A new study suggests the seismic energy traveled outward from a previously unmapped fault, emanating from the hypocenter in ...
The discovery of a new fault line may explain the unusually strong and displaced shaking from April’s magnitude 4.8 ...
Tech Xplore on MSN12d
Machine learning model enhances resilience against liquefaction in earthquake-prone regionsAs urban areas expand, the threat of natural disasters becomes a pressing concern for city planners and disaster management ...
Analysis by the Columbia Climate School’s Lamont-Doherty Earth Observatory found the quake took place on a previously ...
Similar quakes in the region in the future, a seismologist warned, "could maybe focus energy toward population centers." ...
Building safer cities with AI: Machine learning model enhances urban resilience against liquefaction
In earthquake-prone areas like Japan, there is a need for better prediction of soil stability to mitigate liquefaction risks. Towards this end, researchers have used machine learning models, including ...
Building safer cities with AI: Machine learning model enhances urban resilience against liquefaction
The AI-based model proposed by researchers from Japan provides detailed soil stability maps, allowing ... lead to safer cities in earthquake-prone regions. As urban areas expand, the threat ...
FOX 5 New York on MSN13d
NJ fault line discovery: Explaining unusual NYC area shaking from April's earthquakeThat’s when what is now Europe tore away from North America, the study said. Some areas are still settling and readjusting ...
Business Insider on MSN15d
A mega-earthquake could strike the Pacific Northwest any day — and we're not preparedA huge earthquake and tsunami will someday hit the Pacific Northwest. Predictions of the "Big One" are terrifying, and the ...
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