Understanding nature through digital technologies: a systematic review of virtual learning of environmental content in geography

Понимание природы с помощью цифровых технологий: систематический обзор виртуального обучения экологическому содержанию в географии
Lóránt Dénes Dávid, Assel Nikhanbayeva, Yerlan Issakov, Nurbol Ussenov, Tamara Gajić
2026-01-19

environmental educationgeography educationimmersive learning environmentssystematic reviewvirtual reality in education
The use of virtual reality (VR) technologies in education is a significant tendency in modern teaching practice. Despite the fact that VR has not been adopted in the Kazakhstani education system extensively, it is used more and more, especially in geography education. The systematic review is a synthesis of all available studies on VR application in geography instruction, specifically focusing on the environmental subject matter and natural resources management in recent times (2019-2024). After the PRISMA methodology and using the Scopus database, 33 relevant studies were found and examined. The originality of this review is its pedagogical and methodological orientation towards immersive technologies: a field that has not been integratively examined very much. The results indicate that the literature has major gaps, such as the lack of theory-based pedagogical models, inadequate focus on ethical and infrastructural complications, and a lack of evidence as to the long-term learning outcomes. The paper postulates a research agenda and an integrative conceptual framework about the connection between immersive learning environments and cognitive growth, environmental awareness, and spatial thinking. The findings are supposed to help teachers, decision-makers, and schools to integrate the use of VR technologies in a systematic and pedagogically well-grounded manner.
1
A PRISMA-based systematic review identified and examined 33 Scopus-indexed studies on VR-supported geography instruction involving environmental content and natural resources management from 2019–2024.
2
Existing research shows major gaps in theory-based pedagogical models, attention to ethical and infrastructural challenges, and evidence regarding long-term learning outcomes.
3
The findings support more systematic and pedagogically grounded integration of VR technologies by teachers, policymakers, and schools.
4
The paper proposes a research agenda and conceptual framework linking immersive learning environments with cognitive development, environmental awareness, and spatial thinking.
5
The review provides an integrative pedagogical and methodological examination of immersive technologies in environmental geography education, an area previously insufficiently synthesized.

virtual reality technologies used for environmental content and natural resources management in geography education

pedagogical applications and learning outcomes of immersive virtual learning, including cognitive growth, environmental awareness, and spatial thinking

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2026-01-19
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Lóránt Dénes Dávid
Assel Nikhanbayeva
Yerlan Issakov
Nurbol Ussenov
Tamara Gajić
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