SUBJECT
INDEX
A
advection
- carbon dioxide, B3:3
- ground water, A:288
- sediment drifts,
A:7-8
age
- oxygen isotopes,
B5:19
- sediments, B5:19
- vs. oxygen isotopes,
B9:10
age vs. depth
- sedimentation rates,
A:54
- Site 1056, A:114
- Site 1057, A:118
- Site 1058, A:121
- Site 1059, A:125
- Site 1060, A:203-204
- Site 1061, A:206-207
- Site 1062, A:210-211
- Site 1063, A:277-278
- Sites 1054-1055, A:53
albite, X-ray diffraction
data, B5:21
algal mats
- geochemistry, B
Overview:4
- sediments, B1:2
alkalinity
- diagenesis, A:60-63,
123, 125, 218, 221, 223
- pore water, A:314,
316
- sediments, A:285-286
- vs. depth, A:62, 136,
226, 285, 316
alkanes. See
n-alkanes
alkenes
- mass chromatograms,
B1:4
- sediments, B1:2
aluminosilicates
- cyclic processes,
B5:5-6
- sediments, B5:4
- stadials, B
Overview:4
- vs. age, B5:19
- vs. depth, B5:13
aluminum oxide
- sediments, B5:4-5, 22
- vs. potassium oxide,
B5:14
- vs. titanium oxide,
B5:14
- See also potassium
oxide/aluminum oxide ratio; silica/aluminum oxide ratio
aluminum oxide/titanium
oxide ratio
- sediments, B5:4-5
- stadials/interstadials,
B Overview:4
- vs. depth, B5:13
ammonium
- diagenesis, A:60,
123, 125
- pore water, A:221,
311-313
- sediments, A:285-286
- vs. depth, A:62, 136,
226, 285
anisotropy, magnetic
susceptibility, B Overview:4; B4:1-22
ankerite, authigenesis,
A:226
anorthite, X-ray
diffraction data, B5:21
Antarctic Bottom Water,
ocean circulation, A:7, 288; B Overview:6
aragonite, lithologic
units, A:84, 91, 172-174
Argentine Basin, mud
waves, A:9
Atlantic Ocean N, ocean
circulation, A:7
Atlantic Ocean NW,
Pliocene-Holocene, B Overview:1-15
augite, lithologic units,
A:88
authigenesis
- diagenesis, A:125-126
- oxidation, B2:4-6
- pore water, A:63
- precipitation,
A:225-226, 228
- sediments, A:286-288
B
bacteria
- methane, A:55
- sediments, A:210-211
Bacteriostrium
hyalinum, scanning electron micrograph, B5:18
Bahama Outer Ridge
- paleoceanography, B
Overview:5-6
- sedimentation, A:311
basal contact, photograph,
A:166
bathymetric gradients,
paleoceanography, B Overview:5-6
benzeneacetonitrile, mass
chromatograms, B1:9
Bermuda Rise
- composite depths,
A:313
- Dansgaard-Oeschger
cycles, B5:1-24
- magnetic excursions,
B10:1-18
- organic geochemistry,
B1:1-9
- paleoceanography, A:9
- sedimentation, A:311
- site description,
A:251-308
Bermuda Rise NE
- carbon dioxide,
B3:1-16
- sediment drifts,
A:7-8
biocenoses, diatoms, B8:4
biogenic component
- lithologic units,
A:84-92
- photograph, A:84;
B7:18
biosiliceous content,
lithologic units, A:164-165, 168, 170-174
biostratigraphy
- correlation, A:176,
178, 313
- diatoms, B8:1-49
- general section, B
Overview:12
- Neogene, A:319-321
- Pleistocene,
A:319-321
- Sites 1054-1055,
A:40-44
- Sites 1056-1059,
A:93-97
- Sites 1060-1062,
A:178-184
- Sites 1063-1064,
A:259-262
bioturbation
- lithologic units,
A:90-92, 164-165, 168, 170-174
- photograph,
A:166-167, 175
- sedimentary
structures, B7:4-12
Blake Event
- magnetic excursions,
A:266
- magnetic inclination,
A:46
- magnetostratigraphy,
A:188
Blake Outer Ridge
- magnetic excursions,
B10:1-18
- magnetic
susceptibility, B4:1-22
- paleoceanography, B
Overview:5-6
Blake Outer Ridge,
intermediate depth, site description, A:77-156
Blake-Bahama Outer Ridge
- carbon dioxide,
B3:1-16
- composite depths,
A:313
- gas hydrates, A:321
- geology, A:7-11
- magnetic
susceptibility, B4:1-22
- sedimentary
structures, B7:1-37
- sedimentation, A:311
Blake-Bahama Outer Ridge,
deep, site description, A:157-250
Brunhes Chron
- magnetic excursions,
A:266, 319-320; B Overview:6; B10:1-18
- magnetostratigraphy,
A:46-47, 99-100, 186-188, 263, 316-317
Brunhes/Matuyama boundary
- magnetic inclination,
A:268
- magnetic polarity
transition, A:320
- magnetostratigraphy,
A:46-47, 99-100, 114-115, 186-188, 316-317
- sedimentation, A:311
Brunhes/Matuyama polarity
transition
- comparison in Sites
1060 and 1063, A:319
- magnetic polarity,
A:318-319
- magnetostratigraphy,
A:263
bulk density logs, vs.
