Toho University, Japan
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Affiliated Works
sorted by decreasing year, and then by display-name
- ESR signals in a core from the lake Baikal: implications for climate change
- Archean hydrothermal oceanic floor sedimentary environments: DXCL drilling project of the 3.2 Ga Dixon Island Formation, Pilbara, Australia
- Detail lithology and isotope result of midarchean black shale sequence: DXCL Drilling Project of 3.2Ga Dixon Island - Cleaverville formations, Pilbara, Australia
- Ferric Iron Precipitation in the Nagahama Bay, Satsuma Iwo-Jima Island, Kagoshima
- Molybdenum Enrichment in the 3.2 Ga old Black Shales Recovered by Dixon Island-Cleaverville Drilling Project (DXCL-DP) in Northwestern Pilbara, Western Australia
- Reconstruction of 3.2 GA Ocean Floor Environment from Cores of Dxcl Drilling Project, Pilbara, Western Australia
- Sedimentary Environment of 3.2 GA Dixon Isalnd and Cleaverville FORMATIONS:DXCL-DRILLNG, West Pilbara, Australia
- Climate Change Media Forum - for Enhanced Communication between Journalists and Climate Scientists in Japan
- Dehydration softening of serpentine as a trigger of intermediate-depth earthquakes
- Difference in mechanical and hydrological properties between hemipelagic and turbidite mudstones cored from the Nankai Trough accretionary prism at Site C0002 of the IODP Expedition 315
- Eleven-years-long record of ferric hydroxide sedimentation in Satsuma Iwo-Jima island, Kagoshima, Japan
- Euxinic Deep Ocean Inferred from 3.2GA Black Shale Sequence in Dxcl-Dp Pilbara, Western Australia
- Mesoarchean oceanic sedimentary sequences: Dixon Island-Cleaverville formations of Pilbara vs Komati section of Fig Tree Group in Barberton
- 3.2 Ga ocean sedimentary sequence in the Komati section of the Mapepe Formation in the Barberton Greenstone Belt, South Africa
- Biogeochemistry of C, N, S, Fe, and Mo and origin of organic matter in the 3.2 and 2.7 Ga sulfidic black shales from Pilbara, Western Australia: A synthesis
- Evolution of biogeochemical cycling of phosphorus during 45~50 Ma revealed by sequential extraction analysis of IODP Expedition 302 cores from the Arctic Ocean
- Marine sulfur cycle constrained from isotope analysis of different forms of sulfur in the 3.2 Ga black shale (DXCL-DP) from Pilbara, Australia
- Mesoarchean black shale -iron sedimentary sequences in Cleaverville Formation, Pilbara Australia: drilling preliminary result of DXCL2
- REE geochemistry of 3.2 Ga BIF from the Mapepe Formation, Barberton Greenstone Belt, South Africa
- Redox stratification of the ocean 2.7 billion years ago: Preliminary results from Fe speciation analysis of shallow- and deep-facies black shales
- Evolution of Permeability and Microstructure of Experimentally-Created Shear Zones in Neogene Siliceous Mudstones
- Field occurrence and lithology of Archean hydrothermal systems in the 3.2Ga Dixon Island Formation, Western Australia
- Heterogeneities of sulfur isotope compositions of Mesoarchean minute spherical pyrites: NanoSIMS analysis of the 3.2Ga black shale recovered by DXCL Drilling Project in Pilbara, Australia
- Mesoarchean Banded Iron Formation sequences in Dixon Island-Cleaverville Formation, Pilbara Australia: Oxygenic signal from DXCL project
- Biogeochemical Cycling of Fe, S, C, N, and Mo in the 3.2 Ga ocean: Constraints from DXCL-DP Black Shales from Pilbara, Western Australia
- Early diagenetic processes of saline meromictic Lake Kai-ike, southwest Japan: III. Sulfur speciation and isotopes
- Geochemical Evidence for Recent Hydrothermal Alteration of Marine Sediments in Mid-Okinawa Trough, Southwest Japan
- Geochemistry of carbon and sulfur in the 2.7 Ga stromatolitic carbonate and shale (ABDP#10 core) from Meentheena, Western Australia
- Organic / inorganic carbon content and isotope analysis of 3.1Ga Cleaverville Formation in Pilbara, Australia: Result of DXCL project
- Phosphorus and iron cycles during early diagenesis of Lake Kai-ike sediments, Kami-koshiki Island, southwest Japan
- Sulfur speciation and isotope analysis of the 2.7 Ga shallow- and deep-facies black shales from Pilbara, Western Australia
- Dependencies of pore pressure on elastic wave velocities and Vp/Vs ratio for thermally cracked gabbro
- Flow properties through a single fracture in Neogene-Quaternary siltstone on effective pressure increasing and decreasing processes
- 3.2 Ga sulfur isotopic heterogeneity of barite and pyrite microcrystals in Pilbara, Western Australia
- IODP/ICDP Expedition 364-Drilling the Cretaceous-Paleogene Chicxulub impact crater: Insights into large craters formation and their effect on life.
- Iron speciation analysis of 3.2 Ga old DXCL-DP drillcore BIFs and shales of the Dixon Island Formation, Cleaverville Group, Western Australia
- Reconstruction of the Paleoproterozoic deeper ocean environment: Preliminary Report of the Ghana Birimian Greenstone Belt Drilling Project (GHB)
- Sulfur isotope geochemistry of the central Japan Sea sediments (IODP Exp. 346) 20 150 kyr ago: Implications for the evolution of Asian Monsoon climate system
- Transitions of redox state and nutrient status in the Southern Ocean since the last glacial: Evidence from speciation analyses of C, Fe, and P in sediments at the Conrad Rise
- Iron isotope constraints on arsenic release from Mekong Delta sediments, Cambodia
- Phosphorus and iron speciation of the Japan Sea sediments 30 220 kyr ago (IODP Exp. 346): Implications for the evolution of Asian Monsoon climate system
- Return to the Strangelove Ocean?: Preliminary results of carbon and oxygenisotope compositions of post-impact sediments, IODP Expedition 364 "Chicxulub Impact Crater"
- Study on the thermal structure of the Venusian polar atmosphere
- Toward detection of supernova event near the earth based on high-resolution analysis of cosmogenic nuclide <SUP>10</SUP>Be in marine sediments
- Deep sea environment 2.2 billion years ago constrained by iron speciation analyses of the drillcore black shales from Ghana
- Evolution of the atmosphere-ocean system about 2.7 billion years ago seen from the Molybdenum isotope
- Long-Term Recovery of Life in the Chicxulub Crater
- Phosphorus and iron speciation of the Japan Sea sediments 30 220 kyr ago (IODP Exp. 346): Implications for the evolution of Asian Monsoon climate system
- Photosynthetic ecology and Earth system evolution
- Brittle-ductile transition in porous tuff breccia from the Miocene Anamizu Formation, Noto Peninsula: constrains from tri-axial deformation experiments
- Haze-free Warm Climatic Condition and Its Stability in the Anoxic Archean Earth
- Modeling Global Biosphere Response to Enhanced Riverine Nutrient Delivery During the Late Devonian Kellwasser Event
- Variations of organic burial rates in terrestrial and marine environments and their relationships to atmospheric oxygen levels over Phanerozoic time