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- W2088893481 abstract "We use geodynamic models with imposed plate velocities to test the forward-modeled history of subduction based on a particular plate motion model against alternative seismic tomography models. We utilize three alternative published reference frames: a hybrid moving hotspot-palaeomagnetic, a hybrid moving hotspot-true polar wander corrected-palaeomagnetic, and a Subduction Reference Frame, a plate model including longitudinal shifts of subduction zones by matching subduction volumes imaged by P-wave tomography, to assess which model best predicts present day mantle structure compared with seismic tomography and volumetrically derived subduction history. Geodynamic modeling suggests paleo-longitudinal corrections applied to the Subduction Reference Frame result in lower mantle slab material beneath North America and East Asia accumulating up to 10–15° westward of that imaged by tomography, whereas the hybrid models develop material offset by 2–9°. However, the Subduction Reference Frame geodynamic model produces slab material beneath the Tethyan Domain coinciding with slab volumes imaged by tomography, whereas the hybrid reference frame models do not, suggesting regional paleo-longitudinal corrections are required to constrain slab locations. We use our models to test inferred slab sinking rates in the mantle focusing on well-constrained regions. We derive a globally averaged slab-sinking rate of 13 ± 3 mm/yr by combining the ages of onset and cessation of subduction from geological data and kinematic reconstructions with images of subducted slabs in the mantle. Our global average slab-sinking rate overlaps with the 15–20 mm/yr rate implied by mantle convection models using a lower mantle viscosity 100 times higher than the upper mantle." @default.
- W2088893481 created "2016-06-24" @default.
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- W2088893481 date "2014-01-01" @default.
- W2088893481 modified "2023-10-12" @default.
- W2088893481 title "Geological, tomographic, kinematic and geodynamic constraints on the dynamics of sinking slabs" @default.
- W2088893481 cites W1493404947 @default.
- W2088893481 cites W1493790006 @default.
- W2088893481 cites W1512820688 @default.
- W2088893481 cites W1521790890 @default.
- W2088893481 cites W1546332509 @default.
- W2088893481 cites W1568924786 @default.
- W2088893481 cites W1581505360 @default.
- W2088893481 cites W1588263366 @default.
- W2088893481 cites W1608015442 @default.
- W2088893481 cites W1678661852 @default.
- W2088893481 cites W1853699516 @default.
- W2088893481 cites W1913091581 @default.
- W2088893481 cites W1965622457 @default.
- W2088893481 cites W1965738186 @default.
- W2088893481 cites W1966667510 @default.
- W2088893481 cites W1972603973 @default.
- W2088893481 cites W1974344535 @default.
- W2088893481 cites W1976967272 @default.
- W2088893481 cites W1977250140 @default.
- W2088893481 cites W1978838820 @default.
- W2088893481 cites W1978904889 @default.
- W2088893481 cites W1979443141 @default.
- W2088893481 cites W1980242059 @default.
- W2088893481 cites W1983132684 @default.
- W2088893481 cites W1989704882 @default.
- W2088893481 cites W1990713790 @default.
- W2088893481 cites W1994048706 @default.
- W2088893481 cites W1999741397 @default.
- W2088893481 cites W2010422258 @default.
- W2088893481 cites W2012721053 @default.
- W2088893481 cites W2022042823 @default.
- W2088893481 cites W2028201395 @default.
- W2088893481 cites W2031301776 @default.
- W2088893481 cites W2033586908 @default.
- W2088893481 cites W2034429059 @default.
- W2088893481 cites W2034618902 @default.
- W2088893481 cites W2035798381 @default.
- W2088893481 cites W2042402279 @default.
- W2088893481 cites W2048960899 @default.
- W2088893481 cites W2049187028 @default.
- W2088893481 cites W2053020208 @default.
- W2088893481 cites W2055083480 @default.
- W2088893481 cites W2056884602 @default.
- W2088893481 cites W2058269792 @default.
- W2088893481 cites W2063412589 @default.
- W2088893481 cites W2064675942 @default.
- W2088893481 cites W2065092571 @default.
- W2088893481 cites W2066903434 @default.
- W2088893481 cites W2068333035 @default.
- W2088893481 cites W2071118545 @default.
- W2088893481 cites W2076039380 @default.
- W2088893481 cites W2076468167 @default.
- W2088893481 cites W2089427376 @default.
- W2088893481 cites W2091228292 @default.
- W2088893481 cites W2097649188 @default.
- W2088893481 cites W2097657870 @default.
- W2088893481 cites W2099691575 @default.
- W2088893481 cites W2100340179 @default.
- W2088893481 cites W2101375010 @default.
- W2088893481 cites W2104766454 @default.
- W2088893481 cites W2107514096 @default.
- W2088893481 cites W2107763886 @default.
- W2088893481 cites W2110478439 @default.
- W2088893481 cites W2112052791 @default.
- W2088893481 cites W2112648202 @default.
- W2088893481 cites W2116593025 @default.
- W2088893481 cites W2119666905 @default.
- W2088893481 cites W2121716934 @default.
- W2088893481 cites W2126232463 @default.
- W2088893481 cites W2129333755 @default.
- W2088893481 cites W2133493439 @default.
- W2088893481 cites W2135159355 @default.
- W2088893481 cites W2141443242 @default.
- W2088893481 cites W2154827594 @default.
- W2088893481 cites W2161702350 @default.
- W2088893481 cites W2168086064 @default.
- W2088893481 cites W2169985461 @default.
- W2088893481 cites W2170479468 @default.
- W2088893481 cites W2170524494 @default.
- W2088893481 cites W2510000870 @default.
- W2088893481 doi "https://doi.org/10.1016/j.jog.2013.10.006" @default.
- W2088893481 hasPublicationYear "2014" @default.
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