Rheology of the lower mantle: an alternative review. [PDF]
Abstract Understanding the rheology of the Earth’s lower mantle is essential for modelling mantle convection and its consequences for the geodynamical, thermal and chemical evolution of the planet. However, the extreme pressure–temperature conditions, the long natural timescales, and the complexity of deep-mantle mineralogy make it ...
Cordier P, Van Orman J, Carrez P.
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Recent active rifting on Venus revealed by wide rift flank uplifts. [PDF]
Yang X, Gerya TV, Gülcher AJP.
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Deciphering grain-size reduction as a driver of mid-lithosphere discontinuity formation. [PDF]
Liu M +4 more
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Rheologic controls on the depth dependence of megathrust earthquakes. [PDF]
French ME, Delph JR, Condit CB.
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Continental evolution influenced by relamination of deeply subducted continental crust. [PDF]
Gómez-Frutos D +3 more
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Weak mantle wedge causes mantle exhumation punctuated with discrete oceanic crust in the Tyrrhenian basin. [PDF]
Su H, Leng W, Liao J, Brune S.
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Modulation of intra-oceanic trench bending and along-trench thermochemical transport by mantle toroidal flow. [PDF]
Liu L +7 more
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Proposed identification criteria of the Martian lower crust and mantle excavated by the Isidis impact. [PDF]
Trowbridge AJ +3 more
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Tidal tomography reveals a thermal anomaly beneath Mars's crustal dichotomy. [PDF]
Berne A +13 more
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