The voluminous magmatism associated with large igneous provinces (LIPs) is commonly correlated to upwelling plumes from the core–mantle boundary (CMB). Here we analyse seismic tomographic data from the Emeishan LIP in southwestern China. Our results reveal vestiges of delaminated crustal and/or lithospheric mantle, with an upwelling in the upper mantle beneath the Emeishan LIP rather than a plume rooted in the CMB. We suggest that the magmatism and the Emeishan LIP formation might be connected with the melting of delaminated lower crustal and/or lithospheric components which resulted in plume-like upwelling from the upper mantle or from the mantle transition zone
Abstract: Stratigraphic relationships and bulk-rock geochemical data indicate that Upper Permian met...
As the first large igneous province in China that is widely recognized by the international geoscien...
Upper mantle discontinuities are influenced by convection-related thermal heterogeneities arising in...
The voluminous magmatism associated with large igneous provinces (LIPs) is commonly correlated to up...
The Middle Permian (c. 262 Ma) Emeishan Basalt Formation of SW China is a commonly cited example of ...
The Emeishan Large Igneous Province (ELIP) in southwest China represents the erosional remnant of a ...
Prevailing mantle plume models reveal that the roles of plume-lithosphere interactions in shaping su...
The Lei-Qiong region is the largest igneous province in southern China and may be a surface expressi...
The Emeishan large igneous province (ELIP), which is located along the southeastern margin of Tibet,...
Plume-induced lithospheric uplift and erosion are widely regarded as key features of large igneous p...
Numerical and fluid dynamic modelling predicts that mantle plumes should generate a broad domal upli...
Plume-induced lithospheric uplift and erosion are widely regarded as key features of large igneous p...
The Permian Emeishan large igneous province (ELIP) in Southwest China has been considered a typical ...
The Sanjiang Tethys tectonic domain is one of the major metallogenic belts in China. The magmatism a...
The North-South Tectonic Zone (NSTZ) running across the Chinese continent is an important earthquake...
Abstract: Stratigraphic relationships and bulk-rock geochemical data indicate that Upper Permian met...
As the first large igneous province in China that is widely recognized by the international geoscien...
Upper mantle discontinuities are influenced by convection-related thermal heterogeneities arising in...
The voluminous magmatism associated with large igneous provinces (LIPs) is commonly correlated to up...
The Middle Permian (c. 262 Ma) Emeishan Basalt Formation of SW China is a commonly cited example of ...
The Emeishan Large Igneous Province (ELIP) in southwest China represents the erosional remnant of a ...
Prevailing mantle plume models reveal that the roles of plume-lithosphere interactions in shaping su...
The Lei-Qiong region is the largest igneous province in southern China and may be a surface expressi...
The Emeishan large igneous province (ELIP), which is located along the southeastern margin of Tibet,...
Plume-induced lithospheric uplift and erosion are widely regarded as key features of large igneous p...
Numerical and fluid dynamic modelling predicts that mantle plumes should generate a broad domal upli...
Plume-induced lithospheric uplift and erosion are widely regarded as key features of large igneous p...
The Permian Emeishan large igneous province (ELIP) in Southwest China has been considered a typical ...
The Sanjiang Tethys tectonic domain is one of the major metallogenic belts in China. The magmatism a...
The North-South Tectonic Zone (NSTZ) running across the Chinese continent is an important earthquake...
Abstract: Stratigraphic relationships and bulk-rock geochemical data indicate that Upper Permian met...
As the first large igneous province in China that is widely recognized by the international geoscien...
Upper mantle discontinuities are influenced by convection-related thermal heterogeneities arising in...