权威的政府科普工作基础数据。 与此同时，科普场馆等基础设施布局不断优化。2024年全国科技馆和科学技术类博物馆1890个，比 2023年增加111个。其中，科技馆789个，科学技术类博物馆1101个。全国范围内共有青少年科技馆站 494个，城市社区科普（技）活动场所4.55万个，农村科普（技）活动场所13.57万个。 值得关注的 ...

与此同时，科普场馆等基础设施布局不断优化。2024年全国科技馆和科学技术类博物馆1890个，比2023 年增加111个。其中，科技馆789个，科学技术类博物馆1101个。全国范围内共有青少年科技馆站494 个，城市社区科普（技）活动场所4.55万个，农村科普（技）活动场所13.57万个。 值得关注的是，各具特色的科普活动惠及更为广泛的人群。2024年全国科技活动周以"弘扬科学家精神 激发全社会创新活力"为主题，举办线上线下各类科普专题活动12.03万次，共有3.85亿人次参加。 统计数据还显示，2024年全国组织线上线下科普（技）讲座144.23万次，吸引20.05亿人次参加；举办线 上线下科普（技）专题展览10.92万次，共有4.80亿人次参观；举办线上线下科普（技）竞赛4.16万次， 共有2.22亿人次参加；科研机构和大学向社会开放9680个，接待访问2495.24万人次。 据悉，全国科普统计工作由科技部九司负责，中国科学技术信息研究所具体承担。2024年度数据的统计 范围包括31个省（自治区、直辖市）和新疆生产建设兵团，32个中央和国家机关，共回收调查表8.61万 份，是目前国内统计范围最广、涵盖面最大 ...

Core Viewpoint - The importance of pursuing a career in medicine, whether as a clinician or a researcher, is emphasized, highlighting the unique sense of achievement it brings in saving lives and contributing to scientific advancement [1][2]. Group 1: Medical Career Insights - A student expressed concerns about the pressures of being a clinical doctor and the uncertainties in medical research [1]. - The speaker, a member of the Chinese Academy of Engineering, shared personal experiences to illustrate the fulfillment derived from both clinical practice and research [1]. - The transition of China's scientific community from imitation to achieving significant advancements in certain fields is noted as a motivating factor for researchers [1]. Group 2: Immunology and Disease Prevention - The role of immunology in disease prevention, diagnosis, and treatment is highlighted, with a focus on aligning research with clinical needs [2]. - The speaker advocates for the integration of clinical disease treatment demands to drive the development and application of immunology [2]. - The establishment of the "Committee Science Lecture" series aims to promote scientific knowledge and foster a culture of science appreciation in society [2].

Group 1 - The China Association for Science and Technology (CAST) reported a total of 129,000 associations nationwide as of December 2024 [1] - The 10th National Congress of CAST had 1,390 representatives, with 219 national scientific societies and 7.183 million individual members [1] - There are 3,202 local associations at the provincial, municipal, and county levels, with a total of 376,000 representatives [1] Group 2 - The national system manages 1,150 science popularization venues, 763 mobile science museums, and 1,350 science outreach vehicles, serving 150 million people throughout the year [2] - A total of 901,000 science popularization activities were held online and offline, with 1.69 million science communication websites and 3,713 WeChat public accounts [2] - There are 199.7 million part-time and full-time science communicators, and 516.6 million science volunteers engaged in various activities [2]

Core Viewpoint - The article highlights the significant contributions of Liu Jiaqi, a prominent volcanologist in China, who has advanced the understanding of volcanic activity and its implications for both scientific research and societal progress [4][18][21]. Group 1: Contributions to Volcanology - Liu Jiaqi is recognized as China's first academician in the field of volcanology, having established the existence and characteristics of volcanoes in China, countering the international misconception that China lacks volcanoes [4][21]. - He has published comprehensive works, including "Chinese Volcanoes," which systematically details the temporal and spatial distribution of volcanoes in China [21][25]. - Liu has linked volcanic activity to climate change, emphasizing its role as a significant factor in climate variations [23]. Group 2: Research and Exploration - Liu Jiaqi has conducted extensive field research across China, visiting 34 provinces and regions to gather evidence of volcanic activity [21]. - His research has led to the discovery of maar lakes, which serve as excellent indicators for studying ancient climates and environments [23]. - He has engaged in international research collaborations, bringing global attention to Chinese volcanology and hosting influential volcanic conferences in China [25]. Group 3: Innovation and Application - Liu has pioneered the conversion of basalt, a product of volcanic eruptions, into basalt fiber, which has significant commercial value, increasing its worth from approximately 50-60 yuan per ton to 20,000-100,000 yuan after processing [35]. - The basalt fiber has been utilized in advanced applications, including the production of materials for space exploration, such as the flag used in the Chang'e 6 lunar mission, which can withstand extreme temperatures [39]. Group 4: Public Engagement and Education - Liu Jiaqi has actively engaged in science communication, producing over 200 educational videos that have garnered a large following, making complex geological concepts accessible to the public [44]. - His dedication to education and outreach reflects a commitment to fostering a greater understanding of geology and its relevance to society [44].

