摘要
万维天文望远镜是一个天文科普教育的利器?对万维天文望远镜在国内的发展历程以及相关实践活动进行详细调查与数据分析发现?十年来国内基于万维天文望远镜平台的天文科普发展较快,但是存在区域发展的差异?主要表现为万维天文望远镜人才培训和漫游作品创作等实践活动主要集中在北京、湖北、广东、重庆等少数省市?让其普惠于大众还有很长的路要走?在总结国内运用万维天文望远镜平台发展天文科普教育问题的基础上?从“增强和落实基于科学数据的科普教育意识”、“加强人才培养”、“鼓励基于万维天文望远镜的天文科普作品创作与推广”三方面提出了一系列具有针对性的推广措施与建议,为我国天文科普教育活动特别是中小学天文科普活动的开展提供借鉴和参考.
The WorldWide Telescope(WWT)is a powerful tool for astronomical science education.Through investigation and textual analysis of the development of WWT in the country and relevant practices,it is found that the development of astronomical science popularization based on the WWT platform in China has developed rapidly in the past ten years,but there are differences in regional development,as manifested in that talent cultivation,creation of popular science works based on WWT and some other practical activities are only concentrated in a small number of regions,such as Beijing,Hubei,Guangdong and Chongqing.There is still a long way to go for benefiting the public in China.On the basis of summarizing the development of WWT in China,a series of targeted promotion measures and suggestions have been put forward,from the aspects of“enhancing and implementing the public education consciousness based on scientific data”,“strengthening talent cultivation”,and“encouraging the creation and promotion of astronomical science popularizing works based on WWT”.This work is a useful reference for education activities of astronomical science popularization in China,especially for primary and middle schools.
作者
林鸿志
王洪光
崔辰州
潘文彬
邓荣标
Lin Hongzhi;Wang Hongguang;Cui Chenzhou;Pan Wenbin;Deng Rongbiao(School of Geographical Sciences,Guangzhou University,Guangzhou 510006,China;School of Geographical Sciences,Fujian Normal University,Fuzhou 350007,China;School of Physics and Electronic Engineering,Guangzhou University,Guangzhou 510006,China;National Astronomical Observatories,Chinese Academy of Sciences,Beijing 100101,China)
出处
《天文研究与技术》
CSCD
2019年第3期372-380,共9页
Astronomical Research & Technology
基金
国家自然科学基金(11803055,11573008)
国家自然科学天文联合基金(U1731243,U1731125)
广东省科技计划项目(2017A070713035)资助
关键词
万维天文望远镜
天文科普
区域差异
WorldWide Telescope
Astronomical popularization
Regional differences