Vision and Change Jonathan Knott , Paige Stephens , Herbert R. Fynewever

advertisement

Teaching Ecology and Evolution Through the Lens of Vision and Change

Jonathan Knott

1

, Paige Stephens

1

, Herbert R. Fynewever

2

, & David S. Koetje

1

Department of Biology

1

and Department of Chemistry & Biochemistry

2

, Calvin College, Grand Rapids, MI

Vision and Change

Core Competencies

• Ability to tap into the interdisciplinary nature of science

• Ability to apply the process of science

• Ability to apply quantitative reasoning

• Ability to use modeling and simulation

• Ability to communicate and collaborate, including with other disciplines

• Ability to understand the relationship between science and society

Development Strategy

• Development workshop – team of instructors,

PIs, and undergraduate students brainstorm module topics

• Students optimize lab procedures and draft lab manual using a “hybrid” design strategy

(Figure 1)

• PIs and instructors review and edit

• Implementation – fall 2013 semester

• External evaluations and revisions

Figure 1: A diagram of our hybrid strategy for course development

Module 2 Example

Module Descriptions

Module One:

Aster Hybridization—Students investigate the process of speciation and develop field biology research skills in the context of studying a hybrid aster population on the campus of Calvin College.

Module Two:

Fish Phylogenetics—Students use morphological and genomic strategies to study relationships with the Salmonidae family represented in the Great Lakes, to construct phylogenetic trees, and to explore how these tools are used for wildlife conservation.

Module Three:

Hominid Evolution—Students distinguish between evolutionary adaptation and social development by examining skull replicas of hominids and modern primates and by investigating human gender differences in behaviors and sexual selection.

Alignment with Vision and Change Core Competencies

Aster Specimens: Tooth Length versus

Percent Leaves with Cordate Base

MEGA Maximum Parsimony Phylogenetic Tree from Salmonid Fish Species DNA

Biology 225L activities include: identifying aster species based on morphological characteristics

(bottom left); extracting fish DNA (top left); creating a phylogenetic tree from the DNA sequences (top right); and performing quantitative and qualitative analyses on hominid skull replicas (bottom right).

Assessment Plan

• Critical Thinking Assessment Test (CAT)

• Assessment questions and “CAT analogs”

• Pre- and Post-assessments

• Student research notebooks, research reports, and other artifacts

• Informal assessments: daily assignments SALG

(Student Assessment of Learning Gains) survey

• Comparison to previous lab manual

Acknowledgements

This project was funded by NSF TUES grant #1140767.

We would also like to thank:

• Calvin collaborators in Biology, Chemistry &

Biochemistry, Psychology, Mathematics & Statistics, and Computer Science for invaluable assistance

• Curators of the University of Michigan Herbarium for aster specimens

• Local fishing charters for donations of tissues from fish caught in Lake Michigan

Download