Navigation Key |
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A |
accessory minerals
acoustic units, grain size, B:41, 47-50
age vs. depth, Amazon Fan, B:308-309, 590-591 alcohols alcohols, triterpinoid, sediments, B:548 alcohols, wax
alkanes. See D-alloisoleucine/L-isoleucine ratio alteration aluminum logs, vs. depth, A:160, 364 aluminum oxide
Amazon Basin
Amazon Channel down-fan, lithologic units, A:488-489 Amazon Channel fill, lithologic units, A:587-588 Amazon Channel-levee System
Amazon Submarine Canyon, continental margin, A:5-8 Amazon/Aqua/Purple/Blue Channel-levee Systems, lithologic units, A:403 Amazon/Blue Channel-levee Systems, lithologic units, A:230 Amazon/Brown Channel-levee Systems
Amazon/Brown/Aqua Channel-levee Systems, lithologic units, A:117, 487-488 Amazon/Brown/Aqua/Purple Channel-levee Systems, lithologic units, A:433 Amazonian lowlands, Cold-Adapted Vegetation Index, B:385-388 amino acids
aminostratigraphy, correlation, B:596-597 ammonium
anoxic reactions, remineralization, B:503 Aqua Channel Down-fan, lithologic units, A:489; B:627-628 Aqua Channel-levee System
aragonite, lithologic units, A:507 arc-volcanic rocks, provenance, B:156 Atlantic Ocean S, equatorial, paleoclimatology, A:12-13 Atlantic Ocean W, paleoceanography, B:319-333 Atlantic Ocean W, equatorial, paleoclimatology, B:666-670 augite
authigenic minerals, biostratigraphy, A:132 avulsion, deposits, sand, A:653 |
B |
backscattering images, sediments,
B:427-432, 451 bacteria
bacterial degradation, aromatic hydrocarbons, B:559, 561-562 Barbados, vegetation, B:381-383 basal scour, photograph, A:545 bathymetry, A:8-9
bedding, lithologic units, A:508-509 bedding, contorted, photograph, A:134, 211, 469, 598-599, 601-603 bedding, convoluted, lithologic units, A:178-180 bedding, dipping, photograph, A:602, 644 bedding, folded, photograph, A:601 bedding, graded
Benguela Current, ocean circulation, B:373 bifurcations, channels, A:29-41 biogeochemical markers, sediments, B:557, 559, 561-562
biounits, foraminiferal correlation, B:588 bitumen black staining, sediments, B:573 Blake Event
Bottom Levee Complex
Bouma sequence, lithologic units, B:614 Bouma Tbcde sequence, lithologic units, A:599 Bouma Tcd sequence, photograph, A:416 Bouma Tcde sequence, photograph, A:417, 666 Brazilian Shield
Brown/Purple/Orange HARPs, lithologic units, A:622-623 burial. See compaction buried deposits, mass flow, B:115-118 burrows
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C |
calcite
calcium carbonate, vs. depth, A:111, 148, 191, 218, 260, 295, 352, 401, 425, 455, 480, 527, 557, 584, 613, 650, 676; B:202-213 calcium logs, vs. depth, A:160, 364 calcium oxide, sediments, A:218, 297 calcium oxide+sodium oxide calcium oxide/sodium oxide ratio, sediments, B:172 caliper logs, vs. depth, A:159, 226-228, 305, 307, 363, 368, 490, 492, 622, 624, 683-684 carbohydrates, vs. depth, B:536 carbon
carbon, organic/organic phosphorus ratio, vs. depth, B:509, 511 carbon, organic/surface area ratio, vs. depth, B:534-537 carbon, organic/total nitrogen ratio, vs. depth, B:509, 511 carbon, terrigenous, organic, vs. depth, B:530 carbon, total, organic, vs. depth, A:111, 148, 191, 218, 260, 295, 352, 401, 425, 455, 480, 527, 557, 584, 613, 650, 676; B:542-543 carbon/nitrogen ratio, sediments, A:165, 217, 259-260, 475, 519-520, 557, 610, 665, 673 carbon:nitrogen:phosphorus ratios
carbon dioxide, sediments, A:293 carbon isotopes
