Mechanics and Ecology of Bird Flight

<p data-end="742" data-start="229">This resource is a two-week, inquiry-based undergraduate teaching module that integrates avian flight mechanics with behavioral ecology to promote quantitative reasoning and scientific process skills. The module includes lecture materials, laboratory and field activities, student worksheets, and guidance for data analysis and presentation. Students investigate how morphological and physiological traits influence flight performance and ecological behaviors using locally occurring bird species as case studies.</p> <p data-end="1180" data-start="744">The resource emphasizes hands-on data collection, hypothesis-driven analysis, and interpretation of biological data. Quantitative components include measurement of morphological traits, construction and analysis of datasets, data visualization, and statistical comparisons appropriate for introductory to intermediate biology courses. Activities are scaffolded to support students with diverse backgrounds in mathematics and statistics.</p> <p data-end="1716" data-start="1182">Designed for flexibility and broad adoption, the module can be implemented in a variety of institutional settings and ecological regions by substituting local bird communities and modifying analytical depth. The activities require minimal specialized equipment and can be conducted in both urban and rural environments. Instructor notes provide suggestions for adaptation, assessment, and alignment with course learning objectives, making this resource suitable for courses in organismal biology, ecology, biomechanics, and evolution.</p>