Group 1 - The Shaanxi Provincial Citizen Science Quality Competition concluded with the theme "Promoting Scientific Spirit and Cultivating Innovation" held in Yan'an, featuring 10 teams competing in various quiz formats [1] - Baoji City team won the first prize, while teams from Yan'an and Xi'an secured the second prize, and teams from Shangluo, Yulin, and Hanzhong received the third prize [1] - The competition aimed to enhance public scientific literacy and encourage participation from diverse sectors including universities, research institutions, and social organizations [1] Group 2 - Six new "Practicing Scientist Spirit Courtyards" were established, covering four districts, aimed at fostering collaboration between agricultural experts and local agricultural entities [2] - The initiative includes the awarding of "Chief Expert" certificates to seven agricultural specialists, promoting technology and knowledge transfer to support rural revitalization [2] - The Shaanxi Provincial Agricultural Society plans to continue leveraging these courtyards to enhance local agricultural practices through research and training [2] Group 3 - The Xi'an Science Experiment Exhibition Competition concluded, showcasing 30 teams competing in various scientific disciplines [3] - The event emphasized creativity in presenting scientific principles through engaging visual performances and experimental designs [3] - The "Science Xi'an" initiative aims to strengthen the integration of science communication and technological innovation, contributing to the city's development as an innovative hub [3]

Core Viewpoint - The article highlights the importance of science popularization (popular science) efforts by Chinese academicians, emphasizing their role in enhancing public understanding of science and fostering interest in scientific knowledge [6][7][11]. Group 1: Importance of Science Popularization - Academicians play a crucial role in science popularization, helping the public understand scientific knowledge and improve scientific literacy [6][7]. - Engaging in popular science activities is seen as an obligation for academicians, contributing to the cultivation of scientific talent and innovation [8][9]. - The article discusses the positive impact of popular science on correcting misconceptions and providing accurate information about scientific developments [8][9]. Group 2: Targeted Approaches in Science Popularization - Different approaches are necessary for various audiences, such as middle school students, university students, and professionals in government and enterprises [9][10]. - For middle school students, interactive methods are emphasized, while university students benefit from broader interdisciplinary knowledge [9][10]. - Professionals require practical applications of scientific knowledge relevant to their fields [9][10]. Group 3: Diverse Formats for Science Communication - Science popularization can take many forms, including books, videos, lectures, and online platforms [11][13]. - The integration of scientific discoveries into educational materials, such as textbooks, is highlighted as an effective way to disseminate knowledge [13][14]. - The article mentions the significance of using various media to engage the public and enhance their understanding of scientific concepts [13][14]. Group 4: Personal Experiences and Insights - Academicians share their personal experiences in research and the importance of maintaining curiosity and resilience in scientific endeavors [15][17]. - The significance of igniting interest in science among students is emphasized, showcasing how storytelling can make science relatable [15][17]. - The article illustrates memorable moments from popular science activities, highlighting the positive reactions from students when they connect scientific principles to real-life scenarios [15][17].

Core Points - The event "Committee Science Lecture" was held in Beijing, focusing on popular science education [1] - The significance of developing aerospace technology was emphasized, particularly through the lens of materials supporting aerospace equipment [1] - Over 600 participants attended, including members of the National Committee, representatives from the China Association for Science and Technology, and students [1] Group 1 - The event aims to implement Xi Jinping's important discourse on popular science work [1] - The platform allows committee members to fulfill their responsibilities and promote science for the public [1] - The initiative contributes to achieving high-level technological self-reliance and fostering a society that values and respects science [1]