Matches in SemOpenAlex for { <https://semopenalex.org/work/W2093676326> ?p ?o ?g. }
- W2093676326 endingPage "76" @default.
- W2093676326 startingPage "64" @default.
- W2093676326 abstract "Hydrothermal Fe–Mn–Si oxides and nontronite are pervasive in the Hine Hina, Vai Lili and Mariner hydrothermal fields along the central Valu Fa Ridge, Lau Basin. Morphometric and mineralogical analyses reveal that the iron-rich filaments are the most important constituents of these Fe–Mn–Si oxide deposits. Both the morphologies and chemical composition of the filaments indicate that neutrophilic Fe-oxidizing bacteria have played a key role in the formation of these deposits. A key process of the formation of these deposits is the creation of a complicated filamentous network in which a series of metabolic activities and passive sorption and nucleation processes occur. The precipitation of dissolved Si in unsaturated and saturated states leads to a “two-generation” growth model in the hydrothermal vents. The precipitation of amorphous opal occurs in a relatively narrow temperature range (41.1–42.9 °C) based on oxygen isotope analyses, indicating a fast precipitation rate of opal-A when conductive cooling of the hydrothermal fluid occurrs. Patchy nontronite in the Mariner fields is a product of the direct precipitation from hydrothermal fluids at a temperature of ∼87.9 °C, whereas the scattered nontronite at the Hine Hina field is the product of the replacement of hydrothermal Fe–Si oxides at a temperature of ∼46.2 °C." @default.
- W2093676326 created "2016-06-24" @default.
- W2093676326 creator A5005794767 @default.
- W2093676326 creator A5009425326 @default.
- W2093676326 creator A5020706546 @default.
- W2093676326 creator A5024261970 @default.
- W2093676326 creator A5042459518 @default.
- W2093676326 creator A5067782549 @default.
- W2093676326 creator A5072211574 @default.
- W2093676326 date "2012-01-01" @default.
- W2093676326 modified "2023-10-05" @default.
- W2093676326 title "Formation of Fe–Mn–Si oxide and nontronite deposits in hydrothermal fields on the Valu Fa Ridge, Lau Basin" @default.
- W2093676326 cites W1543028080 @default.
- W2093676326 cites W1569936106 @default.
- W2093676326 cites W1578318129 @default.
- W2093676326 cites W1935610446 @default.
- W2093676326 cites W1964330751 @default.
- W2093676326 cites W1971593557 @default.
- W2093676326 cites W1971686628 @default.
- W2093676326 cites W1972289882 @default.
- W2093676326 cites W1972535403 @default.
- W2093676326 cites W1973010844 @default.
- W2093676326 cites W1974784769 @default.
- W2093676326 cites W1981568380 @default.
- W2093676326 cites W1983172391 @default.
- W2093676326 cites W1985685678 @default.
- W2093676326 cites W1988239784 @default.
- W2093676326 cites W1988361839 @default.
- W2093676326 cites W1992567491 @default.
- W2093676326 cites W1992676286 @default.
- W2093676326 cites W1996895998 @default.
- W2093676326 cites W2005611894 @default.
- W2093676326 cites W2009467608 @default.
- W2093676326 cites W2010997419 @default.
- W2093676326 cites W2012632535 @default.
- W2093676326 cites W2013648174 @default.
- W2093676326 cites W2018687513 @default.
- W2093676326 cites W2024781244 @default.
- W2093676326 cites W2038247724 @default.
- W2093676326 cites W2040864305 @default.
- W2093676326 cites W2041997393 @default.
- W2093676326 cites W2046511087 @default.
- W2093676326 cites W2052787103 @default.
- W2093676326 cites W2053736835 @default.
- W2093676326 cites W2053911010 @default.
- W2093676326 cites W2063089961 @default.
- W2093676326 cites W2068202901 @default.
- W2093676326 cites W2071535701 @default.
- W2093676326 cites W2072262665 @default.
- W2093676326 cites W2074211172 @default.
- W2093676326 cites W2075445633 @default.
- W2093676326 cites W2075846232 @default.
- W2093676326 cites W2080076365 @default.
- W2093676326 cites W2081057026 @default.
- W2093676326 cites W2081173980 @default.
- W2093676326 cites W2081905394 @default.
- W2093676326 cites W2086626252 @default.
- W2093676326 cites W2090254002 @default.
- W2093676326 cites W2094354918 @default.
- W2093676326 cites W2098232539 @default.
- W2093676326 cites W2100248127 @default.
- W2093676326 cites W2101516250 @default.
- W2093676326 cites W2104591486 @default.
- W2093676326 cites W2109707887 @default.
- W2093676326 cites W2110641539 @default.
- W2093676326 cites W2118203054 @default.
- W2093676326 cites W2120934068 @default.
- W2093676326 cites W2125571496 @default.
- W2093676326 cites W2126284417 @default.
- W2093676326 cites W2130008472 @default.
- W2093676326 cites W2134997841 @default.
- W2093676326 cites W2136735793 @default.
- W2093676326 cites W2141074377 @default.
- W2093676326 cites W2145114296 @default.
- W2093676326 cites W2146437474 @default.
- W2093676326 cites W2148947006 @default.
- W2093676326 cites W2151209894 @default.
- W2093676326 cites W2159329002 @default.
- W2093676326 cites W2160631959 @default.
- W2093676326 cites W2161554960 @default.
- W2093676326 cites W2163313531 @default.
- W2093676326 cites W2171331577 @default.
- W2093676326 cites W2171500660 @default.
- W2093676326 cites W2180601736 @default.
- W2093676326 cites W2307820887 @default.
- W2093676326 cites W3036821725 @default.
- W2093676326 cites W4234524496 @default.
- W2093676326 doi "https://doi.org/10.1016/j.jseaes.2011.08.011" @default.
- W2093676326 hasPublicationYear "2012" @default.
- W2093676326 type Work @default.
- W2093676326 sameAs 2093676326 @default.
- W2093676326 citedByCount "35" @default.
- W2093676326 countsByYear W20936763262012 @default.
- W2093676326 countsByYear W20936763262013 @default.
- W2093676326 countsByYear W20936763262014 @default.
- W2093676326 countsByYear W20936763262015 @default.
- W2093676326 countsByYear W20936763262016 @default.
- W2093676326 countsByYear W20936763262017 @default.