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Place-based climate change: lowering students' psychological distance through a classroom activity
1Department of Biological Sciences, University of Northern Colorado, Greeley, Colorado, USA.
Journal of Microbiology & Biology Education
|March 22, 2024
Summary
A new classroom intervention effectively reduced psychological distance (PD) to climate change in undergraduate biology students. This approach, using place-based education, helps students better understand climate impacts by lowering spatial and social distance.
Area of Science:
- Environmental Psychology
- Climate Change Education
- Place-Based Learning
Background:
- Psychological distance (PD) hinders student perception of climate change impacts and severity.
- Place-based approaches can reduce PD by localizing climate change.
- Effective pedagogical strategies are needed to address student disconnect from climate change.
Purpose of the Study:
- To evaluate a novel classroom intervention designed to decrease undergraduate biology students' spatial and social psychological distance from climate change.
- To determine if the intervention influenced students' recognition and perception of climate change severity.
- To identify external variables that may have influenced changes in students' psychological distance.
Main Methods:
- A classroom intervention was developed integrating place-based education and the Teaching for Transformative Experiences in Science model.
- Pre- and post-intervention surveys, including multiple instruments, were administered to measure students' psychological distance and recognition of climate change.
- Statistical analysis was used to assess the intervention's efficacy and identify predictor variables for post-activity scores.
Main Results:
- Students' psychological distance to climate change significantly decreased following the intervention.
- The intervention successfully lowered both spatial and social psychological distance related to climate change.
- Course level was identified as the sole significant external predictor of students' post-intervention scores.
Conclusions:
- The developed classroom intervention is effective in reducing psychological distance to climate change among undergraduate biology students.
- Place-based strategies can be valuable tools for educators aiming to enhance student engagement with climate change.
- Reducing psychological distance has potential long-term implications as these students become future scientists and informed citizens.
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