Plant vs. Animal, Which is the Most Prefer Understanding of Evolution?

Hana Gardenia Mahbubah, Topik Hidayat, Bambang Supriatno

Abstract

Evolution is one of the main subjects of biology taught in science colleges. Unfortunately, students seem less attention to this subject. In the subject of evolution, the lesson commonly uses the animal as a model to improve the students understanding. The purpose of this study is to compare the ability of tree thinking students who use animals and plants as a model in the evolution lesson. Tree thinking refers to an approach to evolution that emphasizes reading and interpreting phylogenetic tree. This study involved 20 undergraduate students enrolled in the evolution course for biology majors at Universitas Pendidikan Indonesia (UPI). The tree thinking ability of students was measured using Tree Thinking Concept Inventory (TTCI) of Naegle with a little modification. In this test, we analyzed student preferences using animal or plant models using phylogenetic tree diagrams. Results showed that students’ TTCI score was higher when using animal models (65.42%) than plant models (55%). These results suggested that students remain to prefer animal models compare to plant models to study evolution. Nevertheless, the use of plants as models can be an alternative to learning evolution in the future.

Keywords

Tree thinking, TTCI, Plant vs Animal, Evolution

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References

Hidayat, T 2017 Menggairahkan Pembelajaran Taksonomi Di Kelas Menggunakan Metode Fenetik. Retrieved: 20 Juni 2017

Miller J D, Scott E C, and Okamoto S 2006 Science. 313 765-766

Lovely E C, and Kendrick L C 2008 Integrative and Comparative Biology. 48 164-174

Gibson and Hoefnagels 2015 Evolution: Education and Outreach. 8 15

Kummer T A 2017 Assessing and Improving Student Understanding of Tree- Thinking (Ph.D. dissertation) USA: Brigham Young University

Philips C B, Novick L R., Catley K M., Funk D J 2012 Evolution: Education and Outreach. 5 595-602

Baum D A and Smith S D 2013 Tree Thinking An Introduction to Phylogenetic Biology ‘ Ed Michael Ziegler’ the United States: Roberts and Company Publishers, Inc 2

Novick L R., Stull A T, Catley K M 2012 Bioscience 62 757-764

Walter E M, Halverson K M, Boyce C J 2013 Evolution: Education and Outreach 6 26

Naegle E 2009 Patterns of thinking about phylogenetic trees: A study of student learning and the potential of tree-thinking to improve comprehension of biological concepts (Ph.D. dissertation) Pocatello, ID: Idaho State University

Catley K M, Phillips B C, and Novick L R 2013 Research in Science Education 43 2327–2348

Carr S M 2012 Concepts of monopoly, polyphyly, & paraphyly Retrieved: 20 Juni 2017

Eddy S L, Crowe A J, Wenderoth M P, and Freeman S 2013 Evolution: Education and Outreach 1 13

Olson S, Rapporteur, Laov J 2012 Thinking Evolutionarily: Evolution Education Across the Life Sciences: Summary of a Convocation Washington (DC): National Academies Press (US)

Smith J J, Cheruvelil K S, Uvenhine S A 2013 CBE—Life Sciences Education 12 542–552

Meisel R P 2011 Evol Educ Outreach 3 621–628

Meir E, Perry J, Herron J, Kingsolver J 2007 Am Biol Teach 69 71–76

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