Evaluating The Perception of Climate Change Among Secondary School Science Teachers for Knowledge-Based Sustainable Development

Valentine E. Nnadi, Nkechi G. Nnoli, Ikenna C. Ezeasor, Obiageli J. Okolo, Violet U. Nnadi, Ketanduoma N. Okorocha
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Abstract

There appears to be lack of knowledge about the cause and effect of climate change amongst the secondary school students. This asks for evaluation of their source of knowledge in schools through the assessment of their teachers’ knowledge and/or perception about climatic change. The survey research design was adopted and the perception of the secondary school science teachers’ (SSSTs) evaluated using questionnaire. The results showed that SSSTs perception of human activities associated with climate change and the effects of human activities associated with climate is moderate. This was very clear when the grand mean responses of the teachers were found to be 2.81 and 2.61 respectively. The student t-test statistics used at P>0.05 confirmed that there is no significant difference between the perception of urban and rural SSSTs on their perception of climate change. At P>0.05, there is significant difference between experienced and less experienced SSSTs on their perception of climate change. The research concludes that there is knowledge gap in our secondary school educational system concerning climate change. Therefore, it recommends capacity building in science-teaching education curriculum for knowledge-based sustainable development.
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基于知识可持续发展的中学科学教师气候变化认知评估
中学生似乎对气候变化的原因和影响缺乏了解。这要求通过评估教师对气候变化的知识和/或认知来评估他们在学校的知识来源。采用调查研究设计,采用问卷法对中学科学教师的认知进行评价。结果表明,SSSTs对与气候变化相关的人类活动和人类活动对气候的影响的感知是中等的。当发现教师的大平均反应分别为2.81和2.61时,这一点非常清楚。使用P>0.05的学生t检验统计量证实,城市和农村SSSTs对气候变化的感知之间没有显著差异。经验丰富的SSSTs与经验不足的SSSTs在气候变化感知上存在显著差异(P>0.05)。研究得出结论,我国中学教育系统在气候变化方面存在知识缺口。因此,本文建议在以知识为基础的可持续发展的科学教学教育课程中进行能力建设。
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