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Development and verification of digital contents for earth environmental education

地球环境教育数字内容的开发与验证

基本信息

批准号：
16500607
负责人：
CHO Kohei
金额：
$ 2.3万
依托单位：
Tokai University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2004
资助国家：
日本
起止时间：
2004 至 2006
项目状态：
已结题

项目摘要

1. Solar radiation data analysis and educational material developmentThe solar radiation measurement including UV-A and UV-B are performed at the four observation sites in Japan. After collection and calibration, the data were opened to public via internet. The educational materials for understanding the importance of solar observation were prepared.2. Geomagnetic data analysis and educational material developmentThe geomagnetic data were collected at three observation sites in Japan. The data were analyzed and opened to public via internet. The educational materials for understanding the basic concept of earth magnetism including the mechanism of Aurora were produced.3. Earth observation satellite data analysis and educational material developmentEarth observation satellites, such as NOAA, MTSAT, Terra, data were collected at Tokai University Space Information Center (TSIC) in Kumamoto, Japan. The images were opened to public in near real time via internet. The educational materials for understanding the basic concept of remote sensing were produced.4. Development of human interface of the educational materialsThe human interface of the educational materials was produced using Flash software. By introducing various multimedia functions of Flash, the educational materials became quite attractive to the users who beginners in the field of solar radiation, geomagnetism or remote sensing. The users can try the educational materials like playing a game.5. Verification of digital contentsThe developed educational digital contents were used at face to face education and distance learning. The result proved the advantages of using the digital contents for improving the interest of students for earth environmental problems.

1.太阳辐射数据分析和教材开发在日本的四个观测点进行了包括UV-A和UV-B在内的太阳辐射测量。在收集和校准后，数据通过互联网向公众开放。分发了教育材料，以了解太阳观测的重要性。地磁数据分析和教材开发地磁数据是在日本的三个观测点收集的。这些数据经过分析并通过互联网向公众开放。制作了包括极光机制在内的地磁学基本概念的教材.地球观测卫星数据分析和教材编写这些图像通过互联网以接近真实的时间向公众开放。制作了了解遥感基本概念的教材.教材人机界面的开发利用Flash软件制作教材的人机界面。通过介绍Flash的各种多媒体功能，该教材对太阳辐射、地磁或遥感领域的初学者具有很大的吸引力。用户可以像玩游戏一样尝试教育材料。数字内容的验证开发的教育数字内容用于面对面教育和远程教育。实验结果证明了利用数字化内容提高学生对地球环境问题的兴趣的优势。