公众对科学的理解是基本素养

N. Law, P. Fensham, Steven Li, B. Wei
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引用次数: 26

摘要

早在19世纪80年代,托马斯·赫胥黎(Thomas Huxley)和马修·阿诺德(Matthew Arnold)就认为,普通人文教育的一个重要组成部分是,一个人需要一些科学知识,才能成为学术团体的一员。五十年后,约翰·杜威提出了同样的问题,但他认为这是在一个人需要什么样的科学知识和理解才能阅读、理解、表达意见和参与涉及科学的日常事务的功能方面?这两种观点现在都对学校的科学课程产生了影响。在20世纪80年代,一些国家和教科文组织在“全民科学”的口号下承认了学校科学的新目标。随后,对这些目标的承诺不再是一个问题,它们现在在科学素养的口号下传播到世界各地。当科学素养被接受为通过学校实施的目标时,自然会提出这样的问题:这对学校科学意味着什么?学校科学应该教些什么?为了回答这些问题,科学界和教育界一直在争论其含义和适当的内容,以及现在通过一些新的学校课程进行的实际探索。然而,对于应该产生的优先事项,没有达成共识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Public understanding of science as basic literacy
As long ago as the 1880s Thomas Huxley and Matthew Arnold argued that an essential part of general, liberal education that some scientific knowledge was needed for an individual to quality as a member of the learned community? Fifty years later John Dewey raised the same issue, but argued for it in the functional terms of what scientific knowledge and understanding an individual needs to be able to read about, comprehend, express opinions and take part in everyday matters involving science? Both of these perspectives are now having impact on the school science curriculum. During the 1980s, a number of countries and UNESCO acknowledged new goals for school science under the slogan of'Science for All'. Subsequently, commitment to these goals has no longer been an issue, and they have now spread worldwide under the slogan of scientific literacy. When scientific literacy is accepted as a goal to be implemented through schooling, it is natural to ask the questions, What does this mean for school science? And what should be taught in school science?To answer these questions there has been a continuing debate and in scientific and educational communities about both the meaning and the appropriate content, as well now of practical exploration via a number of new school curricula. However, there has been no consensus about the priorities that should result.
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