Waveform data from continuously recording seismometers, such as those we use for research and share through community consortia like EarthScope, include signals from a gamut of events and calms. Events include earthquakes as well as hurricanes. Hurricanes represent dramatic spatial variations in atmospheric pressure and violent winds over sea surfaces, which excite forceful waves and
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Explore cutting-edge research tools developed by Northwestern Engineering’s Luís Amaral and his team! From listening to seismic waves with the Earthtunes app to analyzing gene expression with Silhouette, Amaral’s apps make scientific research more accessible and user-friendly. Collaborating with developer Helio Tejedor, the team has created applications that help researchers across the globe, with the
Explore the six dynamic challenges in Earthtunes, each delving into the fascinating ways seismic waves are shaped by various forces. Whether it’s human activity, plate tectonics, meteorology, or energy extraction, Earthtunes provides a thorough exploration of these phenomena. Each challenge includes seismic wave samples, detailed context, and engaging discussion questions. Here’s a quick overview: Eyes
We are thrilled to announce that Earthtunes is now available on the Google Play Store, thanks to the efforts of former Northwestern master’s student, Omkar Ranadive. Previously accessible only on iOS, this expansion to Android devices and Chromebooks broadens our app’s reach, making it easier to integrate into classroom environments where minimizing distractions from personal