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• W3105306036 endingPage "5441" @default.
• W3105306036 startingPage "5417" @default.
• W3105306036 abstract "Abstract. The PEACETIME cruise (May–June 2017) was a basin-scale survey covering the Provencal, Algerian, Tyrrhenian, and Ionian basins during the post-spring bloom period and was dedicated to tracking the impact of Saharan dust deposition events on the Mediterranean Sea pelagic ecosystem. Two such events occurred during this period, and the cruise strategy allowed for the study of the initial phase of the ecosystem response to one dust event in the Algerian Basin (during 5 d at the so-called “FAST long-duration station”) as well as the study of a latter response to another dust event in the Tyrrhenian Basin (by sampling from 5 to 12 d after the deposition). This paper documents the structural and functional patterns of the zooplankton component during this survey, including their responses to these two dust events. The mesozooplankton were sampled at 12 stations using nets with two different mesh sizes (100 and 200 µm) that were mounted on a Bongo frame for vertical hauls within the depth layer from 0 to 300 m. The Algerian and Tyrrhenian basins were found to be quite similar in terms of hydrological and biological variables, which clearly differentiated them from the northern Provencal Basin and the eastern Ionian Basin. In general, total mesozooplankton showed reduced variations in abundance and biomass values over the whole area, with a noticeable contribution from the small size fraction (<500 µm) of up to 50 % with respect to abundance and 25 % with respect to biomass. This small size fraction makes a significant contribution (15 %–21 %) to the mesozooplankton fluxes (carbon demand, grazing pressure, respiration, and excretion), which is estimated using allometric relationships to the mesozooplankton size spectrum at all stations. The taxonomic structure was dominated by copepods, mainly cyclopoid and calanoid copepods, and was completed by appendicularians, ostracods, and chaetognaths. Zooplankton taxa assemblages, analyzed using multivariate analysis and rank frequency diagrams, slightly differed between basins, which is in agreement with recently proposed Mediterranean regional patterns. However, the strongest changes in the zooplankton community were linked to the abovementioned dust deposition events. A synoptic analysis of the two dust events observed in the Tyrrhenian and Algerian basins, based on the rank frequency diagrams and a derived index proposed by Mouillot and Lepretre (2000), delivered a conceptual model of a virtual time series of the zooplankton community responses after a dust deposition event. The initial phase before the deposition event (state 0) was dominated by small-sized cells consumed by their typical zooplankton filter feeders (small copepods and appendicularians). The disturbed phase during the first 5 d following the deposition event (state 1) then induced a strong increase in filter feeders and grazers of larger cells as well as the progressive attraction of carnivorous species, leading to a sharp increase in the zooplankton distribution index. Afterward, this index progressively decreased from day 5 to day 12 following the event, highlighting a diversification of the community (state 2). A 3-week delay was estimated for the index to return to its initial value, potentially indicating the recovery time of a Mediterranean zooplankton community after a dust event. To our knowledge, PEACETIME is the first in situ study that has allowed for the observation of mesozooplankton responses before and soon after natural Saharan dust depositions. The change in the rank frequency diagrams of the zooplankton taxonomic structure is an interesting tool to highlight short-term responses of zooplankton to episodic dust deposition events. Obviously dust-stimulated pelagic productivity impacts up to mesozooplankton in terms of strong but short changes in taxa assemblages and trophic structure, with potential implications for oligotrophic systems such as the Mediterranean Sea." @default.
• W3105306036 created "2020-11-23" @default.
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• W3105306036 date "2020-11-12" @default.
• W3105306036 modified "2023-10-18" @default.
• W3105306036 title "Structure and function of epipelagic mesozooplankton and their response to dust deposition events during the spring PEACETIME cruise in the Mediterranean Sea" @default.
• W3105306036 cites W1537484231 @default.
• W3105306036 cites W1594202662 @default.
• W3105306036 cites W1904223004 @default.
• W3105306036 cites W1973578848 @default.
• W3105306036 cites W1974101047 @default.
• W3105306036 cites W1977856344 @default.
• W3105306036 cites W1986667786 @default.
• W3105306036 cites W1993885999 @default.
• W3105306036 cites W1997537934 @default.
• W3105306036 cites W2000600651 @default.
• W3105306036 cites W2002088491 @default.
• W3105306036 cites W2004003254 @default.
• W3105306036 cites W2012838166 @default.
• W3105306036 cites W2014196359 @default.
• W3105306036 cites W2023139579 @default.
• W3105306036 cites W2027075017 @default.
• W3105306036 cites W2029743526 @default.
• W3105306036 cites W2032123519 @default.
• W3105306036 cites W2034357790 @default.
• W3105306036 cites W2035738501 @default.
• W3105306036 cites W2036054101 @default.
• W3105306036 cites W2038559838 @default.
• W3105306036 cites W2042989532 @default.
• W3105306036 cites W2045569978 @default.
• W3105306036 cites W2048580941 @default.
• W3105306036 cites W2049489886 @default.
• W3105306036 cites W2053146839 @default.
• W3105306036 cites W2054305837 @default.
• W3105306036 cites W2065969010 @default.
• W3105306036 cites W2069197937 @default.
• W3105306036 cites W2074479661 @default.
• W3105306036 cites W2076616438 @default.
• W3105306036 cites W2077062619 @default.
• W3105306036 cites W2077207999 @default.
• W3105306036 cites W2080072001 @default.
• W3105306036 cites W2081620826 @default.
• W3105306036 cites W2085467477 @default.
• W3105306036 cites W2085527902 @default.
• W3105306036 cites W2091986307 @default.
• W3105306036 cites W2095022226 @default.
• W3105306036 cites W2096718134 @default.
• W3105306036 cites W2097027925 @default.
• W3105306036 cites W2097518859 @default.
• W3105306036 cites W2100813948 @default.
• W3105306036 cites W2102090316 @default.
• W3105306036 cites W2107628943 @default.
• W3105306036 cites W2112949057 @default.
• W3105306036 cites W2124880004 @default.
• W3105306036 cites W2133186420 @default.
• W3105306036 cites W2133358277 @default.
• W3105306036 cites W2136012529 @default.
• W3105306036 cites W2138301189 @default.
• W3105306036 cites W2141566572 @default.
• W3105306036 cites W2144891280 @default.
• W3105306036 cites W2146582960 @default.
• W3105306036 cites W2149644473 @default.
• W3105306036 cites W2152162898 @default.
• W3105306036 cites W2161574875 @default.
• W3105306036 cites W2167150221 @default.
• W3105306036 cites W2170066988 @default.
• W3105306036 cites W2231657165 @default.
• W3105306036 cites W2290245922 @default.
• W3105306036 cites W2552902882 @default.
• W3105306036 cites W2582347286 @default.
• W3105306036 cites W2593042267 @default.
• W3105306036 cites W2611655703 @default.
• W3105306036 cites W2725015619 @default.
• W3105306036 cites W2763462057 @default.
• W3105306036 cites W2766896815 @default.
• W3105306036 cites W2910697734 @default.
• W3105306036 cites W2915237744 @default.
• W3105306036 cites W3021472327 @default.
• W3105306036 cites W38255635 @default.
• W3105306036 cites W38293100 @default.
• W3105306036 cites W4211140140 @default.
• W3105306036 cites W4234868769 @default.
• W3105306036 cites W4242657408 @default.
• W3105306036 cites W4253877717 @default.
• W3105306036 doi "https://doi.org/10.5194/bg-17-5417-2020" @default.
• W3105306036 hasPublicationYear "2020" @default.
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