Prof. Nettles is also co-PI of the Global CMT project, working to support and improve the routine analysis of moderate and large earthquakes worldwide, and to provide quality assessment for the Global Seismographic Network (GSN).
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Meredith Nettles studies earthquakes to improve understanding of the deformation and evolution of plate boundaries, volcanic systems, and continental margins; and uses geophysical techniques to investigate glacier and ice-sheet dynamics, with a focus on understanding interactions across the ice-ocean-atmosphere-solid Earth system. She also conducts research on the structure of the Earth's crust and mantle to provide constraints on models of its state and evolution. Prof. Nettles is also interested in the development of seismic and geodetic instrumentation and observing networks; the near-real-time assessment of datastreams recorded globally; and the application of modern computational techniques to allow analysis of large volumes of seismic data.
Prof. Nettles is also co-PI of the Global CMT project, working to support and improve the routine analysis of moderate and large earthquakes worldwide, and to provide quality assessment for the Global Seismographic Network (GSN). |
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Glacial Earthquakes link to data files |
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Centroid Moment Tensor Project |
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Surface Wave Tomography |
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Waveform quality analysis GLISN QC GSN & other QC |
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link to
gridded version of Nettles and Dziewonski (2008) shear-velocity model (global, higher resolution in North America) and phase-velocity models from Nettles (2005) |
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Unusual Earthquakes | |