depth, A:243, 300
burrows
- lithologic units,
A:38, 87
- photograph, A:89,171
butane. See iso-butane
C
calcite
- cyclic processes,
B5:5-6
- interstadials, B
Overview:4
- lithologic units,
A:84-88, 164-165, 168, 170-174, 258-259
- sediments, B5:4
- vs. age, B5:19
- vs. calcium oxide,
B5:15
- vs. depth, B5:13
- X-ray diffraction
data, B5:21
calcite, magnesian,
lithologic units, A:257-258
calcite cement, lithologic
units, A:38
calcium
- authigenesis, A:63,
125-126, 225-226, 228
- pore water,
A:286-288, 311-313
- vs. depth, A:62, 137,
227-228, 286-287
calcium carbonate
- age and concentration
and sedimentation rates, A:116-117, 119, 123-124, 206, 209, 214, 280
- mass accumulation
rates, A:48-49, 55
- sedimentation rates,
A:316
- sediments, A:58-59,
130-131, 219-221, 282-283
- vs. depth, A:132,
205, 208, 215, 284
calcium carbonate
accumulation rates
- vs. age, A:316
- vs. depth, A:56
calcium oxide
- sediments, B5:4-5, 22
- vs. calcite, B5:15
caliper logs, vs. depth,
A:243-244, 300-301
carbon
- cycling, B3:2
- organic matter,
A:214, 216-217
carbon, inorganic,
sediments, A:55, 57-59, 118, 121, 130-131, 211-212, 214, 219-221, 277-278,
282-283
carbon, organic
- age and concentration
and accumulation rates, A:116-117, 119, 123, 126, 206, 210, 216, 281
- mass accumulation
rates, A:49, 55
- photograph, A:256
- vs. depth, A:132,
205, 208, 215
- See also
organic carbon accumulation rates
carbon, total, sediments,
A:58-59, 130-131, 211-212, 214, 219-221, 282-283
carbon, total organic
- sediments, A:55-59,
118-119, 121, 130-131, 133, 219-221, 223, 277-278, 282-284
- vs. depth, A:133-134,
222, 284
carbon/nitrogen ratio
- carbonate content,
A:278
- organic matter,
A:121-122, 214, 216-217, 278, 281
- sediments, A:55,
57-59, 282-283
- vs. depth, A:222, 284
carbon dioxide
- advection, B3:3
- carbon isotopes,
B3:1-16
- gas hydrates, A:9-11
- reduction, B
Overview:2-5
carbon dioxide, dissolved,
carbon isotopes, B3:5
carbon isotopes
- carbonate
stratigraphy, B Overview:6
- methane, B3:1-16
- paleoceanography, B
Overview:5
- upper Pleistocene,
B9:1-14
- vs. depth, B3:11-16
carbonate content
- cyclic processes,
B5:5-6
- diffuse spectral
reflectance, B6:1-12
- lithologic units,
A:37-40, 84-92, 118-119, 121, 164-165, 168, 170-174
- measured vs.