carbonates. See interglacial deposits channel fills, lithologic units, A:265-266, 588; B:632 channel fills, abandoned, lithologic units, A:433 Channel-levee System 5
charcoal, microscopic, vegetation, B:411-418 chemical reactions, early diagenesis, B:501-503 chloride
chlorine/hydrogen ratio logs, vs. depth, A:160 chlorite
chlorite-smectite, sediments, B:191 chloritoid clasts
clasts, clay, photograph, A:668 clay
clay, calcareous, surficial, lithologic units, A:308 clay, foraminifer
clay, foraminifer-nannofossil, lithologic units, A:165, 204, 245, 277, 386-387, 412, 442, 466, 541, 545, 571-572, 594; B:569 clay, foraminifer-nannofossil, surficial, lithologic units, A:265, 362, 433, 487, 622 clay, nannofossil, lithologic units, A:163, 230, 386-387, 455 clay, nannofossil-foraminifer, lithologic units, A:116, 196, 403, 526, 564, 587 clay, sandy, lithologic units, A:328-330 clay, silty
clay, terrigenous, lithologic units, A:127-128, 245-246, 277, 466-467, 470, 507, 541-542, 595, 637 Clay Mineral Zone I, composition, B:189, 191 Clay Mineral Zone II, composition, B:189, 191 Clay Mineral Zone III, composition, B:189, 191 Clay Mineral Zone IV, composition, B:189-191 Clay Mineral Zone V, composition, B:189-190 clay minerals
coercivity, iron sulfides, B:249 Colombia, vegetation, B:381-383 color bands
compaction, burial, fabric, B:447-464 composite sections
compressional wave velocity, sediments, A:108, 145, 195, 220, 262, 300, 352, 400, 427, 454, 459, 479, 481, 485, 559, 561, 612-613, 652, 676; B:477-493
consolidation, velocity, B:491-492 consolidation tests, sediments, B:139 continental margin, A:5-8
continental shelf, sedimentation, B:384-388 core-log comparison
correlation, between-hole, rock magnetism, B:271-278 Coulter Counter, grain size, B:218-219 Coulter laser particle sizer, grain size, B:219 crenulations, photograph, A:510-511 cross laminations
cross stratification, lithofacies, B:613-615 CT-value |
D |
D-alloisoleucine/L-isoleucine
ratio
deglacial negative carbon isotopic event demagnetization, sediments, A:138, 474, 550, 552-553 density, bulk density, grain, vs. depth, A:115, 153, 430, 485, 586, 618, 653, 679; B:439 density, wet-bulk
density (bulk) logs, vs. depth, A:165 density logs, vs. depth, A:159, 226, 305, 363, 490, 622, 683; B:423-424 denudation, continental, sedimentation, B:653-675
depositional cycles, well-logging, A:484-485 depth, stratigraphically equivalent, reflections, A:440-441 depth, sub-bottom
diagenesis, early, sediments, B:497-504, 672 diagenetic crusts diagenetic fronts, lithofacies, A:80-81 diatoms
dilution ratio, terrigenous, organic matter, B:550-551, 553 dip-azimuth plots dipping contacts, photograph, A:331 dividing cells, bacteria, B:569 downhole logging
drainage basins, palynomorphs, B:399, 406 drape deposits
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E |
echinoderms, photograph, A:517 echofacies, turbidity currents, B:58-59 Ecuador, vegetation, B:381-383, 417 effective stress, overburden. elastic modulii, velocity, B:491-492 electrical facies, lithofacies, B:11 electron microprobe data, sediments, B:147-168 electron microscopy, scanning
environmental magnetism |
F |
fabric
Facies 3, lithofacies, B:613-614, 621-625 Facies 3B, photograph, B:95-96 Facies 4, lithofacies, B:614, 626-627 Facies 4B, photograph, B:97-98 Facies 4C, photograph, B:99-100 Facies 5 Facies 8, lithofacies, B:620, 634-635 Facies 9 Facies 10, lithofacies, B:620, 639 Facies 11, lithofacies, B:620, 640-641 Facies 12, lithofacies, B:620, 625, 627, 630, 642-647 Facies 13, lithofacies, B:630-631, 649 Facies 14, lithofacies, B:631, 650 Facies 15, lithofacies, B:631 factor scores, vs. depth, B:202-213 factor-pattern curves, sediments, B:197, 199-201 fan channels, continental margin, A:5-8 fans
