Teaching plant biology through “Plant senses”—a more engaging, holistic approach and introduction

IF 2.2 4区 生物学 Q2 PLANT SCIENCES
Jana Krtková
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Abstract

Higher education offers unique ways to provide students with knowledge of plant biology, as well as an engaging lens through which plants may be seen and appreciated. The tremendous volume of knowledge sometimes calls for introducing a different conceptual view to students who aim to become involved in plant research and related fields. It requires stepping back to consider the plant as a whole organism, connected to other organisms within an ecosystem and as a complex living form with its own plant-specific senses. Inspired by several bestselling books in this field, I launched a Plant Senses course. When using the Plant Senses tool to teach plant biology it is challenging to prevent students from over-interpreting and projecting animal features onto the plants, yet avoid an elitist zoocentric position that denies plant capacities we cannot observe with our animal perception. My course attempts to stimulate students to see the ecological importance of plants for much of life on this planet and to draw their attention to the economic value of plants to human societies. Here, I present the structure of the course and the topics covered. Further, I discuss the potential to spread this approach to other curricula and how these different fields may benefit from implementing such a course.

通过 "植物感官 "教授植物生物学--更有吸引力、更全面的方法和介绍
高等教育为学生提供了独特的植物生物学知识,以及观察和欣赏植物的引人入胜的视角。有时,巨大的知识量要求我们向希望从事植物研究和相关领域工作的学生介绍不同的概念观点。这需要退一步将植物视为一个完整的有机体,与生态系统中的其他有机体相连接,是一种复杂的生命形式,具有植物特有的感官。受该领域几本畅销书的启发,我推出了植物感官课程。在使用 "植物感官 "工具讲授植物生物学时,既要防止学生过度解读和将动物特征投射到植物上,又要避免以动物为中心的精英主义立场,否认我们无法用动物感知力观察到的植物能力,这是很有挑战性的。我的课程试图激发学生看到植物对地球上大部分生命的生态重要性,并提请他们注意植物对人类社会的经济价值。在此,我将介绍课程的结构和涵盖的主题。此外,我还讨论了将这种方法推广到其他课程的可能性,以及这些不同领域如何从实施这种课程中受益。
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来源期刊
CiteScore
4.20
自引率
7.70%
发文量
32
期刊介绍: The journal does not publish articles in taxonomy, anatomy, systematics and ecology unless they have a physiological approach related to the following sections: Biochemical Processes: primary and secondary metabolism, and biochemistry; Photobiology and Photosynthesis Processes; Cell Biology; Genes and Development; Plant Molecular Biology; Signaling and Response; Plant Nutrition; Growth and Differentiation: seed physiology, hormonal physiology and photomorphogenesis; Post-Harvest Physiology; Ecophysiology/Crop Physiology and Stress Physiology; Applied Plant Ecology; Plant-Microbe and Plant-Insect Interactions; Instrumentation in Plant Physiology; Education in Plant Physiology.
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