Section 3: Enhance
| Website: | Bios4You |
| Kurs: | (38) Climate Change and the Threat of Species Extinction |
| Buch: | Section 3: Enhance |
| Gedruckt von: | Svečio paskyra |
| Datum: | Dienstag, 25. August 2026, 05:56 |
How Augmented Reality (AR) Improves Learning
Augmented Reality (AR) tools significantly improve the learning process by turning abstract and complex environmental processes into clear, interactive experiences. Topics such as climate change, species extinction, and ecosystem collapse are often difficult for students to understand because they happen on a global scale or over a long period of time. AR helps make these processes visible and easier to understand by showing them in a visual and interactive way (Chong & Kiew, 2020).
In this unit, Delightex is the main tool for AR scenes, while Google Arts & Culture and Seek by iNaturalist can be used as optional extra resources. In this learning unit, AR is used to support understanding, emotional engagement, and active participation. Instead of only reading texts or watching videos, students can explore ecosystems, species, and environmental changes through digital 3D content and interactive tasks.
Visualising Complex Environmental Processes
Many effects of climate change on biodiversity cannot be observed directly in everyday life. Examples include coral bleaching, melting polar ice, changing migration routes, or ecosystem collapse. AR applications such as Google Arts & Culture – Expeditions allow students to explore realistic 3D models of coral reefs, forests, and endangered species affected by climate change (UNESCO, n.d.).
Through these visual experiences, students can better understand how rising temperatures, ocean acidification, and habitat loss affect living organisms. Seeing ecosystems in AR helps learners understand relationships between species and their environments, instead of memorising isolated facts.
AR visual inspiration: https://artsandculture.google.com/project/expeditions
Promoting Active Exploration and Real-World Connection
AR also supports active learning by encouraging students to explore their real environment. The application Seek by iNaturalist allows students to identify plants and animals using their device camera. This helps learners connect classroom knowledge with local biodiversity and understand that climate change also affects species close to home (iNaturalist, n.d.).
By observing real organisms and linking them to climate-related threats, students develop ecological literacy and a sense of responsibility. Learning becomes more meaningful when students see that global problems have local consequences.
👉 AR-supported biodiversity exploration:
https://www.inaturalist.org/pages/seek_app
Increasing Engagement, Motivation, and Empathy
AR experiences are immersive and interactive, which increases student motivation and attention. Virtual field trips and AR-based exploration turn students into active participants instead of passive learners. This approach supports deeper understanding and long-term memory (Chong & Kiew, 2020).
In addition, AR can create emotional engagement. When students see endangered species or damaged ecosystems in AR, they are more likely to feel empathy and concern. This emotional connection is important for developing positive attitudes toward environmental protection and conservation (WWF, 2023).
👉 Climate and ecosystem visuals:
https://climate.nasa.gov
https://wwf.panda.org
Supporting Collaboration and Creative Thinking
AR also supports collaborative learning. Students can work in small groups to explore AR scenes, discuss observations, and solve environmental challenges together. After AR exploration, learners can take part in discussions or design-thinking tasks, such as proposing nature-inspired solutions to climate problems.
For example, after observing mangroves or coral reefs in AR, students can brainstorm how similar natural systems protect coastlines or store carbon. These activities support creativity, communication skills, and critical thinking.
Educational Value of AR Integration
By embedding AR tools into the curriculum, teachers create multisensory learning experiences that combine visual, spatial, and interactive elements. AR does not replace traditional teaching methods but strengthens them by adding exploration, interaction, and reflection. This approach helps students understand complex environmental topics in a clear and relatable way while developing environmental awareness and responsibility (WWF, 2023; Chong & Kiew, 2020).
Overall, AR supports deeper understanding, stronger engagement, and responsible attitudes toward biodiversity conservation and climate action. It helps students move from knowledge to awareness and from awareness to action.