Matches in SemOpenAlex for { <https://semopenalex.org/work/W4296062034> ?p ?o ?g. }
- W4296062034 endingPage "1096" @default.
- W4296062034 startingPage "1077" @default.
- W4296062034 abstract "Abstract. Equatorial Pacific sea surface temperature anomalies (SSTAs) associated with El Niño–Southern Oscillation (ENSO) can influence the North Atlantic European (NAE) region. ENSO tends to be negatively correlated with the North Atlantic Oscillation in winter, while this connection is less clear in boreal spring and summer when the ENSO teleconnection encounters altered background conditions (i.e., a weaker subtropical jet), which can modulate the signal on the way to the NAE region. One such region that modulates the ENSO teleconnection to the NAE region is the tropical North Atlantic (TNA). While several mechanisms exist for this modulation, we center our analysis on the Caribbean region and the Walker cells. In order to isolate the relevant mechanism, we force an idealized atmospheric circulation model with three different seasonally varying sea surface temperature patterns that represent an ENSO event with or without the influence of the TNA, focusing on the decaying phase of ENSO in boreal spring and summer. We find that in boreal spring, the TNA modulates the ENSO teleconnection to the NAE primarily through a propagating Rossby wave train, while in summer, the TNA's influence tends to strengthen the ENSO influence over the NAE sector. Overall, this study offers a deeper understanding of the inter-basin interactions through the Walker cell following an ENSO event and the central role of tropical Atlantic SSTAs in modulating the teleconnection to the NAE region in boreal spring and summer." @default.
- W4296062034 created "2022-09-17" @default.
- W4296062034 creator A5029860570 @default.
- W4296062034 creator A5059475177 @default.
- W4296062034 creator A5067366813 @default.
- W4296062034 date "2022-09-16" @default.
- W4296062034 modified "2023-10-18" @default.
- W4296062034 title "Modulation of the El Niño teleconnection to the North Atlantic by the tropical North Atlantic during boreal spring and summer" @default.
- W4296062034 cites W1008778965 @default.
- W4296062034 cites W1943597027 @default.
- W4296062034 cites W1963675163 @default.
- W4296062034 cites W1983456356 @default.
- W4296062034 cites W1986584375 @default.
- W4296062034 cites W1989120577 @default.
- W4296062034 cites W1997110685 @default.
- W4296062034 cites W2000679372 @default.
- W4296062034 cites W2006314526 @default.
- W4296062034 cites W2008146916 @default.
- W4296062034 cites W2012319716 @default.
- W4296062034 cites W2022690347 @default.
- W4296062034 cites W2023128436 @default.
- W4296062034 cites W2029643010 @default.
- W4296062034 cites W2033363258 @default.
- W4296062034 cites W2046873888 @default.
- W4296062034 cites W2047886323 @default.
- W4296062034 cites W2050649934 @default.
- W4296062034 cites W2063576316 @default.
- W4296062034 cites W2068952517 @default.
- W4296062034 cites W2089651378 @default.
- W4296062034 cites W2091072313 @default.
- W4296062034 cites W2104108251 @default.
- W4296062034 cites W2105404291 @default.
- W4296062034 cites W2108107626 @default.
- W4296062034 cites W2115150167 @default.
- W4296062034 cites W2118131267 @default.
- W4296062034 cites W2121523631 @default.
- W4296062034 cites W2125802832 @default.
- W4296062034 cites W2130468267 @default.
- W4296062034 cites W2132846215 @default.
- W4296062034 cites W2140565060 @default.
- W4296062034 cites W2141393537 @default.
- W4296062034 cites W2164427994 @default.
- W4296062034 cites W2167018289 @default.
- W4296062034 cites W2168525090 @default.
- W4296062034 cites W2169929206 @default.
- W4296062034 cites W2170655593 @default.
- W4296062034 cites W2175342059 @default.
- W4296062034 cites W2180206489 @default.
- W4296062034 cites W2285629324 @default.
- W4296062034 cites W2292012743 @default.
- W4296062034 cites W2406744649 @default.
- W4296062034 cites W2466734162 @default.
- W4296062034 cites W2475938390 @default.
- W4296062034 cites W2509901096 @default.
- W4296062034 cites W2586151730 @default.
- W4296062034 cites W2599592655 @default.
- W4296062034 cites W2625100140 @default.
- W4296062034 cites W2765355324 @default.
- W4296062034 cites W2765509008 @default.
- W4296062034 cites W2790957818 @default.
- W4296062034 cites W2792108483 @default.
- W4296062034 cites W2796084947 @default.
- W4296062034 cites W2885041083 @default.
- W4296062034 cites W2891664043 @default.
- W4296062034 cites W2903081523 @default.
- W4296062034 cites W2915945531 @default.
- W4296062034 cites W2916125934 @default.
- W4296062034 cites W2927164179 @default.
- W4296062034 cites W2941751990 @default.
- W4296062034 cites W2960324558 @default.
- W4296062034 cites W2964775382 @default.
- W4296062034 cites W2971860657 @default.
- W4296062034 cites W2979410627 @default.
- W4296062034 cites W3016015298 @default.
- W4296062034 cites W3023920928 @default.
- W4296062034 cites W3036515266 @default.
- W4296062034 cites W3102553158 @default.
- W4296062034 cites W3107552094 @default.
- W4296062034 cites W3128316013 @default.
- W4296062034 cites W3163957715 @default.
- W4296062034 cites W3196149870 @default.
- W4296062034 cites W3197381412 @default.
- W4296062034 cites W4239613855 @default.
- W4296062034 cites W4249942414 @default.
- W4296062034 doi "https://doi.org/10.5194/wcd-3-1077-2022" @default.
- W4296062034 hasPublicationYear "2022" @default.
- W4296062034 type Work @default.
- W4296062034 citedByCount "3" @default.
- W4296062034 countsByYear W42960620342023 @default.
- W4296062034 crossrefType "journal-article" @default.
- W4296062034 hasAuthorship W4296062034A5029860570 @default.
- W4296062034 hasAuthorship W4296062034A5059475177 @default.
- W4296062034 hasAuthorship W4296062034A5067366813 @default.
- W4296062034 hasBestOaLocation W42960620341 @default.
- W4296062034 hasConcept C100537666 @default.
- W4296062034 hasConcept C111368507 @default.
- W4296062034 hasConcept C121332964 @default.
- W4296062034 hasConcept C123576220 @default.