UNCOVERING LOWER SECONDARY SCHOOL STUDENTS’ APPROACHES DURING BIOLOGICAL OBSERVATION
| Title | UNCOVERING LOWER SECONDARY SCHOOL STUDENTS’ APPROACHES DURING BIOLOGICAL OBSERVATION |
| Publication Type | Journal Article |
| Year of Publication | 2026 |
| Authors | Hašpl, F, Vojíř, K |
| Journal | Journal of Baltic Science Education |
| Volume | 25 |
| Issue | 5 |
| Start Page | 855-869 |
| Pagination | Continuous |
| Date Published | October / 2026 |
| Type of Article | Original article |
| ISSN | 1648-3898 |
| Other Numbers | E-ISSN 2538-7138 |
| Keywords | eye-tracking, science process skills, scientific observation, secondary education, visual literacy |
| Abstract | Biological observation requires students to distinguish task-relevant morphological features from irrelevant visual information. However, little is known about how lower-secondary school students allocate attention while solving image-based biological tasks. This study examined observational approaches using eye-tracking. Seventy-five students completed 18 feature-identification tasks across fauna, flora, and microscopic life. Hierarchical cluster analysis of standardised eye-tracking metrics, supplemented by qualitative inspection of scan paths, identified four observational approaches: Quick Targeting (54.1%), Diagnostic Scanning (27.2%), Instruction-Guided Search (10.2%), and A Thorough Wander (8.5%). More than 72% of students showed one dominant approach across most tasks. Observational approach was associated with task performance, although the association was small (χ² = 29.00, df = 18, p = .048, Cramér’s V = .085). Diagnostic Scanning and Quick Targeting showed the highest mean scores (5.54 and 5.52 out of 6), whereas A Thorough Wander and Instruction-Guided Search showed lower scores (5.28 and 5.21). Longer viewing was not associated with better performance. Higher task performance was instead associated with attention to task-relevant morphological features. These findings support explicit visual guidance and systematic comparison of diagnostic features in image-based biology observation tasks. |
| DOI | 10.33225/jbse/26.25.855 |
| Refereed Designation | Refereed |
| Full Text |