John Clinton

Swiss Ornithological Institute, ETH Zurich

Papers

Total Citations

116

H-Index

About

John Clinton is a leading figure in seismology and geodetic monitoring, with research spanning planetary seismology, structural health monitoring, and low-cost sensor networks. His most transformative contribution is to **Mars seismology** through NASA’s InSight mission, where he helped detect and characterize over 1,300 marsquakes, providing humanity’s first direct seismic exploration of another planet’s interior (49 citations). On Earth, Clinton pioneered the fusion of collocated GNSS, accelerometer, and rotation sensors to capture all six components of ground motion—translational and rotational—enabling unprecedented tracking of earthquakes and large engineered structures (16 citations). He has also been instrumental in democratizing high-precision geodesy, demonstrating that low-cost, dual-frequency GNSS receivers like the u-blox ZED-F9P can achieve real-time PPP accuracy suitable for kinematic monitoring applications (51 citations). This work bridges the gap between expensive geodetic-grade equipment and practical, scalable monitoring solutions. With a career defined by innovation at the intersection of instrumentation, data fusion, and planetary science, Clinton’s research continues to shape how we monitor motion—from the surface of Mars to the sway of bridges on Earth.