predicted data, B6:8-12
- sediments, A:211-212,
214, 217, 219-221, 278; B4:9-13
- vs. depth, A:83, 87,
90, 92, 165, 170, 172, 222, 255, 258; B4:7, 8
carbonates
- authigenesis, A:63
- diagenesis, A:286-288
- photograph, A:167,
175
- sedimentation, A:174,
176-178, 201-207
- sedimentation rates,
A:311-313
Carolina Slope
- geology, A:7-11
- sedimentation, A:311
- site description,
A:33-76
Caspian Sea, triterpanes,
B1:5
chloride
- gas hydrates, A:126,
128-129
- pore water, A:228-229
- vs. depth, A:63, 138,
228, 287, 321
chlorite
- sediments, B5:4
- X-ray diffraction
data, B5:21
Chondrites
- lithologic units,
A:84, 90-91, 164-165, 168, 170-174, 257-258
- photograph, A:168
chromaticity
- correlation, A:47-48,
102-104
- vs. depth, A:50-51,
52, 108, 109, 110-113, 193-194, 196, 197-201, 256, 272-276
- vs. oxygen isotopes,
B9:7-8, 9
- See also color
chronostratigraphy, vs.
reflectors, A:317
clasts, mud, lithologic
units, A:39-40, 84
clay
- lithologic units,
A:38, 83-93, 164-165, 168, 170-174, 255-259
- photograph, A:84-85,
89, 92, 166, 175, 259; B7:18
- sediment drifts,
A:7-8
- sedimentary
structures, B7:4-12
clay, nannofossil
- lithologic units,
A:38, 84-88, 164-165, 168, 170-174
- photograph, A:90
clay, silty, lithologic
units, A:38, 83-92, 258-259
clay lithology, well
logging, A:242
clay minerals
- chemical and nuclear
parameters, A:245
- lithologic units,
A:84-88
clays
- lithology, A:302
- scanning electron
micrograph, B5:18
- sediments, B5:4
Cobb Mountain Subchron
- magnetic excursions,
A:266
- magnetic reversals, B
Overview:7
- magnetostratigraphy,
A:46, 316-317
color
- correlation,
A:188-189, 194-201, 266-268
- lithologic units,
A:37-40, 84-92, 164-165, 168, 170-174, 255-258
- See also
chromaticity
color bands, lithologic
units, A:87
color change, photograph,
A:259
composite depths
- correlation, A:47,
101-104, 188-189, 194-201, 266-268
- depth offsets, A:48,
105, 190, 269
- Sites 1054-1055,
A:47-48
- Sites 1054-1064,
A:313
- Sites 1060-1062,
A:188-201
- Sites 1063-1064,
A:266-268
- vs. core-top depth,
A:113-114, 202-203, 277
compressional wave
velocity
- cyclic processes,
B5:6-7
- Dansgaard-Oeschger
cycles, B Overview:4
- discrete
measurements, A:133-134
- millenial-scale
variability, A:134
- sediments, A:63-68,
143-145, 236, 295-296
- vs. age, B5:19
- vs. depth, A:64-65,
138-140, 153, 229-231, 237, 289, 291; B5:10, 16
compressional wave
velocity, longitudinal, vs. depth, A:237
compressional wave
velocity, transverse, vs. depth, A:145, 295
concretions, clay,
lithologic units, A:38-40
concretions, dolomitized
clay, photograph, A:39
contour currents,
photograph, A:92
contourites
- lithologic units,
A:93
- sedimentary
structures, B7:1-37
convoluted beds
- lithologic units,
A:88
- photograph, A:89
cores, redox, B2:1-11
correlation
- biostratigraphy,
A:176
- composite depths,
A:47, 101-104, 188-189, 194-201, 266-268
- depth dependence,
A:311-314
- depth-to-depth
Sites
1055-1056, A:54
Sites
1056-1057, A:120
Sites
1058 and 1061, A:118
Sites
1059 and 1061, A:125
Sites
1060-1061, A:204
Sites
1061-1062, A:212
- magnetostratigraphy,
A:313
- reflectance, A:47
