Matches in SemOpenAlex for { <https://semopenalex.org/work/W2089476216> ?p ?o ?g. }
- W2089476216 endingPage "305" @default.
- W2089476216 startingPage "281" @default.
- W2089476216 abstract "Paleocirculation of the North Atlantic Ocean at the last glacial maximum (LGM) is simulated using a large‐scale ocean general circulation model (OGCM). The model is driven by glacial sea surface thermohaline conditions and wind stress. For comparison of past and present circulation patterns, a separate run provides the Holocene/modern circulation patterns based on the present day sea surface climatology. The output of the OGCM is then used in a sedimentation model and in a model to trace water parcel trajectories. The sedimentation model reveals the differences in sediment deposition in the North Atlantic linked to past and present circulation regimes. The trajectory‐tracing model facilitates a better understanding of the thermocline and deep ocean ventilation, the actual three‐dimensional conveying of water, and the role of convection in maintaining the meridional thermohaline overturning. The results of the trajectory‐tracing technique indicate stronger subtropical thermocline ventilation during the LGM. For the deep ocean currents, we find severe alteration of three‐dimensional water motion in response to weakening of the LGM convection and its retreat to the southwest from its present locations. Ocean circulation models can provide sedimentation studies with information on the circulation regime that proxy data used alone cannot. These is because such models furnish both circulation patterns and the ventilating convection depths." @default.
- W2089476216 created "2016-06-24" @default.
- W2089476216 creator A5047607329 @default.
- W2089476216 creator A5053678702 @default.
- W2089476216 date "1997-04-01" @default.
- W2089476216 modified "2023-10-14" @default.
- W2089476216 title "Simulated ocean circulation and sediment transport in the North Atlantic during the Last Glacial Maximum and today" @default.
- W2089476216 cites W150743668 @default.
- W2089476216 cites W1528420715 @default.
- W2089476216 cites W1533766981 @default.
- W2089476216 cites W1587625589 @default.
- W2089476216 cites W1851930572 @default.
- W2089476216 cites W1965326454 @default.
- W2089476216 cites W1966559761 @default.
- W2089476216 cites W1967909628 @default.
- W2089476216 cites W1969943831 @default.
- W2089476216 cites W1970006029 @default.
- W2089476216 cites W1972774564 @default.
- W2089476216 cites W1972964746 @default.
- W2089476216 cites W1973227610 @default.
- W2089476216 cites W1974769551 @default.
- W2089476216 cites W1976291204 @default.
- W2089476216 cites W1976733971 @default.
- W2089476216 cites W1979412811 @default.
- W2089476216 cites W1980799929 @default.
- W2089476216 cites W1981089749 @default.
- W2089476216 cites W1985121885 @default.
- W2089476216 cites W1986471987 @default.
- W2089476216 cites W1988104688 @default.
- W2089476216 cites W1990843978 @default.
- W2089476216 cites W1991887444 @default.
- W2089476216 cites W1993600032 @default.
- W2089476216 cites W1996515544 @default.
- W2089476216 cites W1997231691 @default.
- W2089476216 cites W2002897543 @default.
- W2089476216 cites W2004081844 @default.
- W2089476216 cites W2005350844 @default.
- W2089476216 cites W2005692076 @default.
- W2089476216 cites W2008633637 @default.
- W2089476216 cites W2009765606 @default.
- W2089476216 cites W2011142954 @default.
- W2089476216 cites W2013160730 @default.
- W2089476216 cites W2013996164 @default.
- W2089476216 cites W2014367444 @default.
- W2089476216 cites W2017353177 @default.
- W2089476216 cites W2018248848 @default.
- W2089476216 cites W2019833484 @default.
- W2089476216 cites W2020385915 @default.
- W2089476216 cites W2028478684 @default.
- W2089476216 cites W2028588371 @default.
- W2089476216 cites W2031442885 @default.
- W2089476216 cites W2033882710 @default.
- W2089476216 cites W2038424763 @default.
- W2089476216 cites W2039819271 @default.
- W2089476216 cites W2045606460 @default.
- W2089476216 cites W2049081815 @default.
- W2089476216 cites W2050346239 @default.
- W2089476216 cites W2054552587 @default.
- W2089476216 cites W2055840853 @default.
- W2089476216 cites W2061439738 @default.
- W2089476216 cites W2062595805 @default.
- W2089476216 cites W2066802333 @default.
- W2089476216 cites W2072343733 @default.
- W2089476216 cites W2080723441 @default.
- W2089476216 cites W2083356111 @default.
- W2089476216 cites W2083484009 @default.
- W2089476216 cites W2085124379 @default.
- W2089476216 cites W2087666490 @default.
- W2089476216 cites W2088398819 @default.
- W2089476216 cites W2090192274 @default.
- W2089476216 cites W2090767277 @default.
- W2089476216 cites W2093142430 @default.
- W2089476216 cites W2093158629 @default.
- W2089476216 cites W2127089758 @default.
- W2089476216 cites W2133507371 @default.
- W2089476216 cites W2142636472 @default.
- W2089476216 cites W2168218157 @default.
- W2089476216 cites W2232626347 @default.
- W2089476216 cites W2257443135 @default.
- W2089476216 cites W2321821390 @default.
- W2089476216 cites W2497220272 @default.
- W2089476216 cites W2498222112 @default.
- W2089476216 cites W4248415553 @default.
- W2089476216 cites W4251253174 @default.
- W2089476216 cites W617909701 @default.
- W2089476216 cites W74826925 @default.
- W2089476216 doi "https://doi.org/10.1029/96pa03444" @default.
- W2089476216 hasPublicationYear "1997" @default.
- W2089476216 type Work @default.
- W2089476216 sameAs 2089476216 @default.
- W2089476216 citedByCount "27" @default.
- W2089476216 countsByYear W20894762162013 @default.
- W2089476216 crossrefType "journal-article" @default.
- W2089476216 hasAuthorship W2089476216A5047607329 @default.
- W2089476216 hasAuthorship W2089476216A5053678702 @default.
- W2089476216 hasBestOaLocation W20894762161 @default.
- W2089476216 hasConcept C105824904 @default.
- W2089476216 hasConcept C111368507 @default.