Analysis of High School Students’ Polar Literacy and Its Implications for Polar Education

IF 0.3 Q4 GEOSCIENCES, MULTIDISCIPLINARY Journal of the Korean Earth Science Society Pub Date : 2022-06-30 DOI:10.5467/jkess.2022.43.3.446
Sueim Chung, Han-Yong Choi, Minje Kim, Donghee Shin
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Abstract

: This study suggests the need for polar literacy education as an effective conceptual system to explain climate change in terms of science education in line with the common effort of humankind to respond to global environmental changes. To this end, we investigated the status of polar literacy in high school students through quantitative tests and qualitative interviews and discussed the resulting implications. A total of 329 high school sophomore students from two high schools participated in a test consisting of 25 true and false questions developed by referring to the Polar Literacy Principles, while 13 students agreed to be interviewed. The results showed that a somewhat insufficient understanding and conceptual gaps appeared regarding several areas of the Polar Literacy Principles. Knowledge of the geographic features of the polar regions was weak, and little was known about the components and key characteristics of the cryosphere. The lack of understanding of these concepts results in the inability of students to link the operational mechanisms of polar and global climate change sufficiently. While accepting unsatisfactory concepts in the school curriculum without criticism from outside media, students perceived the mechanism of climate change as somewhat monotonous or distorted. Moreover, linguistic information, analogies, and visual observation were used as cognitive strategies to compensate for the ambiguous understanding of polar and climate change. Based on the abovementioned results, we argue that polar literacy education should be introduced as a new knowledge system that can be used to aid a systematic and comprehensive understanding of climate change within the school science curriculum. Additionally, we suggest the following implications: review the consistency of knowledge related to polar literacy in other subjects, provide critical standards for out-of-school media information related to climate change, examine students’ misconceptions, and identify improved thinking strategies.
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高中生极地素养分析及其对极地教育的启示
:本研究建议极地素养教育作为科学教育解释气候变化的有效概念体系,与人类应对全球环境变化的共同努力相一致。为此,我们通过定量测试和定性访谈调查了高中生的极性素养状况,并讨论了由此产生的影响。来自两所高中的329名高二学生参加了一项由25个真假问题组成的测试,该测试参考了极地素养原则,13名学生同意接受采访。结果表明,在极地扫盲原则的几个领域出现了理解不足和概念差距。对极地地理特征的认识很薄弱,对冰冻圈的组成和关键特征所知甚少。对这些概念的理解不足,导致学生不能充分地将极地和全球气候变化的运行机制联系起来。在接受学校课程中不令人满意的概念而不受外界媒体批评的同时,学生们认为气候变化的机制有些单调或扭曲。此外,语言信息、类比和视觉观察被用作认知策略来弥补对极地和气候变化的模糊理解。基于上述结果,我们认为应该引入极地素养教育作为一种新的知识体系,可以用来帮助学校科学课程系统和全面地了解气候变化。此外,我们提出以下建议:审查其他科目中与极地素养相关的知识的一致性,为与气候变化相关的校外媒体信息提供关键标准,检查学生的误解,并确定改进的思维策略。
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来源期刊
Journal of the Korean Earth Science Society
Journal of the Korean Earth Science Society GEOSCIENCES, MULTIDISCIPLINARY-
自引率
50.00%
发文量
46
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