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Submarine paleoseismology based on Turbidite records
Goldfinger, C. (2011). Submarine paleoseismology based on Turbidite records. Ann. Rev. Mar. Sci. 3: 35-66.
In: Annual Review of Marine Science. Annual Reviews: Palo Alto, Calif. ISSN 1941-1405, more
Peer reviewed article  

Available in  Author 
Document type: Review

    Palaeoenvironments; Seismology; Turbidites; Marine
Author keywords
    subduction zones; litho-stratigraphic correlation; earthquake recurrencehistory; turbidites; earthquakes

Author  Top 
  • Goldfinger, C.

    Many of the largest earthquakes are generated at subduction zones or other plate boundary fault systems near enough to the coast that marine environments may record evidence of them. During and shortly after large earthquakes in the coastal and marine environments, a spectrum of evidence may be left behind, mirroring onshore paleoseismic evidence. Shaking or displacement of the seafloor can trigger processes such as turbidity currents, submarine landslides, tsunami (which may be recorded both onshore and offshore), and soft-sediment deformation. Marine sites may also share evidence of fault scarps, colluvial wedges, offset features, and liquefaction or fluid expulsion with their onshore counterparts. This article reviews the use of submarine turbidite deposits for paleoseismology, focuses on the dating and correlation techniques used to establish stratigraphic continuity of marine deposits, and outlines criteria for distinguishing earthquake deposits and the strategies used to acquire suitable samples and data for marine paleoseismology.

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