abundance
actiniscidians, biostratigraphy, A:111–112, 154, 189, 240, 269
age
age models
age vs. depth
alcohols, fatty
alkalinity
alkanes. See n-alkanes
aluminosilicates
aluminum. See titanium/aluminum ratio
aluminum oxide
ammonium
amphibolite schist, photograph, A:302
anoxic environment, organic-rich sediments, B:215
Antarctic Bottom Water, deep water, A:11
Arctic Ocean
assemblages, Oligocene deep-water agglutinated foraminifers, B:169–177
Atlantic Ocean N
authigenesis, magnetostratigraphy, A:270
Barents Sea Shelf, continental margin, A:6
barium
barium, carbonate-free, vs. depth, B:204
bathymetric barriers, paleoceanography, B:174–175
bathymetry
bedding
beta-sitosterol, sediments, B:213
bicarbonates, lithologic units, A:298, 302
biogenic materials
biomarkers, chromatograms, B:214
biosiliceous materials
biostratigraphic datums
biostratigraphic events, correlation, B:129–130
biostratigraphic zones
biostratigraphy
bioturbation
Bjorn Drift
Bolboforma
Boreas Basin, physiography, A:6
bottom waters, pore water, A:276
bottom-water currents, sediment drifts, A:13–14
Brunhes Chron
Brunhes/Matuyama boundary
bulk mineralogy
burrows, lithologic units, A:106, 261
butane. See iso-butane; n-butane
calcite
calcite, biogenic, recrystallization, A:81
calcium
calcium/magnesium ratio, pore water, A:246–247, 275
calcium oxide
caliper logs, vs. depth, A:125, 204, 326, 377
carbon, organic
carbon, sediments, A:73–74, 113-114, 157, 191–192, 243–244, 274, 308, 361
carbon, total, sediments, A:77–79, 117–118, 161, 194–195, 246, 277–279, 315–316, 371–372
carbon, total organic
carbon/nitrogen ratio
carbon/sulfur ratio, sediments, A:246, 277–279, 315–316, 371–372
carbon dioxide, ocean circulation, A:8–9
carbon isotopes, spliced records, B:251, 254
carbon numbers
carbon preference indexes
carbonate content
carbonates
Cenozoic
chalk, lithologic units, A:106–108
chalk, nannofossil, lithologic units, A:106–108
Charlie-Gibbs Fracture Zone
Chattian. See Rupelian/Chattian boundary
chemical composition
chloride
chlorite
cholesterol, sediments, B:213
Chron 2r.2r, magnetostratigraphy, A:358
Chron 3n.4n, magnetostratigraphy, A:358
Chron 4n.2, magnetostratigraphy, A:241
Chron 5ABn/5ACn, magnetostratigraphy, A:241
Chron 5ACn/5ADn, magnetostratigraphy, A:241
Chron 5n.1n/5n.2n, magnetostratigraphy, A:241
Chron 5n.2, magnetostratigraphy, A:241
chron boundaries
Chron C3An
Chron C3Ar/C3Bn boundary, sedimentation rates, A:270
Chron C5ABr, sedimentation rates, A:242
Chron C5n.2n, sedimentation rates, A:242
Chron C5r.1r, sedimentation rates, A:242
Chron C5r.2r, biostratigraphy, B:139
chronostratigraphy
chrons, magnetic polarity, B:117, 139, 143
clasts
clathrates
clay
clay, greenish, organic geochemistry, B:209–216
clay, nannofossil, lithologic units, A:101, 105–108, 181, 184, 261
clay, silty
clay mineralogy
clay minerals
clays, hydration, A:158
Cobb Mountain Subchron, magnetostratigraphy, A:71, 154; B:114
coccoliths
Cochiti Subchron, sedimentation rates, A:242
coherency, magnetic susceptibility, B:269
color banding, lithologic units, A:263
color contact
color mottling, lithologic units, A:263
composite depths
composite sections, magnetostratigraphy, B:132–135, 148
compression, faunal units, B:14
compressional wave velocity, sediments, A:81, 83, 120, 163, 197, 249, 282, 320, 374
concretions
continental margin, plate tectonics, A:6
contorted bedding
convection, Greenland Sea, A:11
core-log comparison
correlation
correlation coefficients
cyclic processes
dark layers, geochemistry, A:273–274
debris flows
deep water
dehydration, clay minerals, A:362
demagnetization, alternating-field magnetostratigraphy, B:113–130, 133–143, 152, 154, 157, 160–161