- seismic reflection,
A:72
- stratigraphy,
A:47-48, 188-201, 266-268
- uranium logs, A:240
correlation coefficient,
carbonate content measured vs. predicted data, B6:8-12
coulometry, sediments,
A:58-59, 130-131, 219-221, 282-283
cross laminations. See
ripple cross laminations
cyclic processes,
sedimentation, A:118-125
D
Dansgaard-Oeschger cycles
- compressional wave
velocity, B Overview:4
- sediments, B5:1-24
datums levels, calcareous
nannofossils, A:41-42, 94-96, 179-183, 260-261
deep water, ocean
circulation, A:7
Deep Western Boundary
Current, glaciation, B Overview:3
deformation
- functions, A:103
- lithologic units,
A:88
deformation,
coring-induced, directional variation, A:100-101
degassing, lithologic
units, A:84-92
demagnetization
- magnetic excursions,
B11:2-6
- natural remanent
magnetization, A:46-47
demagnetization,
alternating-field, sediments, A:44-47, 102, 186, 266
density
- cyclic processes,
B5:5-6
- porosity logs, A:299,
302
- vs. depth, A:153
- vs. diatom abundance,
B Overview:4
density, bulk
- cyclic processes,
B5:6-7
- Dansgaard-Oeschger
cycles, B Overview:4
- gamma rays, B8:3
- millenial-scale
variability, A:134
- sediments, A:65-67,
129, 132, 231-232, 290-291
- vs. age, B5:19
- vs. depth, A: 66-67,
229-231, 289-291; B5:10, 16; B8:18, 20
- See also
bulk density logs
density, grain
- sediments, A:65-67,
231-232, 290-291
- vs. depth, A:66-67,
141-143, 233-235, 293-294
density, GRAPE
- correlation, A:47-48,
102-104, 188-189, 194-201, 266-268
- sediments, A:63-65
- vs. depth, A:50-51,
64-65, 107, 109-111, 138-140, 193, 195, 197-199,
- 271, 274-275
- density, wet bulk,
vs. depth, A:141-143, 233-234, 293-294
density logs. See
bulk density logs
deposition, glaciation,
A:8
depth offsets
- composite depths,
A:48, 105, 190, 269
- vs. core-top depth,
A:53
depth transects,
paleoceanography, A:8-9
diagenesis
- lithologic units,
A:87, 172, 255-258, 259
- oxidation, B2:4-6
- photograph, A:39, 89,
167, 171, 175
- pore water, A:286-288
- See also
authigenesis; recrystallization
diagenesis, early
- organic matter,
A:60-63, 123, 125, 218, 221-225, 281, 285-286
- sediments, A:118
diatoms
- biostratigraphy,
A:43-44, 97, 183-184, 262; B8:1-49
- distribution, A:43,
97, 184, 262
- habitat, B8:35
- lithologic units,
A:38, 91, 164-165, 168, 170-174, 255-258
- paleoecology, B8:3-6,
7-15, 19
- phosphate, B8:4
- taxonomy and
ecological preferences, B8:7-15
- vs. density, B
Overview:4
- vs. depth, B8:18,
20-24
diffuse spectral
reflectance, high-resolution methods, B6:1-12
dissolution
- carbonate content,
A:278
- carbonates, A:214
- diatoms, B8:5
- minerals, A:225-226,
228, 286-288
- sediments, A:121, 288
dolomite
- lithologic units,
A:38-40, 84, 91, 258-259
- sediments, B5:4
- X-ray diffraction
data, B5:21
downhole measurements
- Sites 1060-1062,
A:235-245
- Sites 1063-1064,
A:294-304
- See also
well-logging
E
eccentricity, sediments,
A:121
erosion contact,
photograph, A:88
erosional surfaces
- sedimentary
structures, B7:4-12, 20
- X-ray radiography,
B7:17, 20, 29
ethane, sediments,
A:53-55, 59, 116, 118, 209, 272-277
ethane, vacutainer, vs.
