NSTL国家科技图书文献中心

1. Mantle conduits of the K-Pg Reunion mantle plume rise beneath the Indian subcontinent revealed by 3D magnetotelluric imaging NSTL国家科技图书文献中心

Azeez, K. K. Abdul | Veeraswamy, K.... - 《Tectonophysics》 - 2025,894 - 共11页

摘要： youngest (-65 Ma) episode of the Reunion mantle plume | Reunion mantle* plume upwelling under central-western* | originating from a common deep mantle* conductive zone under* | from the deep mantle* melt-rich zone related to the* | zones and weak to moderate lithospheric mantle

关键词： Magnetotelluric | Central-western India | Reunion mantle plume | Deccan volcanism | Resistivity structure | Magma ascent pathway

2. Strontium isotope and trace element compositions of olivine-hosted melt inclusions from the Song Da ultramafic volcanic suite, northern Vietnam: Implications for chemical heterogeneity in mantle plumes NSTL国家科技图书文献中心

Kazzy, Charbel | Sobolev, Alexander, ...... - 《Chemical geology》 - 2025,674 - 共19页

摘要： mantle plume with a maximum potential temperature (T-p | the Emeishan mantle plume could be a core-mantle | Emeishan mantle* plume and contain traces of these* | coldest part of the Emeishan mantle* plume (Tp similar to* | of mantle* composition, as they are derived from*

关键词： Emeishan LIP | Olivine | Melt inclusions | Strontium isotopes | Mantle heterogeneity | Mantle plume

3. Long-lived mantle plume for the emplacement of Paleoproterozoic Dharwar-Bastar Large Igneous Province: Geochemical and Sr-Nd isotope constraints from mafic rocks of Dharwar craton, India NSTL国家科技图书文献中心

Parashuramulu, V. | Khan, Tavheed ... - 《Geochemistry》 - 2025,85(1) - 共19页

摘要： craton to identify their mantle* source signatures and* | subcontinental lithospheric mantle* (SCLM), while Yilgarn dykes* | pulses from a common plume* source.* | A Paleoproterozoic large igneous province (LIP | ) has been identified between similar to 1.89-1.85 Ga

关键词： Mafic dykes | Geochemistry | Sr-Nd isotopes | Dharwar craton | Large igneous province

4. The origin of Iceland: current hypotheses NSTL国家科技图书文献中心

Foulger, Gillian R. - 《Zeitschrift der Deutschen Gesellschaft fur Geowissenschaften》 - 2025,176(1) - 3～27 - 共25页

摘要： normal oceanic lower crust and mantle, and it is cold | mantle low-velocity zone is anomalously thick and | similar to 650 km depth. Under this, in the lower mantle | contrasting models for why Iceland exists - the plume* model* | . The plume* model is predicated on anomalously hot*

关键词： Iceland | geology | geophysics | tectonics | crust | mantle | plume hypothesis | plate hypothesis

5. Decoding the evolution of Paleo-Tethys:Geochemical and geochronological reinterpretation of the Paleozoic ultra-mafic to felsic rocks in Northeast Iran NSTL国家科技图书文献中心

Hadi Karimi | Hripsime Gevorgyan ... - 《Lithos》 - 2025,494/495 - 107916～23 - 共23页

摘要：, mantle-plume* triggered continental rifting along the* | comprise an oceanic plateau built by a mantle* plume. This* | slab-window formation;the slab window allowed plume | documents this process:the rising plume* material-depleted* | originating from the mantle* wedge, coexisted with the OIB*

关键词： NE Iran | Continental rifting | Paleo-Tethys Ocean | Mantle plume | Oceanic plateau | Slab window

6. Taking the Temperature of Ocean Islands: A Petrological Approach NSTL国家科技图书文献中心

Li, Wei-Ran | Shorttle, Oliver ... - 《Journal of Petrology》 - 2025,66(5) - 共20页

摘要：Estimating mantle* temperature is essential for* | understanding mantle* convection and circulation. One route to* | constraining mantle* temperature is via petrological* | primitive magmas and the composition of the mantle* they* | -lithological mantle melting model to invert for mantle

关键词： Diffusion | geothermometer | mantle plume | ocean island | olivine | thermodynamics

7. Melt Flux from the Mantle Regulates the Crustal Processing and δ18O Variations of Kamaʻehuakanaloa Magmas NSTL国家科技图书文献中心

Aaron J,Pietruszka | Molly J,Cunningham ... - 《Journal of Petrology》 - 2025,66(1) - 共19页