Denmark Strait, physiography, A:8
Denmark Strait Overflow Water, water-mass exchange, A:13
density
density, bulk, vs. depth, A:124–125, 199, 203, 282
density, grain, vs. depth, A:282, 322, 376
density, GRAPE
density, wet bulk, vs. depth, A:250–251, 322, 376
density logs, vs. depth, A:124–125, 203–204, 326, 377
deposition
depth, core-log comparison, A:122
depth offsets, composite depths, A:61, 101, 149, 181, 234, 263, 355
detritus, ice-rafted
detritus, photograph, A:239
diachroneity, biostratigraphic datums, B:27, 29, 174
diagenesis
diatoms
diffusion, pore water, A:274
dinoflagellates
dinosterol, sediments, B:213
dip, photograph, A:305
diploptene, vs. age, B:215
dissolution
drift, Pleistocene, A:87–88
dropstones
dropstones, crystalline, photograph, A:154
Earth
East Greenland margin
East Greenland Shelf, continental margin, A:6
ebridians, biostratigraphy, A:111–112, 154, 189, 240, 269
ethane
ethylene
Faeroe Islands, physiography, A:8
Faeroe-Shetland Channel, water-mass exchange, A:13
faults, seismic profiles, A:284
faunal units, preservation, B:13–14
feldspar
Feni Drift
fluorapatite
flux, organic carbon, A:245
folding, lithologic units, A:355–356
foraminifers
foraminifers, agglutinated
foraminifers, benthic, biostratigraphy, A:68–69, 109–111, 152, 186–187, 239, 268–269, 304, 357; B:6–9, 11
foraminifers, planktonic
Formation MicroScanner imaging
Fram Strait
Gakkel Ridge, plate tectonics, A:7
gamma ray-density-porosity logs
gamma ray-resistivity-sonic logs
gamma rays
gamma-ray logs, vs. depth, A:123, 125, 204, 214–216, 326, 378
Gardar, bathymetry, A:13
Gardar Drift
gas hydrates
gases, vs. depth, A:274
gases, headspace, sediments, A:76, 115, 160, 193, 245, 275
Gauss Chron
Gauss/Gilbert boundary, magnetostratigraphy, A:358
Gauss/Matuyama boundary
geochemical logs, Site 984, A:220–222
geochemistry
geochemistry, inorganic
geochemistry, organic
geomagnetic polarity time scale, chron boundaries, A:270
geotechnical stratigraphy, sediments, A:84–85, 116, 118–121, 159–160, 249–252, 312–314, 316–317, 325, 363–365
Geotechnical Unit G1, sediments, A:84, 116, 159–160, 197–198, 249, 251, 276–277, 279, 312, 314, 363
Geotechnical Unit G1A, sediments, A:197–198, 276–277, 279
Geotechnical Unit G1B, sediments, A:197–198, 276–277, 279
Geotechnical Unit G2, sediments, A:85, 116, 118, 121, 197–198, 249, 251, 276–277, 279, 313–314, 363
Geotechnical Unit G2A, sediments, A:277, 279
Geotechnical Unit G2B, sediments, A:277, 279
Geotechnical Unit G2C
Geotechnical Unit G2D, sediments, A:277, 279
Geotechnical Unit G3, sediments, A:118–119, 121, 198, 249, 251–252, 277, 279, 314, 316–317, 364
Geotechnical Unit G3A
Geotechnical Unit G3B, sediments, A:250–252, 277, 279
Geotechnical Unit G4, sediments, A:118–119, 121, 251–252, 314, 316–317, 364
Geotechnical Unit G5, sediments, A:118, 121, 364–365
geotechnical units
geothermal gradient
Gilbert Chron
Gilbert/C3An boundary, sedimentation rates, A:241
glacial fan deposits, age models, B:149–166
glacial–interglacial cycles
glaciation
glauconite, clasts, A:115
gonyaulacoid/peridinioid ratio, dinoflagellate cysts, B:91
graded bedding, photograph, A:359
gradients, sea-surface, sedimentation, B:185–189
grain size
gravel
Greenland
Greenland Basin, physiography, A:6
Greenland E, glacial fan deposits, B:149–166
Greenland Fracture Zone, physiography, A:6
Greenland Ice Sheet
Greenland Sea, plate tectonics, A:7
Greenland-Scotland Ridge
halite, precipitation, A:116
Haltenbanken, Oligocene deep-water agglutinated foraminifers, B:173–175
Hatton Drift, carbonates, A:114
Hatton-Rockall Basin
heat flow, sediments, A:84, 199–201, 317, 365
hemipelagic sedimentation, deposition, B:245
hexane. See iso-hexane; n-hexane
