Professor Andy Hooper
Andy Hooper has been Professor of Geodesy and Geophysics at Leeds since May 2013 and until 2018 was Co-Director of the Institute of Geophysics and Tectonics. He has pioneered the development of new algorithms to accurately extract deformation of the ground from time series of satellite radar images, which are now widely used in the community (StaMPS). He has also developed new methods for modelling the volcanic and tectonic processes that lead to ground deformation. He led the geodetic monitoring from space and subsequent modelling for the 2010 and 2014 Icelandic volcanic eruptions and also discovered a new link between ice cap retreat and volcanism there. He also led the long-term deformation effort in the €6M European FUTUREVOLC project, which established an integrated volcanological monitoring procedure in Iceland, and is now leading the work to integrate and model geophysical, geochemical and petrological monitoring data in the €6M EUROVOLC project. He is co-founder and director of the university spin-out satsense.
In 2016 he was awarded the James B. Macelwane medal by the American Geophysical Union, given to outstanding early career scientists who have shown depth, breadth, impact, creativity and novelty in their research
- Thomas Ingleby, PhD 2018, Measuring and modelling the earthquake deformation cycle at continental dip-slip faults.
- Ruth Amey, PhD 2018, The Fractal Nature of Fault Slip and Its Incorporation into Earthquake Slip Inversions.
- Daniel Juncu, PhD 2018, Deformation of geothermal reservoirs: A case study in the Hengill geothermal area using satellite geodesy.
- Karsten Spaans, PhD 2016, Near-real time volcano monitoring and modelling using radar interferometry.
- David Bekaert, PhD 2015, Interferometric Synthetic Aperture Radar for slow slip applications.
- Amandine Auriac, PhD 2014, Solid Earth response to ice retreat and glacial surges in Iceland inferred from satellite radar interferometry and finite element modelling.
- Anneleen Oyen, PhD, Constraining glacial isostatic adjustment in Antarctica using InSAR time series.
- Joana Martins, PhD, Imaging the Torfajökull magma body using seismic and radar interferometry.
- Jelte van Oostveen, MSc, Optimised extraction of along-track deformation during glacial surges.
- Miguel Caro Cuenca, PhD 2012, Improving radar interferometry for monitoring fault-related surface deformation: Applications for the Roer Valley Graben and coal mine induced displacements in the southern Netherlands
- Lennert van den Berg, MSc 2012, Constraining glacial motion with a combination of laser altimetry and radar interferometry.
- Naresh Soni, MSc 2012, Phase unwrapping algorithm using edge detection and statistical cost functions.
- Ye Yuan, MSc 2011, Measuring surface deformation caused by permafrost thawing using radar interferometry.
- Karsten Spaans, MSc 2011, Deformation at Katla volcano, Iceland, 2003-2009.
- David Bekaert, MSc 2011, InSAR time series analysis of the 2006 slow slip event on the Guerrero subduction zone, Mexico.
- Marco Bagnardi (NASA Jet Propulsion Lab)
- Pablo Gonzalez (University of Liverpool)
- Alistair McDougall (Anaplan)
- Qiu Qiang (EOS Singapore)
- Karsten Spaans (SatSense)
- Jonathan Weiss (GFZ, Potsdam)
- EUROVOLC: Bringing the European volcanological community closer together
- Rift Volcanism (RiftVolc): Past, Present and Future
Research groups and institutes
- Geodynamics and Tectonics
- Institute of Geophysics and Tectonics