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University Students’ Conceptions about Global Warming and Climate Change

机译:大学生对全球变暖和气候变化的构想

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The aim of this study is to assess the global warming and climate change preconceptions and misconceptions of students. Descriptive survey method was used for the study. The participants of this study were 84 university students who were in the first and last year of their study. Results show that in survey-based conception test first-year geography students scored significantly higher than third-year geography students (mean score of 57.42 to 52.00 and standard deviation 7.10 to 8.50 respectively; MD=5.42, t (82) 3.13, P=0.002, α=0.05.). Analyses of gender effect reveals that male students scored slightly higher (M=55.26, SD=8.36) than their female counterparts (M=52.65, SD=8.07) on climate change conceptual knowledge; MD=2.60, t (82) 1.33, P=0.186, α=0.05. Findings further indicate that both education levels grip a lot of cause-related and evidence-related misconceptions about the climate change. The mismatch between educational level and environmental conceptual knowledge calls for among others reevaluation of current harmonized modular curricula that help students to acquire deep knowledge about climate change.
机译:这项研究的目的是评估学生对全球变暖和气候变化的偏见和误解。描述性调查方法用于研究。这项研究的参与者是84名大学生,他们分别在研究的第一年和最后一年。结果显示,在基于概念的测验中,一年级地理学生的得分明显高于三年级地理学生(平均得分分别为57.42至52.00和标准差7.10至8.50; MD = 5.42,t(82)3.13,P = 0.002,α= 0.05。)。对性别影响的分析表明,在气候变化概念知识方面,男生的得分(M = 55.26,SD = 8.36)略高于女生(M = 52.65,SD = 8.07); MD = 2.60,t(82)1.33,P = 0.186,α= 0.05。研究结果进一步表明,两个教育水平都对气候变化存在很多因因和因果关系的误解。教育水平与环境概念知识之间的不匹配要求对当前的统一模块化课程进行重新评估,以帮助学生获得有关气候变化的深入知识。

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