Holocene, lithologic units, A:261, 296
Hovgård Ridge, Oligocene–Miocene, A:16
hydration
hydrocarbons
hydrocarbons, hopanoid
hydrocarbons, isoprenoid, organic-rich sediments, B:211–214
hydrocarbons, normal, organic-rich sediments, B:211–214
hydrocarbons, volatile, sediments, A:73, 113, 156, 191, 243, 271–273, 306–308, 359–361
hydrogen index
ice rafting, lithologic units, A:298, 302
ice sheets
Iceland Plateau
Iceland Sea, planktonic foraminifers, B:20–21, 24, 29
Iceland Shelf, physiography, A:8
Iceland-Scotland Overflow Water, water-mass exchange, A:13
ichnofossils. See bioturbation; burrows
ikaite, pore water, A:276
illite, lithologic units, A:298
index properties, sediments, A:81–82, 120, 163, 248, 281, 320, 374
interglacial periods. See glacial–interglacial cycles
iron oxide
iron sulfides
iso-butane
iso-hexane
iso-pentane
isotope stratigraphy, correlation with diatom biostratigraphy, B:51–62
Jan Mayen Fracture Zone
Jaramillo Subchron
Kaena Subchron, magnetostratigraphy, A:358
kaolinite
kerogen
Knipovich Ridge, plate tectonics, A:7
Labrador Sea
lithium
lithofacies
lithologic units
lithostratigraphy
Lower Atlantic Deep Water, water-mass exchange, A:13
magnesium
magnesium oxide
magnetic anomaly maps, A:255
magnetic field, Earth, B:274–275
magnetic inclination, vs. depth, A:71–72, 113, 158, 189–190, 242, 270, 308, 364; B:116, 120, 122, 124, 127, 134, 140, 142, 153, 155–156, 162
magnetic intensity, vs. depth, A:72, 112; B:119
magnetic polarity
magnetic susceptibility
magnetometer measurements, pass-through cryogenic data, A:70, 112, 156, 189, 241, 269, 308, 363
magnetostratigraphy
major elements
mass accumulation rates
mass accumulation rates, aluminosilicates, vs. age, B:205
mass accumulation rates, barium, vs. age, B:205
mass accumulation rates, carbonates, vs. age, B:205
mass accumulation rates, total, vs. age, B:205
mass accumulation rates, total organic carbon, vs. age, B:205
Matuyama Chron
methane
methane/ethane ratio
methane/hydrocarbon gases ratio, sediments, A:311–312
methane/propane ratio, sediments, A:311–312
methanogenesis
mica, lithologic units, A:263, 296, 298
Milankovitch cycles
mineralogy
minor elements
Miocene
Miocene, lower, dinoflagellate biostratigraphy, B:99–109
Miocene, middle, volcanic ash, B:217–230
Mohns Ridge, physiography, A:6
Morris Jesup Rise, plate tectonics, A:7
Morris Jesup volcanic area, plate tectonics, A:7
mud veins, photograph, A:306
multisensor track data
n-alkanes
n-butane
n-hexane
n-pentane
nannofossils, lithologic units, A:55, 58, 146, 149, 152, 178, 181, 184, 227, 296
nannofossils, calcareous
Neogene
Neogloboquadrina pachyderma (sinistral)
nepheloid layer, sediment drifts, A:13–14
nitrogen
nitrogen, total
nodules
Nordic Seas
North Atlantic Current, sediments, B:93–94
North Atlantic Deep Water
North European Ice Sheet, paleoclimatology, A:15
Northern Gateway
Northern Hemisphere, glaciation onset, B:183–185
Norway Basin
Norwegian Current, glaciation, B:184
Norwegian margin, physiography, A:6
Norwegian Sea
Norwegian Sea Overflow Water, water-mass exchange, A:13
Norwegian Sea S, Oligocene deep-water agglutinated foraminifers, B:169–177
Norwegian-Greenland Sea
ocean circulation
Olduvai Subchron
Oligocene
ooze, foraminifer, photograph, A:108
ooze, nannofossil
ooze, seismic stratigraphic units, A:87
opal, biogenic, sediments, B:201
organic matter
oxygen index
oxygen isotopes
paleoceanography
paleoclimatology
paleoenvironment
Paleogene, dinoflagellates, B:99–109
paleomagnetism
pentane. See iso-pentane; n-pentane
peridinioid dinoflagellates. See gonyaulacoid/ peridinioid ratio
petroleum potential
pH
phosphate
photoelectric effect logs, vs. depth, A:125, 204
