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Fold and thrust systems in Mass Transport Deposits
Journal of Structural Geology, 2017Abstract Improvements in seismic reflection data from gravity-driven fold and thrust systems developed in offshore Mass Transport Deposits (MTDs) reveal a number of significant features relating to displacement along thrusts. However, the data are still limited by the resolution of the seismic method, and are unable to provide detail of local fold ...
Alsop, G. I. +3 more
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Giant mass-transport deposits in the southern Scotia Sea (Antarctica)
Geological Society, London, Special Publications, 2018Abstract On the basis of 2D multichannel and very-high-resolution seismic data and swath bathymetry, we report a sequence of giant mass-transport deposits (MTDs) in the Scan Basin (southern Scotia Sea, Antarctica). MTDs with a maximum thickness of c.
Luis Somoza +2 more
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Sedimentology, 2023
Mass‐transport deposits are products of resedimentation phenomena involving a broad spectrum of gravity‐driven processes, and commonly have a high preservation potential in deep‐marine environments.
Katarina Gobo +4 more
semanticscholar +1 more source
Mass‐transport deposits are products of resedimentation phenomena involving a broad spectrum of gravity‐driven processes, and commonly have a high preservation potential in deep‐marine environments.
Katarina Gobo +4 more
semanticscholar +1 more source
An Atlas of Mass-Transport Deposits in Lakes
Submarine Landslides, 202018 Mass-transport deposits (MTD) and related turbidites are common features in lacustrine 19 environments and are intercalated within uniform lacustrine background sedimentation. Evidence 20 of MTDs has been described worldwide in many lakes of different
M. Sammartini +6 more
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Special Publications, 2020
Megaclasts transported within submarine landslides can erode the substrate, influence the flow that transports them and, if they form seafloor topography, can influence subsequent flows and their deposits.
Jefferson Nwoko, I. Kane, M. Huuse
semanticscholar +1 more source
Megaclasts transported within submarine landslides can erode the substrate, influence the flow that transports them and, if they form seafloor topography, can influence subsequent flows and their deposits.
Jefferson Nwoko, I. Kane, M. Huuse
semanticscholar +1 more source
Evaluating the sealing potential of young and thin mass-transport deposits: Lake Villarrica, Chile
Special Publications, 2020Subaqueous mass-transport deposits (MTDs) can be important elements in hydrocarbon systems, forming potential reservoirs or seals. Most research has targeted outcrops or moderately to deeply buried MTDs and, therefore, the petrophysical properties of ...
J. Moernaut +3 more
semanticscholar +1 more source
, 2020
Mass-transport deposits (MTDs) represent resedimentation phenomena triggered by the combined effect of seismic shocks of regional scale, structural tilting, basin-floor gradient, relative sea-level fluctuations, and/or excess pore-water pressure and ...
Katarina Gobo +2 more
semanticscholar +1 more source
Mass-transport deposits (MTDs) represent resedimentation phenomena triggered by the combined effect of seismic shocks of regional scale, structural tilting, basin-floor gradient, relative sea-level fluctuations, and/or excess pore-water pressure and ...
Katarina Gobo +2 more
semanticscholar +1 more source
Mass-transport deposits from the Toarcian of the Umbria-Marche-Sabina Basin (Central Italy)
, 2020Mass-transport deposits (MTDs) intercalated in slope/basinal successions, produced by submarine collapses and mass flows, are generally constituted of allochthonous elements sourced from platform margins.
A. Cipriani +4 more
semanticscholar +1 more source
Mass transport of deposited particles by surface-to-surface contact
Journal of Hazardous Materials, 2012The spread of particle-borne contamination by surface-to-surface contact and its implications for exposures within the indoor environment have been observed - largely qualitatively. The present study was conducted with the aim of quantifying the mass transfer efficiency (TE) of deposited aerosol particles when selected soft and hard surfaces come in ...
A, McDonagh, R G, Sextro, M A, Byrne
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Mass transport during laser chemical vapor deposition
Journal of Applied Physics, 1988Two analyses of steady-state mass transport during laser chemical vapor deposition (LCVD) are compared for a hemispherical source/sink geometry. The first considers only diffusion while the second includes diffusion and also convection due to the mole number change of vapor species in the reaction, which is modeled as the radial outflow of an ...
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