Matches in SemOpenAlex for { <https://semopenalex.org/work/W2801080498> ?p ?o ?g. }
- W2801080498 endingPage "4941" @default.
- W2801080498 startingPage "4922" @default.
- W2801080498 abstract "Abstract During the past 120 Ma, the Greenland craton drifted over the Iceland hot spot; however, uncertainties in geodynamic modeling and a lack of geophysical evidence prevent an accurate reconstruction of the hot spot track. I image the Greenland lithosphere down to 200‐km depth with both group and phase velocity seismic noise tomography. The 3‐D shear wave velocity model obtained using 4–5 years of continuous seismic records from the Greenland Ice Sheet Monitoring Network is well resolved for most of the Greenland main island. The crustal part of the model clearly shows different tectonic units. The hot spot track is observed as a linear high‐velocity anomaly in the middle and lower crust associated with magmatic intrusions. In the upper mantle, a pronounced low‐velocity anomaly below the east coast might be due to the remnant effect of the Iceland hot spot when it was at its maximum intensity. Thermomechanical modeling suggests that this area has higher temperature and lower viscosity than the surrounding cratonic areas and experiences a higher than average surface heat flow. This new detailed picture of the Greenland lithosphere will drive more accurate geodynamic reconstructions of tectonic plate motions and help to better understand the North Atlantic tectonic history. Models of Greenland glacial isostatic adjustment will benefit from the 3‐D upper‐mantle viscosity model, which in turn will enable more precise estimations of the Greenland ice sheet mass balance." @default.
- W2801080498 created "2018-05-17" @default.
- W2801080498 creator A5076075763 @default.
- W2801080498 date "2018-06-01" @default.
- W2801080498 modified "2023-10-09" @default.
- W2801080498 title "Uncovering the Iceland Hot Spot Track Beneath Greenland" @default.
- W2801080498 cites W1535790200 @default.
- W2801080498 cites W1801625845 @default.
- W2801080498 cites W1966917681 @default.
- W2801080498 cites W1968668841 @default.
- W2801080498 cites W1969744663 @default.
- W2801080498 cites W1977086201 @default.
- W2801080498 cites W1980246624 @default.
- W2801080498 cites W1982559758 @default.
- W2801080498 cites W1995759460 @default.
- W2801080498 cites W2003049704 @default.
- W2801080498 cites W2012159719 @default.
- W2801080498 cites W2013291761 @default.
- W2801080498 cites W2015795721 @default.
- W2801080498 cites W2018019092 @default.
- W2801080498 cites W2022712506 @default.
- W2801080498 cites W2028715359 @default.
- W2801080498 cites W2037603469 @default.
- W2801080498 cites W2046349430 @default.
- W2801080498 cites W2050546358 @default.
- W2801080498 cites W2054523352 @default.
- W2801080498 cites W2061777253 @default.
- W2801080498 cites W2065126285 @default.
- W2801080498 cites W2067635834 @default.
- W2801080498 cites W2078151078 @default.
- W2801080498 cites W2080214030 @default.
- W2801080498 cites W2085178587 @default.
- W2801080498 cites W2089472398 @default.
- W2801080498 cites W2093506379 @default.
- W2801080498 cites W2093892371 @default.
- W2801080498 cites W2100894966 @default.
- W2801080498 cites W2110525812 @default.
- W2801080498 cites W2117853823 @default.
- W2801080498 cites W2120246346 @default.
- W2801080498 cites W2122464758 @default.
- W2801080498 cites W2123042467 @default.
- W2801080498 cites W2126572488 @default.
- W2801080498 cites W2127995641 @default.
- W2801080498 cites W2131006763 @default.
- W2801080498 cites W2135159355 @default.
- W2801080498 cites W2141845572 @default.
- W2801080498 cites W2151902082 @default.
- W2801080498 cites W2153846210 @default.
- W2801080498 cites W2160448013 @default.
- W2801080498 cites W2164602066 @default.
- W2801080498 cites W2170274166 @default.
- W2801080498 cites W2260943126 @default.
- W2801080498 cites W2290432715 @default.
- W2801080498 cites W2293042483 @default.
- W2801080498 cites W2315223848 @default.
- W2801080498 cites W2315643322 @default.
- W2801080498 cites W2330891910 @default.
- W2801080498 cites W2343717411 @default.
- W2801080498 cites W2346169325 @default.
- W2801080498 cites W2346325606 @default.
- W2801080498 cites W2462611622 @default.
- W2801080498 cites W2523432198 @default.
- W2801080498 cites W2598959344 @default.
- W2801080498 cites W2606202415 @default.
- W2801080498 cites W2729958651 @default.
- W2801080498 cites W2765718194 @default.
- W2801080498 cites W2772432648 @default.
- W2801080498 cites W2783288217 @default.
- W2801080498 cites W2792306547 @default.
- W2801080498 cites W646440767 @default.
- W2801080498 doi "https://doi.org/10.1029/2017jb015104" @default.
- W2801080498 hasPublicationYear "2018" @default.
- W2801080498 type Work @default.
- W2801080498 sameAs 2801080498 @default.
- W2801080498 citedByCount "31" @default.
- W2801080498 countsByYear W28010804982018 @default.
- W2801080498 countsByYear W28010804982019 @default.
- W2801080498 countsByYear W28010804982020 @default.
- W2801080498 countsByYear W28010804982021 @default.
- W2801080498 countsByYear W28010804982022 @default.
- W2801080498 countsByYear W28010804982023 @default.
- W2801080498 crossrefType "journal-article" @default.
- W2801080498 hasAuthorship W2801080498A5076075763 @default.
- W2801080498 hasBestOaLocation W28010804981 @default.
- W2801080498 hasConcept C114793014 @default.
- W2801080498 hasConcept C123750103 @default.
- W2801080498 hasConcept C127313418 @default.
- W2801080498 hasConcept C140711978 @default.
- W2801080498 hasConcept C147717901 @default.
- W2801080498 hasConcept C165205528 @default.
- W2801080498 hasConcept C16942324 @default.
- W2801080498 hasConcept C2776698055 @default.
- W2801080498 hasConcept C2780021526 @default.
- W2801080498 hasConcept C67236022 @default.
- W2801080498 hasConcept C77928131 @default.
- W2801080498 hasConcept C8058405 @default.
- W2801080498 hasConceptScore W2801080498C114793014 @default.
- W2801080498 hasConceptScore W2801080498C123750103 @default.