معرفی
Dr Ian Ashton is a physical oceanographer and researcher in the Department of Engineering at the University of Exeter, with expertise in wave measurement, satellite Earth observation, air-sea interactions, and marine renewable energy. His work integrates in-situ field data, satellite observations, and advanced analytical tools to enhance offshore and coastal operational and design standards.
His research interests span a broad interdisciplinary spectrum, including physical oceanography, maritime engineering, environmental management, fluid mechanics, climate change adaptation, and marine renewable technologies. He focuses on improving wave and current measurement accuracy, spatial variability analysis for marine energy, and developing innovative monitoring systems for offshore applications.
Dr Ashton has led and contributed to several high-impact research initiatives, including projects funded by EPSRC, the European Space Agency, EU Interreg, and ERDF. These include applying machine learning to real-time wave measurement for offshore wind farms, estimating air-sea CO₂ fluxes, supporting sustainable seaweed cultivation, and contributing to large-scale tidal energy demonstrators like the €47.5M TIGER project.
His scientific contributions are embedded in key research networks at Exeter, such as Environmental Intelligence @Exeter and Exeter Marine, reflecting his role in interdisciplinary marine and environmental research. He previously served as a principal researcher at the FabTest marine energy test site in Falmouth Bay, where he developed monitoring solutions for wave energy developers.
- EPSRC, MALCOM: Machine learning for real-time wave measurements in offshore wind
- ESA, AMT4OceanSatFlux: Air-sea CO₂ flux estimation using satellite and in-situ data
- EMFF: Field trials for sustainable UK seaweed cultivation and socio-economic analysis
- EU Interreg, TIGER: Met-ocean support for tidal energy demonstration
- ERDF, Marine I (1&2): Innovation in marine technologies in Cornwall
Dr Ashton is actively engaged in advancing marine science and technology through collaborative, applied research with environmental and commercial impact.
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