The Problem of Teaching the Science of Climate Change: A Call for Critical Thinking in Teacher Education and Professional Development

The Problem of Teaching the Science of Climate Change: A Call for Critical Thinking in Teacher Education and Professional Development

Isidoro Talavera
DOI: 10.4018/IJTEPD.347220
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Abstract

This article discusses how to teach the science of climate change as a call for introducing critical thinking in science teacher education programs and professional development. It can be argued that to get a science student to develop his/her critical thinking skills to think outside the box, teachers must work to overcome the student's and their own dogmatic beliefs, hardened biases, and motivated and/or distorted reasoning. The article shows how teacher education programs and professional development providers should change their methods and strategies by providing a framework to overcome the key elements of the problem of teaching the science of climate change, and by providing some high-quality resources to teach this topic with practical ideas made available for teachers at all levels.
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Framework For How To Teach The Science Of Climate Change

The Need to Teach the Controversial Science of Climate Change

There is a stark fissure between scientists and citizens about whether climate change exists and whether it is due primarily to the human use of fossil fuels (Funk & Rainie, 2015). Moreover, there is also public resistance to thinking critically about this issue, supported by hardened beliefs, motivated reasoning, fallacious thinking, and misinformation. To deal with such challenges, this treatise adopts a common core understanding of critical thinking that takes an argument apart using analysis and evaluates whether any resulting conclusion follows accurately from the evidence (see Crazypills, 2009, and QualiaSoup, 2009).

Accordingly, there is a need to deal with publicly popular resistance to—and misconceptions and distortions about—the issue of climate change (Union of Concerned Scientists, 2018). This demands that we promote and defend the integrity of science education in the face of the climate change controversy and help teachers gain the confidence and support they need to teach the science of climate change effectively against the tide of cultural, political, and religious ideological interference. Notably, the National Center for Science Education (https://ncse.com) defends the integrity of science education against ideological interference. It works with teachers, parents, scientists, and concerned citizens at the local, state, and national levels to ensure that topics like climate change are taught accurately, honestly, and confidently.

These changes in our science teacher education programs are crucial for our survival as a species because society and the relationships among individuals within a society influence how we make choices and how policy discussions might (or might not) improve how we think about climate change. Accordingly, only when the currently low scientific literacy of the American population rises to the level of accurate and sympathetic understanding of science will the appeal of nonscience, pseudoscience, and just plain bad science diminish sufficiently to disable the quackeries that today prey upon people. However, at least in America and probably in the United Kingdom as well, no improvement can be expected until there are major changes in the way schoolteachers are trained to teach science (Forrest & Gross, 2005).

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