The keywords are prepared from lists supplied by the authors (volume: chapter number).
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A |
Accessory heavy minerals, 155: 7 Age models for Sites 932 and 933, 155: 17 Aldose, 155: 33 Allochthonous organic matter, 155: 34 Alpine environment, 155: 23 Amazon Basin paleoclimate, 155: 41 Amazon Basin, 155: 7, 25 Amazon Channel, 155: 4, 5 Amazon Fan, 155: 2, 8, 14, 17, 24, 27, 31, 36, 38 Amazon River, 155: 7, 8, 23 Amazonian lowlands, 155: 23 Amino acids, 155: 22 Ammonium, 155: 30 Andean Cordillera, 155: 7 Arc - volcanic rocks, 155: 7 Atlantic Ocean, 155: 28 Atlantic surface circulation, 155: 18 Atmospheric carbon dioxide, 155: 23 Authigenesis, 155: 13, 14 Authigenic phosphate minerals, 155: 31 Autochthonous organic matter, 155: 34 Automated sizing equipment, 155: 11 |
B |
Backscatter (BSE) images, 155: 26 Bacterial biomarkers, 155: 34 Bacterial magnetite, 155: 14 Barbados, 155: 23 Basin - floor fans, 155: 41 Bed thickness, 155: 5 Benthic foraminifers, 155: 19 Beryllium anomalies, 155: 12 Bioclastic turbidites, 155: 40 Biogenic silica, 155: 21 Biostratigraphy, 155: 20, 38 Blake Event, 155: 12, 39 Borehole images, 155: 2 Bouma sequences, 155: 40 Burial compaction, 155: 26 Burial, 155: 27 |
C |
C 3 grasses, 155: 41 C 4 grasses, 155: 41 Calcareous nannofossils, 155: 38 Carbohydrate, 155: 33 Carbon isotopes of Sediment Organic Matter, 155: 31 Carbon isotopes, 155: 16, 32, 41 Carbon remineralization, 155: 30 Carbon-14 dating, 155: 38 Channel - fill deposits, 155: 40 Channel - levee complexes, 155: 2, 3 Channel - levee complexes, 155: 41 Channel - levee sediments, 155: 34 Channel - levee systems, 155: 40, 41 Charcoal, 155: 25 Chlorite, 155: 9 Clastic geochemistry, 155: 8 Clastic weathering, 155: 8 Clay minerals, 155: 9, 41 Climate, 155: 9, 25 Colombia, 155: 23 Compressional wave velocity, 155: 26, 29 Consolidation testing, 155: 6 Consolidation, 155: 29 Continental margin, 155: 41 Corrected mbsf, 155: 1 Correlations, 155: 15 |
D |
Debris flows, 155: 6, 9, 19, 20 Deep bacterial biosphere, 155: 36 Deep calcareous clay, 155: 39 Deep mass - flow sediments, 155: 19 Deep-sea fan sedimentation, 155: 16 Deep-sea fan structure, 155: 38 Deep-sea fans, 155: 2 Deglacial negative carbon isotope event, 155: 17 Density porosity, 155: 26 Deposition, 155: 27 Detrital grains, 155: 7 Diagenesis, 155: 30 Diagenetic model, 155: 30 Diamagnetic properties, 155: 12 Diatom assemblages, 155: 21 Diatom preservation, 155: 21 Diatom productivity, 155: 21 Diffuse reflectance spectrophotometry, 155: 10 Dipole tilt, 155: 12 Dividing cells, 155: 36 |
E |
Ecuador, 155: 23 Elastic modulii, 155: 29 Electron microprobe analysis, 155: 7 Environmental magnetism, 155: 14 Erosion, 155: 9 Expansion- corrected mbsf, 155: 1 |
F |
Fabric, 155: 27 Facies associations, 155: 40 Fan architectural elements, 155: 40 Fan sedimentation, 155: 18 Fatty acids, 155: 41 Fern, 155: 41 Fine-grained sediments, 155: 27 Fine-grained turbidites, 155: 3, 5, 11 Fire history, 155: 25 Flocculation, 155: 4 Foraminifera, 155: 18 Foraminifers, 155: 22 Formation microscanner, 155: 2 Formation microscanning, 155: 6 Freshwater diatoms, 155: 21 |
