Global dataset maps how heat makes the ground beneath GPS stations breathe
A new global dataset quantifies temperature-driven ground motion beneath approximately 14,000 GNSS stations from 2000 to 2023, offering millimetre-level corrections ...
A new global dataset quantifies temperature-driven ground motion beneath approximately 14,000 GNSS stations from 2000 to 2023, offering millimetre-level corrections ...
Researchers used physics-informed neural networks to infer heterogeneous fault friction from GPS data of Japan's 2010 Bungo slow slip event, ...
Researchers have digitised three 19th-century tide gauge records from Svalbard, revealing an ingenious ice-based gauge design and confirming that Arctic ...
A Bayesian reanalysis of 45 years of VLBI observations shows Earth's outer core couples to the mantle more strongly than ...
A new comment paper argues that a critique declaring satellite radar unreliable for measuring slow coastal subsidence was undermined by ...
A new global analysis finds that the roughness of the subduction interface is unlikely to control the maximum magnitude of ...
A bibliometric analysis of GNSS deformation studies shows that only half of papers claiming novelty actually present new methods, prompting ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine