FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4207085132> ?p ?o ?g. }

• W4207085132 endingPage "e12823" @default.
• W4207085132 startingPage "e12823" @default.
• W4207085132 abstract "Comau Fjord is a stratified Chilean Patagonian Fjord characterized by a shallow brackish surface layer and a >400 m layer of aragonite-depleted subsurface waters. Despite the energetic burden of low aragonite saturation levels to calcification, Comau Fjord harbours dense populations of cold-water corals (CWC). While this paradox has been attributed to a rich supply of zooplankton, supporting abundance and biomass data are so far lacking. In this study, we investigated the seasonal and diel changes of the zooplankton community over the entire water column. We used a Nansen net (100 µm mesh) to take stratified vertical hauls between the surface and the bottom (0-50-100-200-300-400-450 m). Samples were scanned with a ZooScan, and abundance, biovolume and biomass were determined for 41 taxa identified on the web-based platform EcoTaxa 2.0. Zooplankton biomass was the highest in summer (209 g dry mass m-2) and the lowest in winter (61 g dry mass m-2). Abundance, however, peaked in spring, suggesting a close correspondence between reproduction and phytoplankton spring blooms (Chl a max. 50.86 mg m-3, 3 m depth). Overall, copepods were the most important group of the total zooplankton community, both in abundance (64-81%) and biovolume (20-70%) followed by mysids and chaetognaths (in terms of biovolume and biomass), and nauplii and Appendicularia (in terms of abundance). Throughout the year, diel changes in the vertical distribution of biomass were found with a daytime maximum in the 100-200 m depth layer and a nighttime maximum in surface waters (0-50 m), associated with the diel vertical migration of the calanoid copepod family Metridinidae. Diel differences in integrated zooplankton abundance, biovolume and biomass were probably due to a high zooplankton patchiness driven by biological processes (e.g., diel vertical migration or predation avoidance), and oceanographic processes (estuarine circulation, tidal mixing or water column stratification). Those factors are considered to be the main drivers of the zooplankton vertical distribution in Comau Fjord." @default.
• W4207085132 created "2022-01-26" @default.
• W4207085132 creator A5001157540 @default.
• W4207085132 creator A5024956636 @default.
• W4207085132 creator A5034979431 @default.
• W4207085132 creator A5040079663 @default.
• W4207085132 creator A5044449075 @default.
• W4207085132 creator A5069163792 @default.
• W4207085132 creator A5081492757 @default.
• W4207085132 creator A5089138736 @default.
• W4207085132 date "2022-01-25" @default.
• W4207085132 modified "2023-09-25" @default.
• W4207085132 title "Seasonal and diel variations in the vertical distribution, composition, abundance and biomass of zooplankton in a deep Chilean Patagonian Fjord" @default.
• W4207085132 cites W1564492133 @default.
• W4207085132 cites W1909526641 @default.
• W4207085132 cites W1967586980 @default.
• W4207085132 cites W1972036789 @default.
• W4207085132 cites W1974724129 @default.
• W4207085132 cites W1976688019 @default.
• W4207085132 cites W1977000308 @default.
• W4207085132 cites W1986110492 @default.
• W4207085132 cites W1991957759 @default.
• W4207085132 cites W1992526300 @default.
• W4207085132 cites W1992980154 @default.
• W4207085132 cites W199707412 @default.
• W4207085132 cites W2001576344 @default.
• W4207085132 cites W2002806367 @default.
• W4207085132 cites W2004888940 @default.
• W4207085132 cites W2011134635 @default.
• W4207085132 cites W2012868444 @default.
• W4207085132 cites W2020027975 @default.
• W4207085132 cites W2023139579 @default.
• W4207085132 cites W2029179638 @default.
• W4207085132 cites W2034668597 @default.
• W4207085132 cites W2036131732 @default.
• W4207085132 cites W2042923239 @default.
• W4207085132 cites W2043722455 @default.
• W4207085132 cites W2049489886 @default.
• W4207085132 cites W2049814136 @default.
• W4207085132 cites W2050645339 @default.
• W4207085132 cites W2054275666 @default.
• W4207085132 cites W2064975384 @default.
• W4207085132 cites W2070744340 @default.
• W4207085132 cites W2074915351 @default.
• W4207085132 cites W2075059003 @default.
• W4207085132 cites W2080185859 @default.
• W4207085132 cites W2084362106 @default.
• W4207085132 cites W2090152130 @default.
• W4207085132 cites W2095558290 @default.
• W4207085132 cites W2096718134 @default.
• W4207085132 cites W2099540110 @default.
• W4207085132 cites W2102962301 @default.
• W4207085132 cites W2110108619 @default.
• W4207085132 cites W2111515943 @default.
• W4207085132 cites W2123091494 @default.
• W4207085132 cites W2124053548 @default.
• W4207085132 cites W2127096648 @default.
• W4207085132 cites W2135221923 @default.
• W4207085132 cites W2139792069 @default.
• W4207085132 cites W2152771461 @default.
• W4207085132 cites W2156934180 @default.
• W4207085132 cites W2165398667 @default.
• W4207085132 cites W2171320550 @default.
• W4207085132 cites W2337962210 @default.
• W4207085132 cites W2475635965 @default.
• W4207085132 cites W2485146202 @default.
• W4207085132 cites W2622228160 @default.
• W4207085132 cites W2745693502 @default.
• W4207085132 cites W2752102426 @default.
• W4207085132 cites W2766179012 @default.
• W4207085132 cites W2887895569 @default.
• W4207085132 cites W289420721 @default.
• W4207085132 cites W2896377841 @default.
• W4207085132 cites W2900333957 @default.
• W4207085132 cites W2997721139 @default.
• W4207085132 cites W3162571967 @default.
• W4207085132 cites W3163843588 @default.
• W4207085132 cites W405242663 @default.
• W4207085132 cites W4214675839 @default.
• W4207085132 cites W4239139413 @default.
• W4207085132 cites W4239388381 @default.
• W4207085132 cites W4245065023 @default.
• W4207085132 cites W4249826104 @default.
• W4207085132 cites W573634338 @default.
• W4207085132 doi "https://doi.org/10.7717/peerj.12823" @default.
• W4207085132 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35127292" @default.
• W4207085132 hasPublicationYear "2022" @default.
• W4207085132 type Work @default.
• W4207085132 citedByCount "9" @default.
• W4207085132 countsByYear W42070851322022 @default.
• W4207085132 countsByYear W42070851322023 @default.
• W4207085132 crossrefType "journal-article" @default.
• W4207085132 hasAuthorship W4207085132A5001157540 @default.
• W4207085132 hasAuthorship W4207085132A5024956636 @default.
• W4207085132 hasAuthorship W4207085132A5034979431 @default.
• W4207085132 hasAuthorship W4207085132A5040079663 @default.
• W4207085132 hasAuthorship W4207085132A5044449075 @default.
• W4207085132 hasAuthorship W4207085132A5069163792 @default.

• next