Key future directions for research on turbidity currents and their deposits

Autor: Philip R. Hill, Frank J. Peel, R. W. C. Arnott, Ernst W. M. Hansen, Hajime Naruse, Jingping Xu, John E. Hughes Clarke, Alessandro Mozzato, Sam Parkinson, Peter James Rowley, Esther J. Sumner, George Postma, Jacob A. Covault, Joshua R. Allin, Christopher J. Stevenson, Matthieu J.B. Cartigny, Richard N. Hiscott, Zane R. Jobe, Camilla Watts, David J.W. Piper, Peter J. Talling, Stéphanie Girardclos, Ed Pope, Andrew J. Hogg, Fabrizio Felletti, Michael A. Clare, Zoltán Sylvester, Giuseppe Malgesini, Andrea Sguazzini, D.A. Armitage

Publikováno v: Talling, P, Allin, J, Armitage, D, Arnott, R, Cartigny, M, Clare, M, Felletti, F, Covault, J, Girardclos, S, Ernst, H, Hill, P, Hiscott, R, Hogg, A, Hughes Clarke, J, Jobe, Z, Malgesini, G, Mozzato, A, Naruse, H, Parkinson, S, Peel, F, Piper, D, Pope, E, Postma, G, Rowley, P J, Sguazzini, A, Stevenson, C, Sumner, E, Sylvester, Z, Watts, C & Xu, J 2015, ' Key future directions for research on turbidity currents and their deposits ', Journal of Sedimentary Research, vol. 85, no. 2, pp. 153-169 . https://doi.org/10.2110/jsr.2015.03
Journal of Sedimentary Research, Vol. 85, No 2 (2015) pp. 153-169

Turbidity currents, and other types of submarine sediment density flow, redistribute more sediment across the surface of the Earth than any other sediment flow process, yet their sediment concentration has never been measured directly in the deep oce

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