fans, last-glacial, lower, lithologic units, A:654, 683-684 fans, submarine fatty acids, sediments, B:545-549 fatty acids, marine, vs. depth, B:550, 553 faults
feldspar, twinned, photograph, A:342 fluidized structures flute casts, photograph, A:545 folds folds, isoclinal, photograph, A:514 foraminiferal assemblages, vs. depth, B:130 foraminifers
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G |
gamma ray-density-porosity logs
gamma ray-resistivity logs, A:319 gamma ray-resistivity-sonic logs, A:172-173 gamma ray-resistivity-velocity logs
gas disruption, photograph, A:645 gas expansion
gases, sediments, A:110, 146, 190, 217, 259, 293, 350, 400,424, 479, 526, 556, 583, 612, 649, 675 geochemical logs
geochemistry
geomagnetic events, record, B:231-243 geomagnetic excursions, record, B:231-243 geothermal gradient
glacial periods, sedimentation rates, B:303 glacial positive oxygen isotopic events
goethite, vs. depth, B:202-213 Gold Channel-levee System grading, lithofacies, B:613-615 grain size
granules, quartz, photograph, A:329 gravel gravel, sandy, lithofacies, B:613 Green Channel-levee System
Guatemala, paleoclimatology, B:416 Guiana Shield |
H |
hardpan, Amachron, B:245 heavy minerals, provenance, B:154, 156 Heinrich events, oxygen isotopes, B:316 hematite
hentriacontane. See n-hentriacontane high-amplitude reflection packets
Holocene/Pleistocene boundary, isotope stratigraphy, B:287-289 hopanes
hydrocarbons, polycyclic, aromatic
hydrocarbons, volatile, sediments, A:103, 138, 189, 215, 256, 259, 293, 345, 398, 423, 448, 475, 519, 555, 579, 582, 608, 649, 671 hydrogen index, sediments, A:140, 192 hydrotroilite
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I |
ikaite
ilmenite, chemical composition, B:152 index properties, sediments, A:108-110, 113, 141, 144-145, 151-153, 193-195, 219-222, 261-263, 297-300, 350-352, 356-358, 400, 404-405, 426, 428-429, 453-454, 458, 479, 483-484, 521-522, 530-531, 559-561, 584-586, 612, 616-617, 651-652, 675-676, 678-679; B:427-436, 477-493 induction logs, vs. depth, A:162 interglacial deposits
interglacial deposits, carbonate-rich, correlation, B:596-597 interglacial hemipelagic interval, lithologic units, A:312 interstitial waters
Intertropical Convergence Zone, glaciation, B:316 iron interstitial waters, A:106, 141, 192, 217, 296, 349, 399, 424, 452, 478, 521, 558, 584, 612, 651, 675
iron indicator ratio logs vs. depth, A:160 iron logs, vs. depth, A:160, 364 iron oxides
iron oxyhydroxides, lithologic units, A:541 iron sulfides
isoleucine. See D-alloisoleucine/L-isoleucine ratio isotope stratigraphy |
J |
|
K |
kaolinite
kinks, grain-size profiles, B:65, 72-73 kyanite, chemical composition, B:152-166 |
L |
L-isoleucine. See D-alloisoleucine/L-isoleucine
ratio Lake Mungo Excursion
Lake Mungo paleomagnetic marker, correlation, B:601-603 laminae
lithologic units, A:92-93, 127-130, 178-180, 204-207, 278, 280-281, 328, 388, 412-415, 443-444, 466-467, 470, 509-510
Laschamp Excursion, geomagnetic events, B:232, 234, 238 Last Glacial Maximum
late glacial, clay mineralogy, B:184 lead isotopes, mud provenance, B:169-176 lead-206/lead-204 ratio