depth, A:218
F
fatty acids, geochemistry,
B1:1-9
feldspars
- sediments, B5:4
- See also
albite; anorthite; orthoclase; plagioclase
ferric/ferrous iron ratio,
sediments, B Overview:3
foliation. See
magnetic foliation
foraminifers
- biostratigraphy,
A:319-321
- lithologic units,
A:38, 85, 90-91, 164-165, 168, 170-174
- oxygen isotopes, B
Overview:5
- photograph, A:85, 87,
175
- stable isotopes,
B9:1-14
foraminifers, benthic,
biostratigraphy, A:43, 96-97, 181, 183, 261-262
foraminifers, planktonic,
biostratigraphy, A:42-43, 95-96, 180-181, 261
Formation Microscanner
logs
- lithology, A:242,
245, 302-304
- microresistivity,
A:302
- vs. depth, A:246
G
gamma rays
- bulk density, B8:3
- sediments, A:129, 132
- vs. depth, A: 64-65,
138, 139, 140, 229-231, 289
gamma-ray logs
- correlation,
A:303-304
- vs. depth, A:244,
301, 303
gas expansion, remanent
magnetization, A:263
gas hydrates
- carbon dioxide, B3:3
- dissociation, A:126,
128-129, 228-229
- geographic extent,
A:320-321
- maps, A:11
- pore water, A:9-11
- sediments, A:63, 288
gas voids, sediments,
A:116, 118, 209-221
gases, carbon isotopes,
B3:1-16
gases, headspace,
sediments, A:57, 128, 217, 281
gases, vacutainer,
sediments, A:57, 129, 218, 282
Gauss Chron,
magnetostratigraphy, A:263, 316-317
geochemistry, inorganic
- Sites 1054-1055,
A:59-63
- Sites 1056-1059,
A:122-129
- Sites 1060-1062,
A:217-229
- Sites 1063-1064,
A:281-288
geochemistry, organic
- Site 1063, B1:1-9
- Sites 1054-1055,
A:49, 51-59
- Sites 1056-1059,
A:116-122
- Sites 1060-1062,
A:207-217
- Sites 1063-1064,
A:271-281
geomagnetic poles, virtual
- Brunhes Chron,
B10:4-5; B Overview:6
- magnetic excursions,
B11:3
geothermal gradient,
sediments, A:288
Gilsa Excursion, magnetic
excursions, A:266
glaciation
- cyclic processes,
B5:6
- Deep Western Boundary
Current, B Overview:3
- deposition, A:8
- lithologic units,
A:39-40
- magnetic excursions,
B11:4
- paleoclimatology,
A:314, 317-318
- sediments, A:121, 288
- See also
interstadials; last glacial maximum; stadials
glauconite, lithologic
units, A:91
goethite, sediments,
B2:4-6
grain size
- lithologic units,
A:84
- paleoceanography,
A:8-9
- reproducibility,
B5:12
- sediments, B5:5, 16
- volume vs. diameter,
B5:11
Greenland Ice Core
Project, oxygen isotopes, B5:19
ground water, advection,
A:288
Gulf Stream, ocean
circulation, A:7
H
habitat, diatoms, B8:35
halite
- sediments, B5:4
- X-ray diffraction
data, B5:21
heat flow
- sediments, A:235, 293
hematite, sediments,
B2:4-6
high-resolution methods,
diffuse spectral reflectance, B6:1-12
Holocene
- biostratigraphy,
A:40-44, 93-97, 178-184, 260-262, 319-321
- lithologic units,
A:37-38, 83-92, 164-165, 168, 170-174, 255, 258-259
- See also
Pliocene-Holocene sequence
hornblende, X-ray
diffraction data, B5:21
hydrocarbons
- carbon isotopes,
B3:1-16
- mass chromatograms,
B1:7-8
- See also
alkenes; benzeneacetonitrile; ethane; fatty acids; gases; indene; indole; iso-butane;
iso-pentane; lipids; methane; methane/ethane ratio; n-alkanes;
propane; steranes; sulfate/methane boundary; triterpanes
hydrocarbons, volatile,
sediments, A:53-55, 116, 118, 207, 209-211, 272-277
