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An Interactive Online Course in Climate and Climate Change Advancing Climate Literacy for Non-Atmospheric Science Majors

机译:一种互动在线课程,气候和气候变化促进了非大气科学专业的气候识字

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摘要

Since 2013, the Department of Atmospheric and Oceanic Sciences at the University of Wisconsin-Madison has offered an online course titled "Climate and Climate Change." Students enrolled in this course learn the physical principles governing Earth's climate and climate change within the broader context of societal impacts and global political considerations. Students interact weekly with each other about these topics, and frequent instructor interaction stimulates further learning related to the course goals. The course was delivered through a balanced mix of forum discussions, weekly worksheets, quizzes, and a final project. For this study, student climate literacy was assessed through voluntary pre- and post-course surveys containing student self-assessment questions and a variety of questions directly based on course content. Post-course survey results indicate 99% of students taking this course feel "fairly well informed" or "very well informed" about their physical understanding of Earth's climate and the numerous processes governing climate change. The 2019 cohort observed a statistically significant increase in the percentage of students adopting the viewpoint that climate change is caused primarily by human activities. We present a template for implementation in other Earth science or atmospheric science curricula, which includes discussion forum, quiz, and worksheet examples from this course.
机译:自2013以来,威斯康星大学麦迪逊分校大气与海洋科学系提供了一项名为“气候与气候变化”的在线课程。参加本课程的学生将在更广泛的社会影响和全球政治考虑的背景下学习控制地球气候和气候变化的物理原理。学生们每周就这些话题进行互动,教师的频繁互动会促进与课程目标相关的进一步学习。课程通过论坛讨论、每周工作表、测验和最终项目的均衡组合进行。在这项研究中,学生的气候素养是通过自愿的课前和课后调查进行评估的,其中包括学生自我评估问题和直接基于课程内容的各种问题。课后调查结果显示,99%参加本课程的学生对他们对地球气候和控制气候变化的众多过程的物理理解感到“相当了解”或“非常了解”。2019年这一群体观察到,接受气候变化主要由人类活动引起这一观点的学生比例在统计学上显著增加。我们提供了一个在其他地球科学或大气科学课程中实施的模板,其中包括本课程的讨论论坛、测验和工作表示例。

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