physical properties
physiography, Nordic Seas, A:6–8
phytane. See pristane/phytane ratio
plagioclase, lithologic units, A:263
plankton, carbon/nitrogen ratio, A:74, 115
plate tectonics, Nordic Seas, A:6–8
Pleistocene
Pliocene
Pliocene, lower, volcanic ash, B:217–230
Pliocene, upper, deposition, B:233–246
Pliocene–Pleistocene interval
pore water, geochemistry, A:74–76, 79–80, 115–116, 119, 157–158, 162, 192–193, 195–196, 245–248, 274–276, 281, 308–310, 312, 361–363, 373
porosity
porosity logs, vs. depth, A:203
potassium
potassium oxide
potassium oxide/titanium oxide ratio, vs. silica, B:230
preservation
preservational units, compression, B:13–14
pristane/phytane ratio
productivity, lithologic units, A:149, 152
productivity index
prokaryotes, organic-rich sediments, B:215
propane
propylene, sediments, A:311, 369–370
provenance, sediments, B:93–94
pyrite
pyrolysis, Rock-Eval
pyroxene, lithologic units, A:261, 298
quartz
Quaternary, lithologic units, A:55, 58, 146, 149, 152, 178, 181, 184, 227, 231, 261, 296, 298
radiolarians, biostratigraphy, A:69–70, 111, 304, 357
recrystallization
reduction
reflectance
reflection coefficients
Reflector R0, seismic stratigraphic units, A:125–129
Reflector R1
Reflector R1A, seismic stratigraphic units, A:125–129
Reflector R1B, seismic stratigraphic units, A:125–129
Reflector R2
Reflector R3
Reflector R4
Reflector R5
Reflector R6
Reflector R7
reflectors
remanent magnetization, natural, sediments, A:70, 112
remobilization, diagenesis, B:201–202, 205–206
resistivity logs, vs. depth, A:123, 125, 204, 326, 378; B:151
Reunion Subchron, magnetostratigraphy, A:71, 73, 112, 189; B:115, 151
reworking, dinoflagellate cysts, B:88, 106
Reykjanes Ridge, water-mass exchange, A:13
Rockall Plateau
Rockall-Hatton Bank
Rupelian, dinoflagellates, B:99–109
Rupelian/Chattian boundary, dinoflagellates, B:107
salinity
sand
sand, foraminifer, clasts, A:115
Scandinavia, glaciation, B:184
schists. See amphibolite schist
sea ice
sea surface, Neogene, B:179–190
sea-surface gradients, sedimentation, B:185–189
seafloor spreading, sedimentation, A:266–268
sediment drifts, bottom-water currents, A:13–14
sedimentary structures. See bioturbation; burrows; graded bedding
sedimentation
sedimentation rates
sedimentology, multisensor track data, B:247–257
sediments
sediments, organic-rich, geochemistry, B:209–216
seismic profiles
seismic reflectors, lithology, B:164–165
Seismic Stratigraphic Unit BJ-I, definition, A:205
Seismic Stratigraphic Unit BJ-II, definition, A:205
Seismic Stratigraphic Unit BJ-III, definition, A:205
Seismic Stratigraphic Unit BJ-IV, definition, A:205
Seismic Stratigraphic Unit BJ-V, definition, A:205
Seismic Stratigraphic Unit EG-I, sediments, A:368, 370
Seismic Stratigraphic Unit EG-II, sediments, A:368, 370
Seismic Stratigraphic Unit EG-III, sediments, A:368, 370, 372
Seismic Stratigraphic Unit EG-IV, sediments, A:370
Seismic Stratigraphic Unit EG-V, sediments, A:370
Seismic Stratigraphic Unit EG-VA, sediments, A:370
Seismic Stratigraphic Unit EG-VB, sediments, A:370
Seismic Stratigraphic Unit GA-I, correlation with geotechnical units, A:162–165
Seismic Stratigraphic Unit GA-II, correlation with geotechnical units, A:162–165
Seismic Stratigraphic Unit GA-III, correlation with geotechnical units, A:162–165
Seismic Stratigraphic Unit GA-IV, correlation with geotechnical units, A:162–165
Seismic Stratigraphic Unit GA-V, correlation with geotechnical units, A:162–165
Seismic Stratigraphic Unit GA-VI, correlation with geotechnical units, A:162–165
Seismic Stratigraphic Unit GA-VII, correlation with geotechnical units, A:162–165
Seismic Stratigraphic Unit IC-I, sediments, A:280
Seismic Stratigraphic Unit IC-II, core data, A:282–283
Seismic Stratigraphic Unit IC-III, core data, A:283
Seismic Stratigraphic Unit NA-I, seismic stratigraphic units, A:125–126
Seismic Stratigraphic Unit NA-II, seismic stratigraphic units, A:125–126
Seismic Stratigraphic Unit NA-III, seismic stratigraphic units, A:126
Seismic Stratigraphic Unit NA-IV, seismic stratigraphic units, A:126
Seismic Stratigraphic Unit NA-V, seismic stratigraphic units, A:126
Seismic Stratigraphic Unit NA-VI, seismic stratigraphic units, A:126
Seismic Stratigraphic Unit NA-VII, seismic stratigraphic units, A:126
Seismic Stratigraphic Unit SV-I, sediments, A:321, 325
Seismic Stratigraphic Unit SV-II, sediments, A:321, 325
Seismic Stratigraphic Unit SV-III, sediments, A:321–322, 325
Seismic Stratigraphic Unit SV-IV, sediments, A:321–322, 325
Seismic Stratigraphic Unit SV-V, sediments, A:322, 325
Seismic Stratigraphic Unit SV-VI, sediments, A:322, 325
Seismic Stratigraphic Unit SV-VII, sediments, A:322, 325
seismic stratigraphic units
seismic stratigraphy
seismic units
seismograms, synthetic
shear strength, undrained
shelf environment, lithologic units, A:298, 302–303
shore-based processing, well-logging, A:130, 210, 333, 381
silica
siliciclastics
silicification, preservational units, B:14
silicoflagellates, biostratigraphy, A:70, 111–112, 153–154, 188–189, 240, 268–269, 304, 357; B:63–81
silicon, vs. depth, A:80–81, 119, 162, 196, 248, 281, 318, 374
silt
silt, clayey, lithologic units, A:146, 149, 152, 181, 184
Site 116
Site 117, olivine basalt, A:79
Site 552
Site 609, oxygen isotopes, B:57
Site 643
Site 907, A:223–252
Site 908, Oligocene–Miocene, A:16
Site 913, middle Eocene, A:16
Site 980
Site 981
Site 982, A:91–138
Site 983, A:139–167
Site 984, A:169–222
Site 985, A:253–285
Site 986, A:287–343
Site 987, A:345–387
Sites 980–981, A:49–90
Sites 980–984, magnetostratigraphy, B:113–130
sitosterol. See beta-sitosterol
slumps
smear slides
smectite
sodium
sodium/chloride ratio
sodium oxide + potassium oxide, vs. silica, B:223
Southern Gateway
spicules, lithologic units, A:106
splice tie points
stable isotopes
sterols
Storfjorden Trough, sediments, B:93
stratigraphy
strontium
strontium isotopes
structure, volcanic ash, B:218, 221–222
sulfate
sulfate/methane boundary, vs. depth, A:157
sulfate reduction, pore water, A:309
sulfur
sulfur, total
Svalbard, glacial fan deposits, B:149–166
Svalbard margin
Svalbard margin W
Svalbard Shelf, continental margin, A:6
Svalbard-Barents Ice Sheet, glacial fan deposits, B:149–166
synchroneity, biostratigraphic datums, B:27, 29
taxonomy, silicoflagellates, B:71–77
tectonics, sedimentation, A:266–268
temperature
temperature, downhole sediments, A:320, 367–368
temperature, sea-surface, Neogene, B:179–190
terrigenous materials, lithologic units, A:298, 302
textures
thermal conductivity
thermohaline circulation, A:8–11
thorium
thorium, carbonate-free
thorium/potassium ratio logs, vs. depth, A:125, 326
titanium oxide
titanium/aluminum ratio
trace elements
turbidites, lithologic units, A:303
unconformities, seismic stratigraphic units, A:205
uranium/thorium ratio logs, vs. depth, A:326
veins. See mud veins
velocity
velocity logs, vs. depth, A:123, 203–204, 326, 377
Vøring Plateau
volcanic ash
water content, vs. depth, A:250–251, 282
water-mass exchange, Arctic Ocean, A:9–13
well-logging
West Spitsbergen Current, sediments, B:94
wireline logging
Wyville-Thomson Ridge, water-mass exchange, A:13
Wyville-Thomson Ridge Overflow, water-mass exchange, A:13
X-ray diffraction data, vs. depth, B:235–236
Yermak Plateau, plate tectonics, A:7
Yermak volcanic area, plate tectonics, A:7
zeolites
zonation