摘要： of crustal contamination and/or mantle | from a distinctive 3He-rich deep mantle* source within* | the Hawaiian plume, yet they commonly experience at | of mantle* melting increases) and incompatible* | melt flux from the mantle* (recorded by the AI values*

关键词： Basalt | Crustal contamination | Hawaiʻi | Mantle plume | Oxygen isotopes

8. Evidence of a Cenomanian carbonatite emplacement linked with the Marion mantle plume and breakup of India-Madagascar: Constraints from 40 Ar- 39 Ar geochronology and geochemistry of carbonatite xenolith within the Ambadungar-Saidivasan carbonatite breccia, Western India NSTL国家科技图书文献中心

Srivastava, Rajesh K... | Wang, Fei ... - 《Geochemistry》 - 2025,85(1) - 共15页

摘要： plume, which produced the ca. 66.0-65.5 Ma Deccan | plume and likely reflects the crystallization and | plume. The new 40Ar/39Ar date for the carbonatite | association with early magmatic activity of the Marion plume | A carbonatite xenolith from a carbonatite

关键词： Carbonatite breccia | Cenomanian | 40 Ar/ 39 Ar geochronology | Geochemistry | Marion hotspot | East Gondwana | Ambadungar-Saidivasan | Western India

9. Geological history of Theia Mons, Beta Regio plume, Venus: Recognition of two main magmatic centers for flows, radiating dyke swarms and triple junction rifting NSTL国家科技图书文献中心

Shimolina, A. S. | Ernst, R. E.... - 《Planetary and space science》 - 2025,257(Mar.) - 1.1～1.19 - 共19页

摘要： lava flows and rift zones. An underlying mantle plume | bending of the mantle* plume (e.g. in a mantle wind* | Regio plume, of the Beta-AtlaThemis (BAT) region | lithospheric plate above a stationary single plume, or a | Theia Mons (centered at 23.4 degrees N, 79.4

关键词： Large igneous provinces | Mantle plume | Beta-Atla-Themis region | Dyke swarm | Venus | Theia Mons | Beta Regio | GLOBAL DISTRIBUTION | TOPOGRAPHIC RISES | IMPACT CRATERS...

10. Lithospheric weakspots, not hotspots: New England-Quebec and Shenandoah anorogenic magmatism in the context of global plate tectonics, intraplate stress and LIPs NSTL国家科技图书文献中心

Vogt, Peter R. | Foulger, Gillian R. - 《Earth-Science Reviews》 - 2025,260 - 共15页 - 被引量：1

摘要： located above postulated Great Meteor and Bermuda mantle | plate, not fixed mantle* hotspots, can explain why* | postulated hotspot trace. The plume* hypothesis also fails* | We explore the origins of anorogenic post | -breakup magmatism in two areas of the mid-Atlantic

关键词： Mantle plume hypothesis | Anorogenic LIP magmatism | Intraplate stress | Mid-plate seismicity | Bermuda and Meteor hotspots | New England and Virginia magmatism

摘要： youngest (-65 Ma) episode of the Reunion mantle plume | Reunion mantle plume upwelling under central-western | originating from a common deep mantle conductive zone under | from the deep mantle melt-rich zone related to the | zones and weak to moderate lithospheric mantle

关键词： Magnetotelluric | Central-western India | Reunion mantle plume | Deccan volcanism | Resistivity structure | Magma ascent pathway

摘要： mantle plume with a maximum potential temperature (T-p | the Emeishan mantle plume could be a core-mantle | Emeishan mantle plume and contain traces of these | coldest part of the Emeishan mantle plume (Tp similar to | of mantle composition, as they are derived from

关键词： Emeishan LIP | Olivine | Melt inclusions | Strontium isotopes | Mantle heterogeneity | Mantle plume

摘要： craton to identify their mantle source signatures and | subcontinental lithospheric mantle (SCLM), while Yilgarn dykes | pulses from a common plume source. | A Paleoproterozoic large igneous province (LIP | ) has been identified between similar to 1.89-1.85 Ga

关键词： Mafic dykes | Geochemistry | Sr-Nd isotopes | Dharwar craton | Large igneous province

摘要： normal oceanic lower crust and mantle, and it is cold | mantle low-velocity zone is anomalously thick and | similar to 650 km depth. Under this, in the lower mantle | contrasting models for why Iceland exists - the plume model | . The plume model is predicated on anomalously hot

关键词： Iceland | geology | geophysics | tectonics | crust | mantle | plume hypothesis | plate hypothesis

摘要：, mantle-plume triggered continental rifting along the | comprise an oceanic plateau built by a mantle plume. This | slab-window formation;the slab window allowed plume | documents this process:the rising plume material-depleted | originating from the mantle wedge, coexisted with the OIB

关键词： NE Iran | Continental rifting | Paleo-Tethys Ocean | Mantle plume | Oceanic plateau | Slab window

摘要：Estimating mantle temperature is essential for | understanding mantle convection and circulation. One route to | constraining mantle temperature is via petrological | primitive magmas and the composition of the mantle they | -lithological mantle melting model to invert for mantle

关键词： Diffusion | geothermometer | mantle plume | ocean island | olivine | thermodynamics

摘要： of crustal contamination and/or mantle | from a distinctive 3He-rich deep mantle source within | the Hawaiian plume, yet they commonly experience at | of mantle melting increases) and incompatible | melt flux from the mantle (recorded by the AI values

关键词： Basalt | Crustal contamination | Hawaiʻi | Mantle plume | Oxygen isotopes

摘要： plume, which produced the ca. 66.0-65.5 Ma Deccan | plume and likely reflects the crystallization and | plume. The new 40Ar/39Ar date for the carbonatite | association with early magmatic activity of the Marion plume | A carbonatite xenolith from a carbonatite

关键词： Carbonatite breccia | Cenomanian | 40 Ar/ 39 Ar geochronology | Geochemistry | Marion hotspot | East Gondwana | Ambadungar-Saidivasan | Western India

摘要： lava flows and rift zones. An underlying mantle plume | bending of the mantle plume (e.g. in a mantle wind | Regio plume, of the Beta-AtlaThemis (BAT) region | lithospheric plate above a stationary single plume, or a | Theia Mons (centered at 23.4 degrees N, 79.4

关键词： Large igneous provinces | Mantle plume | Beta-Atla-Themis region | Dyke swarm | Venus | Theia Mons | Beta Regio | GLOBAL DISTRIBUTION | TOPOGRAPHIC RISES | IMPACT CRATERS...

摘要： located above postulated Great Meteor and Bermuda mantle | plate, not fixed mantle hotspots, can explain why | postulated hotspot trace. The plume hypothesis also fails | We explore the origins of anorogenic post | -breakup magmatism in two areas of the mid-Atlantic

关键词： Mantle plume hypothesis | Anorogenic LIP magmatism | Intraplate stress | Mid-plate seismicity | Bermuda and Meteor hotspots | New England and Virginia magmatism

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： youngest (-65 Ma) episode of the Reunion mantle plume | Reunion mantle* plume upwelling under central-western* | originating from a common deep mantle* conductive zone under* | from the deep mantle* melt-rich zone related to the* | zones and weak to moderate lithospheric mantle

摘要： mantle plume with a maximum potential temperature (T-p | the Emeishan mantle plume could be a core-mantle | Emeishan mantle* plume and contain traces of these* | coldest part of the Emeishan mantle* plume (Tp similar to* | of mantle* composition, as they are derived from*

摘要： craton to identify their mantle* source signatures and* | subcontinental lithospheric mantle* (SCLM), while Yilgarn dykes* | pulses from a common plume* source.* | A Paleoproterozoic large igneous province (LIP | ) has been identified between similar to 1.89-1.85 Ga

摘要： normal oceanic lower crust and mantle, and it is cold | mantle low-velocity zone is anomalously thick and | similar to 650 km depth. Under this, in the lower mantle | contrasting models for why Iceland exists - the plume* model* | . The plume* model is predicated on anomalously hot*

摘要：Estimating mantle* temperature is essential for* | understanding mantle* convection and circulation. One route to* | constraining mantle* temperature is via petrological* | primitive magmas and the composition of the mantle* they* | -lithological mantle melting model to invert for mantle

摘要： of crustal contamination and/or mantle | from a distinctive 3He-rich deep mantle* source within* | the Hawaiian plume, yet they commonly experience at | of mantle* melting increases) and incompatible* | melt flux from the mantle* (recorded by the AI values*

摘要： lava flows and rift zones. An underlying mantle plume | bending of the mantle* plume (e.g. in a mantle wind* | Regio plume, of the Beta-AtlaThemis (BAT) region | lithospheric plate above a stationary single plume, or a | Theia Mons (centered at 23.4 degrees N, 79.4

摘要： located above postulated Great Meteor and Bermuda mantle | plate, not fixed mantle* hotspots, can explain why* | postulated hotspot trace. The plume* hypothesis also fails* | We explore the origins of anorogenic post | -breakup magmatism in two areas of the mid-Atlantic