hydrogen index
- organic matter,
A:216, 278, 281, 284
- sediments, A:55, 60,
133, 223
- vs. oxygen index,
A:60, 133-134, 223, 284, 317
hydrography,
paleoceanography, A:9
I
illite
- cyclic processes,
B5:6
- sediments, B5:4
- X-ray diffraction
data, B5:21
illite-smectite mixture,
X-ray diffraction data, B5:21
impedance, acoustic
- profiles, A:72-73
- vs. depth, A:75,
152-153
indene, mass
chromatograms, B1:9
index properties
- average values and
standard deviation, A:143, 232, 293
- sediments, A:65-67,
132-133, 140-141, 231-232, 290-291, 293-294
indole, mass
chromatograms, B1:9
intermediate water, ocean
circulation, A:7
interstadials
- calcite, B Overview:4
- marine isotope Stage
3, B Overview:5
- See
also stadials/interstadials
iron
- authigenesis,
A:225-226, 228
- oxidation, B2:1-11
- pore water,
A:286-288, 311-313
- valence, B2:9
- vs. depth, A:227-228,
286-287
- See also
ferric/ferrous iron ratio
iron oxidation, sediments,
B Overview:3
iron oxides
- lithologic units,
A:91
- sediments, B5:22
iron sulfides
- authigenesis,
A:286-288
- lithologic units,
A:38-40
- photograph, A:89
iron, total, distribution,
B2:11
iso-butane,
sediments, A:116, 118, 209, 272-277
iso-butane,
vacutainer, vs. depth, A:218
iso-pentane,
sediments, A:272-277
J
Jaramillo Subchron
- magnetic excursions,
A:266
- magnetostratigraphy,
A:46-47, 99-100, 115, 186-188, 316-317
JV Armaan Well,
triterpanes, B1:5-6
K
kaolinite
- sediments, B5:4
- X-ray diffraction
data, B5:21
Kazakhstan
- hydrocarbons, B1:7-8
- triterpanes, B1:5-6
kerogen, lithologic units,
A:256-258
L
laminations
- lithologic units,
A:258-259
- mid-Pleistocene
transition, A:314, 317-318
- photograph, A:166,
256; B7:26
- silt, A:174, 176-178
- See also
cross laminations
Laschamp Excursion
- magnetic excursions,
A:266; B11:4, 19
- magnetostratigraphy,
A:188
- split-core data, B
Overview:7
last glacial maximum,
oxygen isotopes, B Overview:6
lightness
- correlation, A:47-48,
102-104, 188-189, 194-201, 266-268
- lithologic units,
A:164-165, 168, 170-174
- sediments, A:63-65
- spectral analysis,
A:177
- vs. depth, A:50-51,
108-111, 165, 170, 172, 193, 195, 197-199, 202, 272, 274-275, 291
lipids, geochemistry,
B1:1-9
lithologic units
- Unit, A:37-38, 83-92,
164-165, 168, 170-172, 254-259
- Unit II, A:38, 85,
88, 91, 170-173
- Unit III, A:38, 171,
173-174
- uranium logs, A:240
lithology
- clays, A:302
- vs. depth, A:83, 87,
90, 92, 165, 170, 172, 255, 258, 317
lithostratigraphy
- correlation, A:313
- general section, B
Overview:12
- mud waves, B
Overview:4-5
- reflectance, A:38
- Sites 1054-1055,
A:37-40
- Sites 1056-1059,
A:83-93
- Sites 1060-1062,
A:164-178
- Sites 1063-1064,
A:254-259
loss on ignition,
sediments, B5:22
lutite, red
- chromaticity, A:256
- distribution, A:315
- lithologic units,
A:84-93, 258
- oxygen isotopes, B
Overview:5-6
- sedimentation, A:311
- vs. age, A:315
- vs. depth, A:165,
170, 172
- See also red
beds
M
maghemite, oxidation, B2:5
magnesium
- authigenesis, A:63,
125-126, 225-226, 228
- pore water,
A:286-288, 311-313
- vs. depth, A:62, 137,
227-228, 286-287
magnesium oxide,
sediments, B5:22
magnetic declination
- corrected vs.