G |
Gamma - ray logs, 155: 29 Gas expansion, 155: 1 Gas hydrates, 155: 6, 20, 41 Geochronology, 155: 22 Geomagnetic events, 155: 12 Geomagnetic excursions, 155: 12 Geothermal gradient, 155: 22 Glacial positive oxygen isotope events , 155: 17 Glacial stage, 155: 9 Glacial/interglacial cycles, 155: 24 Graded bedding, 155: 4, 5 Grain size, 155: 11 Grain density, 155: 26 Grain size, 155: 3, 4, 5, 41 Grain-supported structure, 155: 29 Granitic rocks, 155: 7 Grassland fires, 155: 41 Greigite, 155: 13, 14, 41 Growth pattern, 155: 41 Guiana and Brazilian Shield, 155: 7 |
H |
HARP, 155: 3, 41 Heinrich events, 155: 41 Hemipelagic sedimentation, 155: 9, 41 Hemipelagic sediments, 155: 34, 38 Holes 931B, 936A, and 944A, 155: 7 Holes 940A, 944A, 946A, 155: 24 Holocene sediments, 155: 20 Holocene, 155: 9 Hydrotroilite, 155: 29, 30, 37, 41 |
I |
Illite, 155: 9 In situ porosity, 155: 26 Index properties, 155: 29 Instrument comparison, 155: 11 Interglacial carbonate deposits, 155: 20 Iron sulfides, 155: 13, 30, 37 Isotope records in benthic and planktonic foraminifers sediment sources, 155: 19 |
J |
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K |
Kaolinite, 155: 9 |
L |
Lake Mungo Event, 155: 39 Lake Mungo Excursion, 155: 12 Laminae, 155: 5 Laschamp Excursion, 155: 12 Last 75 K.Y., 155: 25 Late Quaternary, 155: 22 Lead isotopes, 155: 8 Lead-206/lead-204, 155: 8 Lead-207/lead-204, 155: 8 Levees, 155: 4, 5 Lignin phenols, 155: 32 Lignin, 155: 41 Lithofacies, 155: 41 Lithologic variability, 155: 26 Lower - fan lobes, 155: 40 |
M |
Magnetic fabric, 155: 4 Magnetic hysteresis, 155: 13 Magnetic mineralogy, 155: 14 Magnetic susceptibility anisotropy flow stripping, 155: 4 Magnetic susceptibility, 155: 14, 15, 39, 41 Magnetism, 155: 14 Marine diatoms, 155: 21 Marine fatty acids, 155: 34 Marine Organic matter, 155: 31 Mass-transport deposits, 155: 3, 6, 20, 38, 40, 41 Matrix porosity, 155: 26 Matrix, 155: 6 Matrix-supported structure, 155: 29 Medium - pressure type metamorphic rocks high - pressure type metamorphic rocks, 155: 7 Meltwater spike, 155: 41 Methanogenesis, 155: 30 Microfabric, 155: 26 Microstructure, 155: 26 Mineral assemblages, 155: 7 Mixed - layer clay minerals, 155: 9 Mud, 155: 5 Muddy turbidites, 155: 9 Muds and mudstones, 155: 26 Multidimensional scaling, 155: 23 |
N |
Nannofossil stratigraphy, 155: 39 Natural remanent magnetization inclination levee deposition, 155: 39 Natural remanent magnetization intensity, 155: 39 Neodymium isotopes, 155: 8 Neodymium model age, 155: 8 Neodymium, 155: 8 Neodymium-143/neodymium-144, 155: 8 Normalized remanence, 155: 12 North American Coastal Current Heinrich events, 155: 17 |
O |
Ocean Drilling Program, 155: 7 Ooxygen isotope stratigraphy, 155: 39 Optical microscope analysis, 155: 7 Organic C:N:P Ratios, 155: 31 Organic carbon : surface area ratio ( =3D OC : SA ), 155: 41 Organic Carbon, 155: 18, 33 Organic geochemistry, 155: 22 Organic matter composition, 155: 32 Organic matter, 155: 24, 34, 41 Overbank deposits, 155: 40 Overburden pressure, 155: 26 Oxygen isotopes, 155: 16, 41 Oxygen isotopes, 155: 41 |
