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- W2995030837 abstract "Gelatinous zooplankton (Cnidaria, Ctenophora, and Urochordata, namely, Thaliacea) are ubiquitous members of plankton communities linking primary production to higher trophic levels and the deep ocean by serving as food and transferring “jelly-carbon” (jelly-C) upon bloom collapse. Global biomass within the upper 200 m reaches 0.038 Pg C, which, with a 2–12 months life span, serves as the lower limit for annual jelly-C production. Using over 90,000 data points from 1934 to 2011 from the Jellyfish Database Initiative as an indication of global biomass (JeDI: http://jedi.nceas.ucsb.edu, http://www.bco-dmo.org/dataset/526852), upper ocean jelly-C biomass and production estimates, organism vertical migration, jelly-C sinking rates, and water column temperature profiles from GLODAPv2, we quantitatively estimate jelly-C transfer efficiency based on Longhurst Provinces. From the upper 200 m production estimate of 0.038 Pg C year−1, 59–72% reaches 500 m, 46–54% reaches 1,000 m, 43–48% reaches 2,000 m, 32–40% reaches 3,000 m, and 25–33% reaches 4,500 m. This translates into ~0.03, 0.02, 0.01, and 0.01 Pg C year−1, transferred down to 500, 1,000, 2,000, and 4,500 m, respectively. Jelly-C fluxes and transfer efficiencies can occasionally exceed phytodetrital-based sediment trap estimates in localized open ocean and continental shelves areas under large gelatinous blooms or jelly-C mass deposition events, but this remains ephemeral and transient in nature. This transfer of fast and permanently exported carbon reaching the ocean interior via jelly-C constitutes an important component of the global biological soft-tissue pump, and should be addressed in ocean biogeochemical models, in particular, at the local and regional scale." @default.
- W2995030837 created "2019-12-26" @default.
- W2995030837 creator A5027647763 @default.
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- W2995030837 date "2019-12-01" @default.
- W2995030837 modified "2023-10-06" @default.
- W2995030837 title "Sinking of Gelatinous Zooplankton Biomass Increases Deep Carbon Transfer Efficiency Globally" @default.
- W2995030837 cites W1571031615 @default.
- W2995030837 cites W1571373640 @default.
- W2995030837 cites W1589071595 @default.
- W2995030837 cites W1795296941 @default.
- W2995030837 cites W1970194695 @default.
- W2995030837 cites W1976233380 @default.
- W2995030837 cites W1983328760 @default.
- W2995030837 cites W1989707569 @default.
- W2995030837 cites W1990280841 @default.
- W2995030837 cites W2000547713 @default.
- W2995030837 cites W2004256205 @default.
- W2995030837 cites W2006653633 @default.
- W2995030837 cites W2010923872 @default.
- W2995030837 cites W2013278565 @default.
- W2995030837 cites W2014104264 @default.
- W2995030837 cites W2017569863 @default.
- W2995030837 cites W2019590699 @default.
- W2995030837 cites W2020129317 @default.
- W2995030837 cites W2023319596 @default.
- W2995030837 cites W2024274899 @default.
- W2995030837 cites W2030581008 @default.
- W2995030837 cites W2031288527 @default.
- W2995030837 cites W2034247647 @default.
- W2995030837 cites W2043019981 @default.
- W2995030837 cites W2051663919 @default.
- W2995030837 cites W2056576044 @default.
- W2995030837 cites W2058486476 @default.
- W2995030837 cites W2060673598 @default.
- W2995030837 cites W2073307266 @default.
- W2995030837 cites W2077199321 @default.
- W2995030837 cites W2079547709 @default.
- W2995030837 cites W2079951875 @default.
- W2995030837 cites W2081378859 @default.
- W2995030837 cites W2082037430 @default.
- W2995030837 cites W2084487760 @default.
- W2995030837 cites W2087753439 @default.
- W2995030837 cites W2098139247 @default.
- W2995030837 cites W2098319086 @default.
- W2995030837 cites W2099709825 @default.
- W2995030837 cites W2100997338 @default.
- W2995030837 cites W2101190895 @default.
- W2995030837 cites W2101289502 @default.
- W2995030837 cites W2102508206 @default.
- W2995030837 cites W2103607688 @default.
- W2995030837 cites W2109205697 @default.
- W2995030837 cites W2111079990 @default.
- W2995030837 cites W2114795157 @default.
- W2995030837 cites W2115957271 @default.
- W2995030837 cites W2116927662 @default.
- W2995030837 cites W2117381188 @default.
- W2995030837 cites W2118469610 @default.
- W2995030837 cites W2121041595 @default.
- W2995030837 cites W2125257183 @default.
- W2995030837 cites W2135274623 @default.
- W2995030837 cites W2142235198 @default.
- W2995030837 cites W2142479704 @default.
- W2995030837 cites W2142676529 @default.
- W2995030837 cites W2143167281 @default.
- W2995030837 cites W2144833504 @default.
- W2995030837 cites W2145810508 @default.
- W2995030837 cites W2147775078 @default.
- W2995030837 cites W2148343249 @default.
- W2995030837 cites W2149994496 @default.
- W2995030837 cites W2149999170 @default.
- W2995030837 cites W2151726483 @default.
- W2995030837 cites W2156880390 @default.
- W2995030837 cites W2160686198 @default.
- W2995030837 cites W2166361625 @default.
- W2995030837 cites W2166963788 @default.
- W2995030837 cites W2167123798 @default.
- W2995030837 cites W2167705142 @default.
- W2995030837 cites W2168049885 @default.
- W2995030837 cites W2169384842 @default.
- W2995030837 cites W2199956433 @default.
- W2995030837 cites W2396556143 @default.
- W2995030837 cites W2461456484 @default.
- W2995030837 cites W2470608135 @default.
- W2995030837 cites W2480993803 @default.
- W2995030837 cites W2559464113 @default.
- W2995030837 cites W2560706675 @default.
- W2995030837 cites W2594418202 @default.
- W2995030837 cites W2601322555 @default.
- W2995030837 cites W2753043870 @default.
- W2995030837 cites W2775693721 @default.
- W2995030837 cites W2889884770 @default.
- W2995030837 cites W2923747095 @default.