Making sense of commotion under the ocean to locate tremors near deep-sea faults
New method for more accurately estimating the location of tectonic tremors in deep ocean faults could help to better understand earthquake rupture processes
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New method for more accurately estimating the location of tectonic tremors in deep ocean faults could help to better understand earthquake rupture processes
Read moreResults have implications for life on Mars
Read moreThe ocean floor is vast and varied, making up more than 70% of the Earth’s surface. Scientists have long used
Read moreUsing “Curie” – Google’s 10,000-kilometer-long underwater fiber-optic cable connecting Los Angeles, California and Valparaiso, Chile – researchers have demonstrated a
Read moreA Skoltech researcher has developed a theoretical model of wave formation in straits and channels that accounts for nonlinear effects
Read moreEarth observation data could help the humanitarian community reduce the destruction of natural disasters
Read moreThe unprecedented cost of the 2018 Kilauea eruption in Hawai’i reflects the intersection of distinct physical and social phenomena: infrequent,
Read moreStevens uses machine learning-driven techniques to develop a long-awaited tool that better reveals the health of Earth’s oceans and the impacts of climate change
Read moreTeam awarded 2.5 million CPU hours on NSF-funded supercomputer to conduct research
Read moreBINGHAMTON, NY — There are millions of unplugged oil wells in the United States, which pose a serious threat to
Read moreGeologists have developed a new theory about the state of Earth billions of years ago after examining the very old
Read moreDrilling a 270,000-year old core from a Tasmanian lake has provided the first Australian record of a major global event where the Earth’s magnetic field ‘switched ‘- and the opportunity to establish a precedent for developing new paleomagnetic dating tools for Australian archaeology and paleosciences.
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