Glass Bead Shear Tests Reveal How Particle Size Shifts Granular Flow Frequencies
Ring-shear tests on glass beads show that dimensionless critical shear frequencies rise monotonically with particle size, marking the shift from ...
Ring-shear tests on glass beads show that dimensionless critical shear frequencies rise monotonically with particle size, marking the shift from ...
A new study combines two physically based models to estimate slope failure probabilities across China under 15 rainfall scenarios, 10 ...
The inaugural editorial of Geohazards & Remediation announces a new open-access journal for geohazard research, citing UN figures of roughly ...
A study compares pseudostatic, Newmark, and simplified screening methods for estimating seismically induced permanent landslide displacement, applying them to the ...
A new remote-sensing framework applied to the 2025 Dingri earthquake shows that landslide and liquefaction predictions depend on different combinations ...
A new review details how fusing GNSS with InSAR, accelerometers, sub-surface sensors and physics-informed machine learning is reshaping landslide displacement ...
Laboratory tests on three Elymus grasses in the Xining Basin show root networks raise loess cohesion by up to about ...
A new Scripps Institution of Oceanography lidar study measured California coastal cliff retreat between 2016 and 2023, identifying hotspots where ...
A five-decade analysis of landslide and rainfall records in Greater Durban has produced tiered rainfall thresholds, with a 70th percentile ...
A new inventory of 59 landslides along the Befang–Wum stretch of Cameroon's Bamenda Ring Road links shallow, rainfall-triggered failures to ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine