🌊 Are you ready to put your maritime robotics skills to the ultimate test? Join the RAMI25 underwater robotics competition at the NATO Centre for Maritime Research and Experimentation in La Spezia, Italy, from 29 June - 4 July 👉 Visit rami2025.tilda.ws for more details

Applying Hampel algorithm to remove spikes from OBS data. Vey nice #seismology #earthquakes . Time-Frequency Analysis tool from ISP projectisp.github.io/ISP_tutorial.g…

RPNet: Robust P‐Wave First‐Motion Polarity Determination Using Deep Learning #SRL A new paper presents RPNet: a deep‐learning model for P‐wave first‐motion polarity determination. RPNet should help to derive earthquake focal mechanism solutions. buff.ly/F1f1Gr0

45 years ago today, Mt St Helens erupted....🌋 The Gary Rosenquist Sequence.... In May 1980, Gary Rosenquist and his companions arrived at a location near Mount St. Helens, where they camped overnight. The following morning, they witnessed the eruption of Mount St.

Man photographed The Sun in the same spot at the same time for 3 years & compiled all the positions of The Sun into this.

Scientists use ambient seismic noise to map S-wave velocity in the basins of China's Xiong’an New Area down to a depth of 2 kilometers. For details, check out the #BSSA paper. buff.ly/okriDpD

So nice comparison #seismology

Global Detection Capabilities of T Phases Using the IMS Hydrophone Network #SRL A system that listens to the oceans for underwater explosions can also be used for monitoring undersea earthquakes. buff.ly/uk42re0

Introducing RPNET: a deep‐learning model for P‐wave first‐motion polarity determination that should help to derive earthquake focal mechanism solutions. Find out more in this new #SRL paper. buff.ly/F1f1Gr0

I still buy printed books… At least SOME!

🚀 Just released in ISP a powerful tool for analyzing test nuclear explosions (like those from North Korea) using advanced array processing techniques! 🎯 Supports FK, Capon, and MUSIC for precise source detection and characterization. #Seismology #ArrayProcessing #CTBTO

🌟OPEN ACCESS🌟In a new #TSR paper, scientists present a new way to look at clustering and seismicity rate of induced earthquakes. They apply their method to a case study from a potash mine in Saskatchewan. buff.ly/QGNowfN

Seismic data are generally contaminated by noise from different sources. If the noise and signal don't share the same frequency, filtering is relatively simple. If they do, a new #BSSA paper considers how to deal with this problem. buff.ly/5rqA0DU

Characteristics of Higher‐Mode Ambient Noise Rayleigh Waves in Taiwan: Insights from Multicomponent Interferometry #SRL Scientists find that higher-mode waves correlate with underlying geological structures. buff.ly/DCF3HXK

When an earthquake's seismic signal arrives at a sensor, accurately measuring that arrival time is used for estimating earthquake location and origin time. A new #SRL study indicates that deep learning model PickerXL outperforms other models at this task. buff.ly/uct1fZf

I still have no idea how people traveled these seas 500 years ago

🌟OPEN ACCESS🌟AK112: Full Waveform Inversion Tomography of Alaska Improves Waveform Fits While Imaging Crustal, Mantle, and Slab Structure #TSR A new model of Alaska's subsurface reveals details of slabs and sedimentary basins. buff.ly/zTQNiBH

Logistic Regression is the most important foundational algorithm in Classification Modeling. In 2 minutes, I'll crush your confusion. Let's dive in: