动物行为案例研究课程在沟通,迁移和亲代照顾使用拼图方法

CourseSource Pub Date : 2022-01-01 DOI:10.24918/cs.2022.25
L. Phillips, Kevin K Duclos, Mindi M. Summers
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摘要

动物行为课程整合了生物学科的概念,特别适合以学生为中心的合作教学策略。案例研究可以通过将学生的学习置于情境中,同时提供快速研究和与同龄人和教学团队进行丰富讨论的机会,对学生产生积极影响。案例研究还可以丰富学习环境,帮助创造一个安全、协作的空间,供学生提问和培养批判性思维技能。在这里,我们描述了三个案例研究课程计划,使用拼图方法,让学生探索动物交流,迁徙和亲代照顾。每个案例研究包括16个主要文献摘要,涉及四个不同的动物群体。在拼图方法中,学生们首先被分为四个“专家组”,在那里他们接受主要的文献摘要,探索特定动物行为的近似和最终方法(例如,神经生物学,生理学,遗传学和进化)。每个“专家小组”(例如蚂蚁、鸟类等)中有一名学生加入“拼图小组”,分享他们小组的知识。在每节课结束时,学生们将阅读一篇主要的文献文章摘要,准备并发表口头简报,总结并向拼图小组的新成员展示他们专家组的发现。通过这种协作式的点对点学习活动,学生可以获得解释、分析和综合科学文献的技能。他们也有机会练习有效而简洁地交流科学发现,分享动物行为是如何被研究的,并解释行为是如何受到近因和终极因素的影响的
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Animal Behaviour Case Study Lessons in Communication, Migration, and Parental Care Using the Jigsaw Approach
Animal behaviour courses integrate concepts across biological disciplines and are particularly well suited for collaborative, student-focused teaching strategies. Case Studies can positively impact students by placing their learning in context while providing an opportunity to do quick research and have rich discussions with both their peers and instructional team. Case Studies can also enrich the learning environment and help to produce a safe, collaborative space for asking questions and developing critical thinking skills. Here we describe three Case Study lesson plans using the Jigsaw approach that allows students to explore animal communication, migration, and parental care. Each Case Study includes 16 primary literature summaries on four different animal groups. In the Jigsaw approach, students are first sorted into four “expert groups” where they receive primary literature summaries exploring proximate and ultimate approaches to a specific animal’s behaviour (e.g., neurobiology, physiology, genetics, and evolution). One student from each “expert group” (e.g., ants, birds, etc.) then joins and shares their group’s knowledge in a “jigsaw group.” By the end of each lesson, students will have read one primary literature article summary, prepared and delivered an oral brief, and summarized and then presented their expert group’s findings to the new Jigsaw group members. Through this collaborative peer-to-peer learning activity, students gain skills in interpreting, analyzing and synthesizing scientific literature. They also have the opportunity to practice communicating scientific findings effectively and concisely, sharing how animal behaviour is studied, and explaining how behaviour is influenced by both proximate and ultimate factors
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