the subducting slab(passive) is caused byThe mantle flow
along - strike fast directionsresultfrom mantle flow
the subduction of the Indian continent beneath Tibet(passive) caused bymantle flow
fluids that are released from the downgoing slab at great depths of subduction zones and interact with minerals of the overlying mantle wedge(passive) caused bymantle metasomatism
plate flexure under the flexural bulge of Hawai‘i(passive) caused byupward mantle flow
the position of the downgoing plate(passive) is influenced bymantle flow
the subducting oceanic slabs(passive) caused bymantle flow
High H2O concentrationsinfluencesmantle flow
the Vredefort impact(passive) caused bymantle flow
slab - retreat(passive) caused bymantle flow
very slowlycausingvery slowly
the long - posited idea(passive) should be influenced bythe long - posited idea
surface exhumationinfluencedsurface exhumation
west of the backarcoriginatingwest of the backarc
this surface unroofing because the model predicts Late Jurassic dynamic uplift , Cretaceous dynamic subsidence , early Cenozoic dynamic uplift and late Cenozoic dynamic subsidenceinfluencedthis surface unroofing because the model predicts Late Jurassic dynamic uplift , Cretaceous dynamic subsidence , early Cenozoic dynamic uplift and late Cenozoic dynamic subsidence
basin , which is constructing under N - S extension field with right - lateral , and continental pull apart(passive) is influenced bybasin , which is constructing under N - S extension field with right - lateral , and continental pull apart
the initial breakup of the supercontinenttriggeredthe initial breakup of the supercontinent
a model of plate velocities(passive) triggered bya model of plate velocities
to the subduction of the Indian Plate as far as the BNS and the transition from the asthenospheric layer to the metasomatic lid overlaps with the transition from north – south shortening in south Tibet to eastward tectonic escape in north Tibet ( Qiangtang and Songpan – Ganzi blockscontributesto the subduction of the Indian Plate as far as the BNS and the transition from the asthenospheric layer to the metasomatic lid overlaps with the transition from north – south shortening in south Tibet to eastward tectonic escape in north Tibet ( Qiangtang and Songpan – Ganzi blocks
dynamic topography(passive) is being created bydynamic topography
howevercan ... resulthowever
Hawaii - Emperor Seamount(passive) caused byHawaii - Emperor Seamount
observed planetary topography - crustal isostasy , elastic support and dynamic support(passive) caused byobserved planetary topography - crustal isostasy , elastic support and dynamic support
in on a planet such as Venus with high surface temperatures and a weak lithospheresetin on a planet such as Venus with high surface temperatures and a weak lithosphere
to the Indian plate subduction as far as the BNScontributesto the Indian plate subduction as far as the BNS
plate motionscausesplate motions
to the long - wavelength subsidence of the Siwalik foreland basincontributesto the long - wavelength subsidence of the Siwalik foreland basin
The strain deformations(passive) caused byThe strain deformations
The transition to anisotropy(passive) caused byThe transition to anisotropy
plate motionis leadingplate motion
continents(passive) caused bycontinents
Quakes away from plate boundaries(passive) may be triggered byQuakes away from plate boundaries
significantly to present - day polar wandercontributessignificantly to present - day polar wander
changes in melt production and composition at volcanic arcscan causechanges in melt production and composition at volcanic arcs
the lithosphere under compression in mainland China ... and is a possible main cause of the lithospheric stress in Alashan , Qaidam , western Tibetan and eastern Tarim blocks as well as the east of the eastern Chinacausesthe lithosphere under compression in mainland China ... and is a possible main cause of the lithospheric stress in Alashan , Qaidam , western Tibetan and eastern Tarim blocks as well as the east of the eastern China
deformation(passive) caused bydeformation
normal stress and tangential stressescausesnormal stress and tangential stresses
from downdip slab motionresultingfrom downdip slab motion