P |
Paleoceanography, 155: 16 Paleoclimate, 155: 41 Paleoclimatology, 155: 25 Paleoenvironment, 155: 9 Paleoflow, 155: 4 Paleointensity, 155: 12 Paleomagnetism, 155: 12 Paleovegetation changes, 155: 32 Palynology, 155: 24 Panama, 155: 23 Pelagic sediments, 155: 34 Phosphorus diagenesis, 155: 31 Phosphorus, 155: 31 Phytoliths, 155: 25, 41 Planktonic and benthic foraminiferal isotopes , 155: 20 Planktonic foraminifer stratigraphy, 155: 20 Planktonic foraminifers, 155: 38 Pleistocene climate, 155: 8 Pleistocene, 155: 24 Polar lipids, 155: 34 Pollen, 155: 41 Polycyclic aromatic hydrocarbons ( PAH ) phosphorous, 155: 41 Pore-fluid transport, 155: 26 Pore-water chemistry, 155: 30 Porosity, 155: 29 Provenance, 155: 7, 41 |
Q |
Quaternary diatoms, 155: 21 Quaternary, 155: 7, 25, 38 |
R |
Racemization, 155: 22 Recycled sediments, 155: 7 Refugia, 155: 23 |
S |
Samarium-147/neodymium-144, 155: 8 Sand, 155: 41 Savanna, 155: 23, 41 Scanning electron microscopy (SEM) digital image analysis, 155: 26 Sea levels, 155: 41 Sea-level changes, 155: 18, 20 Sediment bacteria, 155: 36 Sediment deformation, 155: 6 Sediment magnetism, 155: 13, 14, 15 Sedimentary Organic Matter, 155: 31 Sedimentary processes, 155: 41 Sedimentary provenance, 155: 8 Sedimentation rates, 155: 20, 38 Sedimentation regimes, 155: 32 Sedimentologic data, 155: 26 Seismic correlation, 155: 39 Seismic facies, 155: 3 Seismic stratigraphy, 155: 6, 41 Sequence stratigraphy, 155: 41 Shear strength, 155: 6 Siderite, 155: 30, 41 Silt, 155: 5 Slide blocks, 155: 6 Slope failures, 155: 20 Slope fan, 155: 41 Slump scars, 155: 6 Slumps, 155: 6 Smectite, 155: 9 Source area, 155: 9 South American climate, 155: 8 South American continental margin Amazon Fan, 155: 7 Spectral mineralogy, 155: 10 Spores, 155: 41 Stable isotopes, 155: 17, 18, 30, 38 Steroid alcohols, 155: 34 Stratigraphic correlation, 155: 39 Stratigraphic correlation, 155: 6 Stratigraphy, 155: 20 Sub-bottom depth, 155: 1 Submarine channels, 155: 2 Submarine failures, 155: 28 Submarine fans, 155: 2, 40 Sulfate reduction, 155: 30 Surface area, 155: 33 |
T |
Terrestrial organic carbon, 155: 32 Terrestrial Organic Matter, 155: 31 Terrestrial organics, 155: 41 Terrigenous dilution ratio, 155: 34 Terrigenous sediments, 155: 26 Terrigenous wax alcohols, 155: 34 Time-depth relationship, 155: 29 Total bacterial count, 155: 36 Triterpenoid alcohols, 155: 34 Turbidite facies, 155: 5, 40 Turbidites, 155: 2, 4, 41 Turbidity current frequency, 155: 5 Turbidity currents, 155: 4, 26 |
U |
Upper Pleistocene, 155: 9 |
V |
Vegetation, 155: 25 Velocity logs, 155: 29 Velocity- porosity - clay relationships, 155: 29 Velocity-depth relationships, 155: 29 Visible porosity, 155: 26 Vivianite, 155: 30, 31, 41 Voids, 155: 1 |
W |
Wax alcohols, 155: 41 Weathering, 155: 9, 41 Well logging, 155: 2 Wireline log data, 155: 26 |
X |
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Y |
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Z |
Zonation, 155: 9 |