lead-207/lead-204 ratio, vs. lead-206/lead-204 ratio, B:174 lead-208/lead-204 ratio, vs. lead-206/lead-204 ratio, B:174 levee crests, lithologic units, A:117, 163, 197, 433 levee flanks, lithologic units, A:117, 232 528 levee sections, lithologic units, A:488-489 levee sediments, lithologic units, A:364-366 levee sediments, distal, physical properties, B:450, 452, 455-457 levee sediments, proximal, fabric, B:449-454 levees
lithologic units, A:308, 312, 445, 565, 588, 624, 683
levees, distal, lithologic units, A:588, 622-623, 685 lignin lipids, polar, lithofacies, B:551 lithic fragments, vs. age, B:317 lithofacies
lithology, mass transport deposits, B:120, 122, 125 lithology indicator ratio logs, vs. depth, A:160 lithostratigraphy
log processing, shore-based, A:169 log units
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M |
mackinawite, sediments, B:573 magnesium
magnesium oxide, sediments, A:193 magnetic declination
magnetic hysteresis, iron sulfides, B:245-249 magnetic inclination
magnetic induction logs, vs. depth, A:229-230 magnetic intensity
magnetic poles, virtual path, B:234-243 magnetic susceptibility
magnetic susceptibility anisotropy, turbidity currents, B:53-78 magnetic susceptibility logs, vs. depth, A:162, 226, 229 magnetite, chemical composition, B:152 magnetite, bacterial, environmental magnetism, B:252, 672 magnetostratigraphy, paleoceanography, A:18 major elements, sediments, A:150, 193, 220, 262, 297, 355, 403, 427, 457, 482, 529, 559 manganese
mass accumulation rates
meander loops, abandoned, lithologic units, A:265; B:631-632 metamorphic rocks, provenance, B:156 methane
methanogenesis, early diagenesis, B:498-501 methylphenanthrenes
(mica+illite)/kaolinite ratio logs, vs. depth, A:366 microfabric
Micromeritics SediGraph, grain size, B:218 micronodules
microripples, photomicrograph, A:280 microstructure, sediments, B:421-446 Middle Levee Complex
mineral assemblages, sediments, A:137, 185, 335-338, 391, 393-394, 415-417; B:168 minerals, chemical composition, B:151-152 Monte Oscuro, vegetation, B:416 montmorillonite
mud, biogenic, lithofacies, B:630-631 mud, bioturbated
mud, calcareous, bioturbated, lithologic units, A:685 mud, chaotic, lithofacies, B:620, 625, 627, 630 mud, deformed, lithofacies, B:620, 625, 627, 630 mud, gravelly, lithofacies, B:620 mud, sandy
mud clasts, folded, lithofacies, B:643 mud draping |
N |
n-alcohols, chromatograms,
B:546-547 n-alkanes, sediments, A:294-295, 346-347, 423-424 n-hentriacontane, sediments, A:346-347 n-hexane n-nonacosane, sediments, A:346-347 nannofossil acme zones, vs. age, B:356, 580 nannofossils
neodymium isotopes, mud provenance, B:169-176 neodymium-143/neodymium-144 ratio, vs. samarium-147/neodymium-144 ratio, B:173 nitrogen
nitrogen, total/organic phosphorus ratio, vs. depth, B:509, 511 nitrogen/carbon ratio (atomic), vs. depth, B:534 nodules
nodules, authigenic, biostratigraphy, A:99-100 North American Coastal Current, ocean circulation, B:306 North Brazil Coastal Current
North Equatorial Countercurrent North Equatorial Current, paleoceanography, B:306 North Subtropical Gyre, ocean circulation, B:373 |
O |
ocean circulation
olivine, photomicrograph, A:255 Orange Channel-levee System
Orange-1, channel development, channel-levee systems, B:18, 20 Orange-1 fan growth, seismic profiles, B:24 organic detritus
organic matter, terrigenous, composition, B:519-530 overbank sediments, lithologic units, A:265; B:631-632 overconsolidation, velocity, B:491-492 overpressure, sediments, A:234 overspill
oxidation, sediments, B:195-196 oxygen isotopes
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P |
paleoceanography
paleointensity, record, B:231-243 paleomagnetism
Panama paleoclimatology, B:416 photograph, A:210, 336, 517 pebbles, quartz, photograph, A:102 perylene, sediments, B:556-557
phosphorus, organic. See carbon, organic/organic phosphorus ratio; nitrogen, total/organic phosphorus ratio phosphorus, solid-phase, vs. depth, B:510 phosphorus, total, vs. depth, B:508 photoelectric effect logs
Pleistocene, middle, lithologic units, A:165, 600-603, 685 Pleistocene, upper
porosity, in situ, sediments, B:427-432 porosity, matrix, sediments, B:427-432 porosity, visible porosity logs, vs. depth, A:159, 226, 305, 363, 490, 622, 683, 423-424 postglacial deposits, Cold-Adapted Vegetation Index, B:385-388 potassium
potassium logs, vs. depth, A:160, 227, 267, 364 potassium oxide potassium oxide/aluminum oxide ratio preferred orientation, sediments, B:457-458 preservation pressure, overburden, mudstone, B:435-436 productivity, diatoms, B:370-371 provenance
?Purple Channel-levee System, lithologic units, A:528 Purple/Aqua(?) fan growth, seismic profiles, B:24 Purple/Blue/Yellow Channel-levee Systems, lithologic units, A:117 Purple Valley, channels, A:31-33 pyrite, modal composition, B:151 pyrolysis, Rock-Eval, sediments, A:140 pyroxenes
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Q |
quartz
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R |
racemization
radiolarians, upper Quaternary, B:369 Red Channel-levee System
red/blue ratio, reflectance, A:700 redeposition reflectance lithologic units, A:94-95, 131, 183, 207-208, 249, 281, 336-338, 393-394, 417, 444-445, 471, 512, 603, 645, 663-664
remanent magnetization, anhysteretic remanent magnetization, isothermal, sediments, B:252 remanent magnetization, natural, correlation, B:602-605 remineralization
resistivity anisotropy, vs. depth, A:157, 199, 225, 266, 304, 362, 407, 433, 461, 489, 535, 564, 588, 621, 654, 682 resistivity logs, vs. depth, A:159, 226, 230, 267-268, 305-306, 363, 365, 490, 492, 622-623, 683-684; B:423-424 resistivity, longitudinal
reworking, correlation, B:598-599 ripple laminations
rock fragments, modal composition, B:151 rock granules
rutile, modal composition, B:151 |
S |
salinity
samarium-147/neodymium-144 ratio, vs. neodymium-143/ neodymium-144 ratio, B:173 sand
sand, biogenic, lithofacies, B:631 sand, disorganized, lithofacies, B:613 sand, foraminiferal, photograph, A:508 sand, graded, photograph, A:328-329 sand, organized, lithofacies, B:613-614 sand, silty sand-silt-clay content, triangular plots, B:41 sand clasts sand types, photomicrograph, A:255 sandstone clasts sea-level changes
sea-level curve, vs. age, B:146 seafloor, depth beneath calcaulation, B:1-2 seafloor morphology, turbidite, B:107 secular variations, remanent magnetization, A:702 sediment waves, lithologic units, A:95 sedimentary structures
sedimentation, deep-sea, sedimentation rates, B:289-290 sedimentation, terrigenous, stable isotopes, B:319-333 sedimentation rates
sediments
sediments, bioturbated, lithologic units, A:653, 683 sediments, chemogenic, lithofacies, B:631 sediments, fan-levee, mass transport deposits, B:142-143 sediments, fluidized, density, B:467-469 sediments, folded, photograph, B:122-123 sediments, terrigenous, porosity, B:426-427 seismic facies
Seismic Facies Unit 1, core-seismic integration, A:486-487, 562-563, 586, 621, 682 Seismic Facies Unit 2, core-seismic integration, A:486-487, 563, 586, 621, 682 Seismic Facies Unit 3, core-seismic integration, A:486-487, 562, 586, 621, 682 Seismic Facies Unit 4, core-seismic integration, A:486-487, 562-563, 586-587, 621, 682 Seismic Facies Unit 5, core-seismic integration, A:486-487, 621 Seismic Facies Unit 6, core-seismic integration, A:486-487 seismic facies units, grain size, B:35-52 seismic profiles
seismic reflection, lithologic units, A:686 seismic reflectors, sedimentation rates, B:47 seismic stratigraphy
sequence stratigraphy, channel-levee systems, B:660-662 shear strength, sediments, A:108-109, 145-146, 154-155, 195, 220, 223, 352, 400-401, 427, 454, 459, 481-482, 486, 559, 562, 585, 587, 614, 618-619, 652-653, 676-677, 680 shear strength, residual/peak ratio, vs. depth, A:265, 406, 487, 535, 562 shear strength, undrained
shear strength/overburden effective stress ratio, vs. depth, B:140 shells
silica, biogenic, diatoms, B:370-371 silicates, vs. depth, A:343, 393, 418, 448, 474, 520, 548, 578, 606, 670 siliceous microfossils
siliciclastics, lithologic units, A:542-545 silicon logs, vs. depth, A:160, 364 silt
silt, clayey, photograph, A:102 silt, disorganized, lithofacies, B:614 silt, graded, photograph, A:328 silt, organized, lithofacies, B:614-615 silt/sand load, textures, B:53-78 siltstone
sinuosity, channels, A:25-26 Site 930, A:87-122
sediments, A:104, 137, 185; B:179-191
sodium oxide/aluminum oxide ratio
South America South America, equatorial, continental margin, A:5-16 South Equatorial Current, ocean circulation, B:373 South Subtropical Gyre, ocean circulation, B:373 spillover spinel, chromian, chemical composition, B:152, 166 sponge spicules, upper Quaternary, B:369 spores
steroids, sediments, B:543-545, 548 sterols stratigraphy stress, porosity and velocity, B:491-492 structure profiles, channels, A:42-43 submarine canyons, continental margin, A:5-8 submarine failures, mass transport deposits, B:465-475 sulfate
sulfur logs, vs. depth, A:160, 364 surface area
|
T |
talweg,
turbidite, B:76-77 temperature
temperature measurements, in situ
textures, silt/sand load, B:53-78 thermal conductivity
thorium. See uranium/thorium ratio logs thorium logs, vs. depth, A:227, 267, 366 thorium/potassium ratio logs, vs. depth, A:227 titanite, chemical composition, B:152 tomography, mass transport deposits, B:465-475 topography tourmaline, modal composition, B:151 trace elements
transgressions, sedimentation, A:548-549 transport, palynomorphs, B:383-384 traveltime, vs. depth, A:165; B:482, 490 triterpinoid. See alcohols, triterpinoid turbidite
turbidite, bioclastic, lithofacies, B:636 turbidite, fine-grained turbidite, graded, muddy, photograph, A:390 turbidite, overbank, sediments, A:338 turbidite, sandy, vs. depth, B:550 turbidity currents
|
U |
underway
geophysics, Amazon Fan, A:83
Upper Levee Complex
uranium logs, vs. depth, A:227, 267, 366 uranium/potassium ratio logs, vs. depth, A:227 uranium/thorium ratio logs, vs. depth, A:227 |
V |
valleys, channels, A:31-41 vegetation
vegetation, alpine, palynomorphs, B:391 vegetation index, cold-adapted
velocity
velocity logs, vs. depth, A:159, 165, 226, 305, 363, 490, 496, 622, 683; B:423-424 vivianite
vivianite crystals, photograph, A:336 void ratio
volcanic rocks, microlitic, photomicrograph, A:255 |
W |
water content
wireline logs
|
X |
X-ray computed tomography. See
CT-value; tomography
|
Y |
Yellow
Channel-levee System
|
Z |
zircon, modal composition, B:151
Zone Z, clay mineralogy, B:179-180 Zone Z/Y boundary, clay mineralogy, B:179-180 zoning |