Mobile Learning Innovations in Fieldwork Education
Summary
Mobile learning has transformed fieldwork education by embedding portable digital tools into outdoor and laboratory environments, enabling real-time data capture, interactive visualisation and collaborative analysis. Advances in geospatial technologies have brought mobile GIS and location-based services into mainstream practice, allowing learners to map, measure and interpret environmental phenomena on site. Digital field notebooks now support co-creation of observational records, multimedia annotations and reflective practice, while self-guided smartphone excursions offer flexible, autonomous pathways through study areas. Augmented reality overlays and immersive multimedia further enrich sensory engagement, bridging theoretical content with physical contexts. These innovations align with pedagogical frameworks such as Technological Pedagogical Content Knowledge, emphasising the integration of mobile tools with curriculum design and learner agency. Global case studies illustrate how mobile learning fosters digital competence, active citizenship and sustainable development awareness, while also highlighting challenges of access, infrastructure and user training. Together, these developments point to a more inclusive, adaptive and data-driven model of fieldwork education that empowers students across diverse disciplines to engage deeply with the natural and built environment.
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Mobile Learning Innovations in Fieldwork Education publication trend
The graph below shows the total number of articles in mobile learning innovations in fieldwork education across all publications each year (not limited to Nature Index journals).
Technical terms
Digital Field Notebook: A mobile application for electronic recording of observations, multimedia entries and collaborative annotations during fieldwork.
Location-Based Services (LBS): Technologies that deliver content, guidance or data tailored to a user’s geographic position in real time.
Mobile GIS: Geographic information system software deployed on smartphones or tablets for spatial data collection, visualisation and analysis in the field.
Self-Guided Smartphone Excursion: A structured learning activity delivered via a mobile app, enabling learners to navigate and engage with field sites independently of live instruction.
References
- Developing a digital field notebook for bioscience students in higher education. Frontiers in Education (2023).
- Smartphone GIS: exploring technological competency in active learning across geography. Journal of Geography in Higher Education (2025).
- Self-Guided Smartphone Excursions in University Teaching—Experiences From Exploring “Water in the City”. Frontiers in Environmental Science (2022).
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