Abstract:In this qualitative study, we aim to identify suitable pedagogical approaches to teaching and learning green chemistry among college students and preservice teachers by examining the teaching methods that have been used to promote green chemistry education (GCE) and how these methods have supported green chemistry learning (GCL). We found 45 articles published in peer-reviewed scientific journals since 2000 that specifically described teaching methods for GCE. The content of the articles was analyzed based on … Show more
“…Even though Chen, Jeronen and Wang [12] did a comprehensive literature review with a view to identifying appropriate pedagogical approaches to teaching and learning green chemistry among college students and pre-service teachers, the reviewed works are expository essays with focus on green chemistry learning programmes review, course designs, evaluations, instructional methods descriptions, and activity reports among others [13][14][15][16][17].…”
Section: Literature Reviewmentioning
confidence: 99%
“…The review by [12] was carried out by inquiring into the instructional methods that were being used to facilitate green chemistry education, and how these methods have reinforced the learning of green chemistry. Forty five peer journal articles were reviewed.…”
There have been series of advocacies all over the world to prepare future scientists who would take up the challenge of eradicating environmental pollution through the deployment of scientific knowledge such as green chemistry. This study investigated teachers’ knowledge of green chemistry in Kwara State, Nigeria. The Green Chemistry Knowledge Questionnaire (GCKQ) was used to collect the data. Answers were provided to the research questions using the mean and percentage, while the research hypotheses were subjected to t-Test and ANOVA. Findings from the study revealed that the teachers’ knowledge of green chemistry was high and significantly higher among experienced teachers. It is recommended that the chemistry teachers should endeavor to pass green chemistry ideas to the students and that the experienced chemistry teachers should carry the less experienced teachers along in the course of passing across the knowledge of green chemistry.
“…Even though Chen, Jeronen and Wang [12] did a comprehensive literature review with a view to identifying appropriate pedagogical approaches to teaching and learning green chemistry among college students and pre-service teachers, the reviewed works are expository essays with focus on green chemistry learning programmes review, course designs, evaluations, instructional methods descriptions, and activity reports among others [13][14][15][16][17].…”
Section: Literature Reviewmentioning
confidence: 99%
“…The review by [12] was carried out by inquiring into the instructional methods that were being used to facilitate green chemistry education, and how these methods have reinforced the learning of green chemistry. Forty five peer journal articles were reviewed.…”
There have been series of advocacies all over the world to prepare future scientists who would take up the challenge of eradicating environmental pollution through the deployment of scientific knowledge such as green chemistry. This study investigated teachers’ knowledge of green chemistry in Kwara State, Nigeria. The Green Chemistry Knowledge Questionnaire (GCKQ) was used to collect the data. Answers were provided to the research questions using the mean and percentage, while the research hypotheses were subjected to t-Test and ANOVA. Findings from the study revealed that the teachers’ knowledge of green chemistry was high and significantly higher among experienced teachers. It is recommended that the chemistry teachers should endeavor to pass green chemistry ideas to the students and that the experienced chemistry teachers should carry the less experienced teachers along in the course of passing across the knowledge of green chemistry.
“…The existing problems related to the environment need to be solved through education because the elements contained in the curriculum enhance the country towards sustainable development in the future [8], [9]. Therefore, students should empower themselves with sustainability knowledge and understanding of the human world; to learn decision making based on ethical, social, environmental and economic issues; and to learn to act and behave in accordance with sustainable development thinking [10]. This needs a more effective education and capacity building and a much broader understanding and implementation of Green chemistry curricula at various levels, from school to university in all countries [11].…”
<span lang="EN-US">The purpose of the study was to develop a valid and reliable instrument that can assess green chemistry awareness among secondary schools. This study applied a quantitative approach with a survey design to obtain information related to items and constructs to build an instrument to access student awareness of green chemistry. The study population involved all form four students who are taking a chemistry subject in 85 secondary schools in the State of Melaka, Malaysia. This study involved two phases and all the respondents were selected using a random sampling method. The first phase involved 700 respondents and the second phase involved 500 respondents. The pilot study involved 100 students who were also randomly selected from the same population but not involved in phase I and phase II study. The data obtained were analyzed using Statistical Package for Social Science (SPSS) software. As a result, the Green Chemistry Awareness Instrument (GCAI) was developed. GCAI contains six constructs with a total of 29 items; knowledge (eight items), attitudes (six items), value (eight items), and awareness lighting (seven items). GCAI was found to have good content and construct validity as well as high reliability. Hence, it can assess green chemistry awareness among secondary school students. GCAI also has the advantage of being easily administered.</span>
“…Many studies on green chemistry at the university level have been carried out (Mitarlis, 2016;Summerton, 2018;Paristowati, 2019;Mirzaei, 2019;Chen, 2020;Carabineiro, 2021) and other researchers. Likewise, at the SMA/MA level (Saptorini, 2014;Rosita, 2014;Afiyanti, 2014;Ahmadi, 2016;Redana, 2017;Risna, 2019;Arif, 2020) and other researchers, even at SMK (Auliah, 2018).…”
The principles of green chemistry can be implemented in chemistry learning. Basic Chemistry learning with Green Chemistry insight can also be adapted to high school chemistry learning. This study aims to describe basic chemistry learning, adaptations of chemistry learning and design of chemistry learning with green chemistry insight at high school based on the results of previous research. The method used in this study was a systematic review, namely a systematic narrative review conducted by mapping or systematic mapping study. Sources of data from electronic documents were traced through Google searching, ERIC document data, and research gates with the keyword's green chemistry and green education. The results show that basic chemistry learning can apply several principles of green chemistry. The principles (preventing/reducing waste, saving energy, and using renewable feedstock) can be implemented in several chemistry topics. The topics cover separating mixtures, chemical reactions, fundamental laws of chemistry, acids and bases, and reaction rates. Also, green chemistry can be adapted to high school chemistry even though it has not been stated in the chemistry curriculum. The design of chemistry learning with green chemistry insight can apply several learning models, such as Problem Based Learning (PBL), Project Based Learning (PjBL), and Inquiry or Contextual Teaching and Learning (CTL).
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