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Carbon isotope variations in diploptene for methane hydrate dissociation during the last glacial episode in the Japan Sea/East Sea
diploptene methane hydrate dissociation carbon isotope glacial–interglacial sea-level changes
2017/4/11
Two piston cores (06GHSA P1 and 06GHSA P6) taken from the Ulleung Basin of the Japan Sea/East Sea were examined
for the presence of an organic compound, diploptene (hopanoid 17α(H),21β(H)-hop-22(29)-...
Carbon isotopic compositions of fatty acids from the Japan Sea and their inferred terrestrial palaeoenvironment in Late Pleistocene
carbon isotopic compositions (δ13C) fatty acids
2017/4/12
Abundance and carbon isotopic composition (δ13C) of monocarboxylic fatty acids (n-FA) and n-alkanes in sediments
spanning the last 24 kyrs from the southeastern Oki Trough, Japan Sea (core KT96-17, P...
A review of petroleum system in the deep water area of the Toyama Trough to the Sado Island in the Japan Sea, based on the results of the METI Sado Nansei Oki drilling
petroleum system Toyama Trough METI Sado Nansei Oki methane hydrate oil seepage oleanane
2009/5/7
The petroleum system in the deep water of the Toyama Trough to the southwest offshore of the Sado Island in the Japan Sea was considered based on the analytical results of METI Sado Nansei Oki S and ...
A petroleum system in the deep water of the Sado Nanseioki area in the Japan Sea based on the results of the MITI “Sadooki Nansei” Seismic Survey and the METI “Sado Nanseioki” Wells
MITI Sadooki Nansei seismic survey METI Sado Nanseioki wells geologic age
2009/4/8
METI “Sado Nanseioki” wells were drilled in the deep water southwest offshore of the Sado Island in the Japan Sea to explore the Awabi Structure after the MITI “Sadooki Nansei” seismic survey.
Natural gas pipeline between the Japan Sea and the Pacific Ocean connected with natural gas field and LNG receiving terminal in Japan
gas pipeline gas field LNG receiving termina
2009/4/7
Teikoku Oil Co., Ltd. (TOC) completed Shizuoka-line (Koufu to Gotenba-City, 81km) at the end of 2006. Also, Shizuoka Gas Co., Ltd. (SZG), Tokyo Gas Co., Ltd. and TOC completed the Minamifuji-pipelin...
Japan Sea Thermohaline Structure and Circulation. Part II: A Variational P-Vector Method
Japan Sea Thermohaline Structure Circulation P-Vector Method
2008/7/31
The second part of this work investigates the seasonal variabilities of the Japan/East Sea (JES) circulation using the U.S. Navy Generalized Digital Environmental Model (GDEM) climatological temperatu...
Formation and Circulation Processes of Intermediate Water in the Japan Sea
Circulation Processes Intermediate Water Japan Sea
2008/7/21
The formation and circulation processes of intermediate water in the Japan Sea have been investigated by study of the subduction of mixed layer water. To simulate realistic seasonal variations in the ...
Japan Sea Thermohaline Structure and Circulation. Part III: Autocorrelation Functions
Japan Sea Circulation Autocorrelation Functions
2008/6/25
The autocorrelation functions of temperature and salinity in the three basins (Ulleung, Japan, and Yamato Basins) of the Japan/East Sea are computed using the U.S. Navy's Master Oceanographic Observat...