FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2322236348> ?p ?o ?g. }

• W2322236348 endingPage "38" @default.
• W2322236348 startingPage "18" @default.
• W2322236348 abstract "Living (stained) benthic foraminiferal faunas were analyzed in 51 surficial sediment samples taken from the northern Gulf of Cadiz continental shelf between the mouths of the Guadiana and Guadalquivir rivers. The distribution and abundance of 26 species with relative abundance >5% were related to water depth, sediment type, river discharge, water temperature, salinity, turbidity, and primary productivity. Hierarchical classification using R- and Q-mode cluster analyses, and individual distributions, allowed these taxa to be categorized into four general groups. Group 1 is represented by Bolivina ordinaria and Hopkinsina atlantica. These species are linked to river discharge, and are associated with muddy sediments. They are considered the most opportunistic species in the assemblage, and are associated with the limits of productivity. Group 2, contains Ammonia beccarii, Eggerelloides scaber, Elphidium gerthi, Quinqueloculina laevigata, and Q. stelligera, and is characteristic of shallow water depths. Its species are associated with different sediment types and their distribution is influenced by river discharge. Group 3 is dominated by Bulimina aculeata, B. elongata, Elphidium excavatum, E. cuvillieri, Epistominella vitrea, and Rectuvigerina phlegeri. These species display the highest abundances between 30–100 m water depths. They prevail in muds associated with weak hydrodynamics, low oxygenation, and high organic matter. Group 4 includes species that are more abundant in deep stations and is divided into two subgroups. Subgroup 4A includes Bolivina catanensis, B. italica, B. striatula, Cassidulina laevigata, Stainforthia sp., Nouria polymorphinoides, and Nouria sp., with higher abundances in one or two samples. Subgroup 4B, with Brizalina dilatata, B. spathulata, Bulimina marginata, Nonionella iridea, N. stella, and N. turgida, has patchy distribution. Higher abundances of Nonionella species off the Guadiana River are related to low temperature and salinity." @default.
• W2322236348 created "2016-06-24" @default.
• W2322236348 creator A5014439733 @default.
• W2322236348 creator A5031416403 @default.
• W2322236348 creator A5040863831 @default.
• W2322236348 creator A5080516064 @default.
• W2322236348 date "2012-01-01" @default.
• W2322236348 modified "2023-10-18" @default.
• W2322236348 title "DISTRIBUTION OF LIVING BENTHIC FORAMINIFERA ON THE NORTHERN GULF OF CADIZ CONTINENTAL SHELF" @default.
• W2322236348 cites W12402290 @default.
• W2322236348 cites W1589869447 @default.
• W2322236348 cites W178456859 @default.
• W2322236348 cites W1899390525 @default.
• W2322236348 cites W1912899300 @default.
• W2322236348 cites W1921992103 @default.
• W2322236348 cites W1965947609 @default.
• W2322236348 cites W1969004950 @default.
• W2322236348 cites W1969413086 @default.
• W2322236348 cites W1971865525 @default.
• W2322236348 cites W1976076324 @default.
• W2322236348 cites W1976926979 @default.
• W2322236348 cites W1980753654 @default.
• W2322236348 cites W1983045649 @default.
• W2322236348 cites W1983575239 @default.
• W2322236348 cites W1984423168 @default.
• W2322236348 cites W1985657968 @default.
• W2322236348 cites W1986755695 @default.
• W2322236348 cites W1994519779 @default.
• W2322236348 cites W2000055654 @default.
• W2322236348 cites W2001484542 @default.
• W2322236348 cites W2003846368 @default.
• W2322236348 cites W2009466066 @default.
• W2322236348 cites W2012189426 @default.
• W2322236348 cites W2015708493 @default.
• W2322236348 cites W2027247430 @default.
• W2322236348 cites W2029014849 @default.
• W2322236348 cites W2034878090 @default.
• W2322236348 cites W2035652474 @default.
• W2322236348 cites W2046543263 @default.
• W2322236348 cites W2046544304 @default.
• W2322236348 cites W2049760601 @default.
• W2322236348 cites W2055320265 @default.
• W2322236348 cites W2060520128 @default.
• W2322236348 cites W2062505839 @default.
• W2322236348 cites W2064550351 @default.
• W2322236348 cites W2065291323 @default.
• W2322236348 cites W2068842615 @default.
• W2322236348 cites W2075782698 @default.
• W2322236348 cites W2076154519 @default.
• W2322236348 cites W2078935912 @default.
• W2322236348 cites W2085153951 @default.
• W2322236348 cites W2085475474 @default.
• W2322236348 cites W2089686812 @default.
• W2322236348 cites W2093679353 @default.
• W2322236348 cites W2094707034 @default.
• W2322236348 cites W2105192601 @default.
• W2322236348 cites W2108810671 @default.
• W2322236348 cites W2110994278 @default.
• W2322236348 cites W2119477709 @default.
• W2322236348 cites W2121758781 @default.
• W2322236348 cites W2124454449 @default.
• W2322236348 cites W2128428640 @default.
• W2322236348 cites W2131477567 @default.
• W2322236348 cites W2158224267 @default.
• W2322236348 cites W2161888530 @default.
• W2322236348 cites W2163147155 @default.
• W2322236348 cites W2164897769 @default.
• W2322236348 cites W2188941153 @default.
• W2322236348 cites W2225204837 @default.
• W2322236348 cites W2284741072 @default.
• W2322236348 cites W2290175524 @default.
• W2322236348 cites W2313007056 @default.
• W2322236348 cites W2316874397 @default.
• W2322236348 cites W2412632632 @default.
• W2322236348 cites W2553798744 @default.
• W2322236348 cites W2587209440 @default.
• W2322236348 cites W277051057 @default.
• W2322236348 cites W2941943187 @default.
• W2322236348 cites W3083449136 @default.
• W2322236348 cites W582984162 @default.
• W2322236348 cites W589232144 @default.
• W2322236348 cites W612211758 @default.
• W2322236348 cites W2922169423 @default.
• W2322236348 doi "https://doi.org/10.2113/gsjfr.42.1.18" @default.
• W2322236348 hasPublicationYear "2012" @default.
• W2322236348 type Work @default.
• W2322236348 sameAs 2322236348 @default.
• W2322236348 citedByCount "52" @default.
• W2322236348 countsByYear W23222363482013 @default.
• W2322236348 countsByYear W23222363482014 @default.
• W2322236348 countsByYear W23222363482015 @default.
• W2322236348 countsByYear W23222363482016 @default.
• W2322236348 countsByYear W23222363482017 @default.
• W2322236348 countsByYear W23222363482018 @default.
• W2322236348 countsByYear W23222363482019 @default.
• W2322236348 countsByYear W23222363482020 @default.
• W2322236348 countsByYear W23222363482021 @default.
• W2322236348 countsByYear W23222363482022 @default.

• next