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When Chinese Masks Meet Phylogenetics

机译:当中国面具遇上系统发育学时

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摘要

Phylogenetics has a central role in the biological sciences. We suggest a hands-on exercise to demonstrate the task of character coding and its importance in phylogenetic systematics. This exercise is appropriate for undergraduate students in life sciences and related courses. The teacher must provide a single group of masks in which color patterns, textures, and formats provide the characters to fill the data matrix. (The masks could be replaced by a set of other complex objects.) In this case, because there is no actual phylogeny, students will not be concerned with recovering the correct topology. Character coding is the aim of the exercise. After the character matrix is completed, a phylogenetic tree is drawn and the students interpret the evolution of a single character, starting from the common ancestor, based on the topological pattern of the tree and on the data matrix. In sequence, the students name and provide a full diagnosis for the group of masks as revealed by the topological pattern. The comparison between group results is also educational: there will be some common patterns between trees, but others will differ as in biological systematics.
机译:系统发育学在生物科学中具有核心作用。我们建议动手练习以演示字符编码的任务及其在系统发育系统学中的重要性。此练习适合生命科学和相关课程的本科生。教师必须提供一组蒙版,其中颜色图案,纹理和格式可提供填充数据矩阵的字符。 (可以用一组其他复杂的对象代替这些遮罩。)在这种情况下,由于没有实际的系统发育史,学生将不必担心恢复正确的拓扑。字符编码是练习的目的。字符矩阵完成后,将绘制系统发育树,学生将根据树的拓扑模式和数据矩阵从共同祖先开始解释单个字符的演变。依序,学生命名并提供完整的诊断信息,以了解拓扑模式所显示的那组口罩。小组结果之间的比较也是有教育意义的:树木之间会有一些共同的模式,但是其他方面在生物学系统上会有所不同。

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