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- W2910342913 abstract "Abstract The northern part of the South China Sea is characterized by widespread occurrence of bottom simulating reflectors indicating the presence of marine gas hydrate. Because the area covers both a tectonically inactive passive margin and the termination of a subduction zone, the influence of tectonism on the dynamics of gas hydrate systems can be studied in this region. Geophysical data show that there are multiple thrust faults on the active margin while much fewer and smaller faults exist in the passive margin. This tectonic difference matches with a difference in the geophysical characteristics of the gas hydrate systems. High hydrate saturation derived from ocean bottom seismometer data and controlled source electromagnetic data and conspicuous high‐amplitude reflections in P‐Cable 3‐D seismic data above the bottom simulating reflector are found in the anticlinal ridges of the active margin. In contrast, all geophysical evidence for the passive margin points to normal to low hydrate saturations. Geochemical analyses of gas samples collected at seep sites on the active margin show methane with heavy δ 13 C isotope composition, while gas collected at the passive margin shows light carbon isotope composition. Thus, we interpret the passive margin as a typical gas hydrate province fueled by biogenic production of methane and the active margin gas hydrate system as a system that is fueled not only by biogenic gas production but also by additional advection of thermogenic methane from the subduction system." @default.
- W2910342913 created "2019-01-25" @default.
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- W2910342913 date "2019-02-01" @default.
- W2910342913 modified "2023-10-16" @default.
- W2910342913 title "Tectonic Controls on Gas Hydrate Distribution Off SW Taiwan" @default.
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- W2910342913 cites W1885673864 @default.
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- W2910342913 cites W2018510966 @default.
- W2910342913 cites W2028824043 @default.
- W2910342913 cites W2034133992 @default.
- W2910342913 cites W2036040130 @default.
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- W2910342913 cites W2068156227 @default.
- W2910342913 cites W2068951914 @default.
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- W2910342913 cites W2076006053 @default.
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- W2910342913 cites W2085627371 @default.
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- W2910342913 cites W2111735856 @default.
- W2910342913 cites W2112458105 @default.
- W2910342913 cites W2112590574 @default.
- W2910342913 cites W2113425534 @default.
- W2910342913 cites W2122316252 @default.
- W2910342913 cites W2123134406 @default.
- W2910342913 cites W2126853741 @default.
- W2910342913 cites W2127351572 @default.
- W2910342913 cites W2128300708 @default.
- W2910342913 cites W2129020528 @default.
- W2910342913 cites W2130014214 @default.
- W2910342913 cites W2131079535 @default.
- W2910342913 cites W2149321179 @default.
- W2910342913 cites W2156841285 @default.
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- W2910342913 cites W2186968583 @default.
- W2910342913 cites W2279101643 @default.
- W2910342913 cites W2323365704 @default.
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- W2910342913 doi "https://doi.org/10.1029/2018jb016213" @default.
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