Alisdair Cunningham
Background
Dr Alisdair Cunningham brings over two decades of professional and academic experience in environmental monitoring and Geographic Information Systems (GIS).
With over a decade of experience in consultancy, he integrates practical, real-world applications into his teaching, bridging the gap between theoretical concepts and applied environmental management.
Dr Cunningham has applied his academic expertise to support global environmental monitoring initiatives across sectors such as forestry, water quality, agriculture, and infrastructure monitoring.
Dr Cunningham earned his PhD in Remote Sensing from Aberystwyth University, where his research focused on multi-sensor time-series analysis for monitoring landscape change in Wales using EO technologies.
Alisdair’s extensive industry experience and research interests help inform his teaching across our undergraduate and postgraduate portfolio, where teaching is at the cutting edge of industry innovation.
Specialist Subjects
- Geographical Information Systems
- Remote Sensing
- Geospatial Analysis
- Forestry
- Environmental Monitoring
Professional and/or Research Experience
In terms of research, Dr Cunningham's work has focussed on the application of EO to monitor landscape changes in the UK, predominantly in Wales, with a particular focus on climate change and its impacts.
Qualifications
- Geography BSc (Hons), Swansea University
- Environmental Dynamics and Climate Change MSc (Hons), Swansea University
- Remote Sensing PhD, Aberystwyth University
Languages Spoken
Professional Membership or Roles
Academic Teaching
External Recognition or Rewards
Professional Publications
- Cunningham, A., Lucas, R., & Bunting, P. (2014). Application of multi-resolution remotely sensed imagery for the monitoring of land cover change. IEEE International Geoscience and Remote Sensing Symposium Proceedings.
- Flatley, A., Drummond, M., Cunningham, A., Alun, E., Jenkins, R. and Williams, H., 2025. Optimising Survey Approaches for Over-Stabilised Urban Dunes in South Wales. Journal of Coastal Research, 113(SI), pp.438-442.