Härtel Talia, Randler Christoph, Baur Armin
Department of Biology, Eberhard Karls University Tuebingen, 72076 Tuebingen, Germany.
Heidelberg School of Education, 69115 Heidelberg, Germany.
Animals (Basel). 2023 Mar 7;13(6):972. doi: 10.3390/ani13060972.
Scientists and conservationists suggest species knowledge as a possible starting point when it comes to creating deeper knowledge and awareness of nature, the environment, and biodiversity. The aim of this work was to analyze secondary school students' species knowledge of vertebrates and invertebrates. This is one of the first studies that also draws on invertebrates. Furthermore, we investigated whether knowledge of species forms a basis for the formation of environmental knowledge and attitude towards the environment. For this purpose, a questionnaire on species knowledge was developed. In addition, a questionnaire was used to measure environmental system knowledge, and the 2-MEV Attitude Scale to measure attitude towards the environment. The questionnaires were completed by 103 seventh and eighth-grade (age: 12-13) students of a secondary German school (Gymnasium, highest stratification level). The students identified more vertebrates than invertebrates (50.15% vs. 36.7%). The structural equation model with the latent variables species knowledge, environmental system knowledge, and attitude towards the environment showed that species knowledge has a highly significant influence on the two other latent variables. More precisely species knowledge explained 28% of the variance in environmental systems knowledge and 17% of the variance in attitude towards the environment. This study can therefore draw attention to the relevance of teaching species knowledge in the sense of Education for Sustainable Development, in order not to promote decreasing biodiversity through dwindling species knowledge.
科学家和自然资源保护主义者认为,在加深对自然、环境和生物多样性的认识和了解方面,物种知识可能是一个切入点。这项工作的目的是分析中学生对脊椎动物和无脊椎动物的物种知识。这是首批纳入无脊椎动物研究的项目之一。此外,我们还调查了物种知识是否构成环境知识形成和环境态度形成的基础。为此,我们编制了一份关于物种知识的问卷。此外,还使用一份问卷来衡量环境系统知识,并使用2-MEV态度量表来衡量对环境的态度。问卷由德国一所中学(文理中学,最高分层级别)的103名七年级和八年级学生(年龄:12 - 13岁)填写。学生识别出的脊椎动物比无脊椎动物多(50.15%对36.7%)。包含潜在变量物种知识、环境系统知识和对环境态度的结构方程模型表明,物种知识对其他两个潜在变量有高度显著的影响。更确切地说,物种知识解释了环境系统知识中28%的方差以及对环境态度中17%的方差。因此,本研究能够提请人们注意在可持续发展教育意义上教授物种知识的相关性,以免因物种知识的减少而加剧生物多样性的下降。