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Science Literacy's Neglected Twin: Numeracy

机译:科学素养被忽视的双胞胎:奖学金

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Have introductory astronomy courses moved too far toward qualitative science? By itself, qualitative understanding, even deep appreciation, of the scientific endeavor is insufficient to engender scientific literacy. In order to interpret scientific information encountered in daily life and to distinguish it from pseudoscience, our students must also be quantitatively savvy. A scientifically literate citizen should be able to employ arithmetic, interpret numbers in context, read graphs and tables, and confidently incorporate numbers in writing. A gentle quantitative emphasis permeates our introductory astronomy courses to help our students become aware of their numerical deficits and appreciate the value of numerical thinking. This approach not only helps transform students into more well-informed citizens and capable problem solvers but also helps them achieve a deeper understanding of course material. We present data from an educational study that documents the extent of quantitative illiteracy and shows that improvements in attitude and achievement are possible.
机译:有介绍的天文学课程走得太远的定性科学?本身,定性理解,甚至深刻的欣赏,科学努力不足以提供科学素养。为了解释日常生活中遇到的科学信息并将其与伪科学区分开来,我们的学生也必须定量精明。科学识字的公民应该能够在上下文中使用算术,解释号码,读取图形和表格,并自信地包含数字以书面形式。温和的量化强调渗透我们的介绍性天文学课程,以帮助我们的学生意识到其数值赤字,并欣赏数值思维的价值。这种方法不仅有助于将学生转变为更知晓的公民和有能力的解决问题,而且还可以帮助他们实现更深入的理解课程材料。我们从教育研究中提出数据,以记录定量文盲的程度,并表明态度和成就的改进是可能的。

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