Matches in SemOpenAlex for { <https://semopenalex.org/work/W1972215191> ?p ?o ?g. }
- W1972215191 endingPage "254023" @default.
- W1972215191 startingPage "254023" @default.
- W1972215191 abstract "The repartition of tracers in the ocean’s upper layer on the scale of a few tens of kilometres is largely determined by the horizontal transport induced by surface currents. Here we consider surface currents detected from satellite altimetry (Jason and Envisat missions) and we study how surface waters may be trapped by mesoscale eddies through a semi-Lagrangian diagnostic which combines the Lyapunov approach with Eulerian techniques. Such a diagnostic identifies the regions of the ocean’s upper layer with different retention times that appear to influence the behaviour of a tagged marine predator (an elephant seal) along a foraging trip. The comparison between predator trajectory and eddy retention time suggests that water trapping by mesoscale eddies, derived from satellite altimetry, may be an important factor for monitoring hotspots of trophic interactions in the open ocean.This article is part of a special issue of Journal of Physics A: Mathematical and Theoretical devoted to ‘Lyapunov analysis: from dynamical systems theory to applications’." @default.
- W1972215191 created "2016-06-24" @default.
- W1972215191 creator A5019000421 @default.
- W1972215191 creator A5031902367 @default.
- W1972215191 creator A5049140077 @default.
- W1972215191 creator A5057568471 @default.
- W1972215191 creator A5079799707 @default.
- W1972215191 date "2013-06-04" @default.
- W1972215191 modified "2023-10-16" @default.
- W1972215191 title "Ecological implications of eddy retention in the open ocean: a Lagrangian approach" @default.
- W1972215191 cites W122965473 @default.
- W1972215191 cites W1487864575 @default.
- W1972215191 cites W1528026325 @default.
- W1972215191 cites W1627347860 @default.
- W1972215191 cites W1644457943 @default.
- W1972215191 cites W1661139112 @default.
- W1972215191 cites W1734738237 @default.
- W1972215191 cites W1907224305 @default.
- W1972215191 cites W1965743902 @default.
- W1972215191 cites W1966952868 @default.
- W1972215191 cites W1967818937 @default.
- W1972215191 cites W1968790256 @default.
- W1972215191 cites W1970985432 @default.
- W1972215191 cites W1974284435 @default.
- W1972215191 cites W1975068323 @default.
- W1972215191 cites W1979434993 @default.
- W1972215191 cites W1980140455 @default.
- W1972215191 cites W1981638690 @default.
- W1972215191 cites W1984686761 @default.
- W1972215191 cites W1986024786 @default.
- W1972215191 cites W1991010533 @default.
- W1972215191 cites W1997404570 @default.
- W1972215191 cites W2007768301 @default.
- W1972215191 cites W2013459569 @default.
- W1972215191 cites W2013650966 @default.
- W1972215191 cites W2013677334 @default.
- W1972215191 cites W2014078517 @default.
- W1972215191 cites W2017647804 @default.
- W1972215191 cites W2026446420 @default.
- W1972215191 cites W2029943018 @default.
- W1972215191 cites W2031528485 @default.
- W1972215191 cites W2036863450 @default.
- W1972215191 cites W2038599242 @default.
- W1972215191 cites W2044362408 @default.
- W1972215191 cites W2051620405 @default.
- W1972215191 cites W2056877494 @default.
- W1972215191 cites W2057314736 @default.
- W1972215191 cites W2060346380 @default.
- W1972215191 cites W2060976955 @default.
- W1972215191 cites W2061415400 @default.
- W1972215191 cites W2068483488 @default.
- W1972215191 cites W2070583401 @default.
- W1972215191 cites W2071627871 @default.
- W1972215191 cites W2072050649 @default.
- W1972215191 cites W2072224206 @default.
- W1972215191 cites W2079352968 @default.
- W1972215191 cites W2079903769 @default.
- W1972215191 cites W2081931157 @default.
- W1972215191 cites W2082488556 @default.
- W1972215191 cites W2083524788 @default.
- W1972215191 cites W2094821167 @default.
- W1972215191 cites W2098290554 @default.
- W1972215191 cites W2099753271 @default.
- W1972215191 cites W2106164172 @default.
- W1972215191 cites W2122936119 @default.
- W1972215191 cites W2127493405 @default.
- W1972215191 cites W2146466580 @default.
- W1972215191 cites W2152314473 @default.
- W1972215191 cites W2152397855 @default.
- W1972215191 cites W2152406815 @default.
- W1972215191 cites W2160822404 @default.
- W1972215191 cites W2179379460 @default.
- W1972215191 cites W2325640811 @default.
- W1972215191 cites W2327316468 @default.
- W1972215191 cites W3098189294 @default.
- W1972215191 cites W3098603482 @default.
- W1972215191 cites W3099336608 @default.
- W1972215191 cites W3099513617 @default.
- W1972215191 cites W3102626400 @default.
- W1972215191 cites W3123757865 @default.
- W1972215191 doi "https://doi.org/10.1088/1751-8113/46/25/254023" @default.
- W1972215191 hasPublicationYear "2013" @default.
- W1972215191 type Work @default.
- W1972215191 sameAs 1972215191 @default.
- W1972215191 citedByCount "78" @default.
- W1972215191 countsByYear W19722151912014 @default.
- W1972215191 countsByYear W19722151912015 @default.
- W1972215191 countsByYear W19722151912016 @default.
- W1972215191 countsByYear W19722151912017 @default.
- W1972215191 countsByYear W19722151912018 @default.
- W1972215191 countsByYear W19722151912019 @default.
- W1972215191 countsByYear W19722151912020 @default.
- W1972215191 countsByYear W19722151912021 @default.
- W1972215191 countsByYear W19722151912022 @default.
- W1972215191 countsByYear W19722151912023 @default.
- W1972215191 crossrefType "journal-article" @default.
- W1972215191 hasAuthorship W1972215191A5019000421 @default.
- W1972215191 hasAuthorship W1972215191A5031902367 @default.