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Radon testing: A study of scitech and life science students' environmental knowledge and attitudes.

机译:on测试:对科技和生命科学专业学生的环境知识和态度的研究。

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Environmental education is aimed at producing a citizenry that is knowledgeable concerning the biophysical environmental and its associated problems, aware of how to help solve those problems, and motivated to work toward their solution. The purpose of this study was to determine if exposure to an environmental activity such as radon testing in the home had any effects on middle and high school students' general environmental knowledge and attitudes, and if these effects were retained beyond the actual science curriculum unit. Additionally, the study examined student-to-student transferability of general environmental knowledge and attitudes.; The study incorporated actual data gathering about radon levels in the students' homes using E-Perm containers which collect the alpha daughter particles emitted in the decay process on electrically charged plates that can be measured in the classroom for immediate feedback of results. The students also learned about topographic mapping, as the altitude of their homes was incorporated into their calculations.; Once the high school students tested their own homes, one section conducted the same radon project with seventh grade students. The high school students presented factual information, explained the importance of the project, topographically mapped the seventh grade students' homes, explained the data gathering procedures, lectured about radon, participated in a debate with them, listened to poster presentations, and demonstrated the proper usage of the E-perm containers. The other section of high school students served as a similar group control for comparison of the statistical results on environmental knowledge and attitude of the older students being the instructor of the younger ones.; Twenty-seven Junior and Senior level students and eighty-four seventh grade students attending a private, college preparatory school participated in the study. Findings of the study suggest there is not a linear relationship between the teaching of environmental knowledge and the formation of positive attitudes about the environment; however, gender and the age of the student did seem to have a significant effect upon the formation of these positive attitudes.
机译:环境教育的目的是培养一个对生物物理环境及其相关问题有知识的公民,了解如何帮助解决这些问题,并积极致力于解决这些问题。这项研究的目的是确定在家中进行ra测试等环境活动是否会对中学生和高中生的一般环境知识和态度产生任何影响,以及这些影响是否保留在实际的科学课程单元之外。此外,该研究还研究了一般环境知识和态度对学生与学生之间的转移能力。这项研究结合了使用E-Perm容器收集学生家中ra水平的实际数据,该容器收集在衰减过程中在带电板上的α子粒子,可以在教室中对其进行测量以立即反馈结果。学生们还学习了地形图,因为将房屋的高度纳入了计算。一旦高中生测试了自己的房屋,其中一个部门便与七年级学生进行了相同的ra项目。高中学生提供了事实信息,解释了该项目的重要性,对七年级学生的住所进行了地形图绘制,解释了数据收集程序,讲了关于ra的演讲,参加了与他们的辩论,听了海报介绍并展示了适当的方法。电子烫发容器的使用情况。高中学生的另一部分作为类似的小组控制,用于比较年龄较大的学生(较年轻的教师)的环境知识和态度的统计结果。参加私立大学预科课程的27名初中和高年级学生以及84位七年级学生参加了该研究。研究结果表明,环境知识的教学与对环境的积极态度的形成之间没有线性关系。但是,性别和学生的年龄似乎确实对这些积极态度的形成产生了重大影响。

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