uncorrected, A:102
- magnetic excursions
13
and 14,
B10:15
- magnetic excursions
15
and 15
,
B10:16
- magnetic excursions
17,
B10:17
- magnetic excursions,
B11:2-6
- vs. depth, A:44-45,
98-101, 185-186; B10: 10, 12, 14-16, 18; B11:12, 14, 17
magnetic declination,
bidirectional, vs. depth, B4:7-8
magnetic excursion 3,
Stage 3, B11:2-6
magnetic excursion 3
split-core data, B
Overview:7
Stage 3, B11:2-6
magnetic excursion 7,
split-core data, B Overview:7
magnetic
excursion 13,
Brunhes Chron, B10:4-5
magnetic excursion 14,
Brunhes Chron, B10:4-5
magnetic excursion 15,
Brunhes Chron, B10:4-5
magnetic excursion 15,
Brunhes Chron, B10:4-5
magnetic excursion 17,
Brunhes Chron, B10:4-5
magnetic excursions
- Brunhes Chron,
B10:1-18
- magnetostratigraphy,
A:46, 187-188, 263, 266, 316-317
- paleointensity, A:188
- Stage 3, B11:1-20
magnetic foliation, vs.
depth, B4:7-8
magnetic inclination
- Blake Event, A:46
- Brunhes/Matuyama
boundary, A:268
- long-core
measurements, vs. calculated deflected, A:104
- magnetic excursions
13
and 14,
B10:15
- magnetic excursions
15
and 15,
B10:16
- magnetic excursions
17,
B10:17
- magnetic excursions,
B11:2-6
- magnetostratigraphy,
A:99-100, 187-188
- sediments, A:44-47
- vs. depth, A:44-46,
98-101, 185-186, 264-265, 267, 320; B10:9, 11, 13; B11:9, 11, 13, 15-18
magnetic intensity
- vs. depth, A:44-45,
98-101, 185, 264-265, 267; B11:15-18
- See also
paleointensity
magnetic lineation, vs.
depth, B4:7-8
magnetic overprinting,
sediments, B2:6
magnetic polarity
- Brunhes/Matuyama
polarity transition, A:318-319
- magnetostratigraphy,
A:46, 99-100, 186-187, 263
- reversal boundaries,
A:187
magnetic reversals,
magnetostratigraphy, A:46, 100, 187-188, 263, 266
magnetic susceptibility
- anisotropy, B
Overview:4; B4:1-22
- correlation, A:47-48,
102-104, 188-189, 194-201, 266-268
- sedimentation, A:311
- sediments, A:63-65,
129, 132
- vs. age, A:115, 119,
122, 126, 204, 207, 212-213, 277, 314
- vs. depth, A:44-45,
50-51, 64-65, 83, 87, 90, 92, 107-108, 110-113, 138-140, 165, 170, 172,
193-194, 197-202, 204, 207, 212-213, 229-231, 255, 258, 264-265, 267, 271,
273, 275-276, 289-290, 320; B4:7-8; B7:15, 19, 21, 27, 31, 34; B8:20
- vs. sedimentation
rates, A:54
magnetostratigraphy
- correlation, A:313
- general section, B
Overview:12
- magnetic excursions,
A:263, 266, 316-317
- magnetic polarity,
A:99-100, 263
- magnetic reversals,
A:100, 102
major elements, sediments,
B5:4-5
manganese
- authigenesis,
A:225-226, 228
- pore water, A:311-313
- vs. depth, A:227-228,
286-287
manganese oxide,
sediments, B5:22
marine isotope Stage 2,
oxygen isotopes, B Overview:5
marine isotope Stage 3
- diatoms, B8:18
- magnetic excursions,
B Overview:6
- oxygen isotopes, B
Overview:5
- paleomagnetism,
B11:1-20
marine isotope Stage 3,
magnetic excursions, B Overview:7
marine isotope Stage 4,
diatoms, B8:6, 18
marine isotope Stage 5
- diatoms, B8:18
- magnetic excursions,
B Overview:6
marine isotope Stage 5e,
paleoceanography, B Overview:5
marine isotope Stage 7,
magnetic excursions, B Overview:7
marine isotope Stage 8,
magnetic excursions, A:188
marine isotope Stage 11,
magnetic excursions, A:188
marine isotope Stage 17,
magnetic excursions, B Overview:6
marine isotope Stages 1-4,
bulk mass accumulation rates, B11:20
marine isotope Stages
5e-5d, paleoceanography, B Overview:5
marine isotope Stages 8-10
- color reflectance,
B7:16, 22, 32, 35
- magnetic
susceptibility, B7:15, 21, 31, 34
marine isotope Stages
9-12, paleohydrography, B Overview:6
marine isotope Stages
10-12, red lutite, B Overview:6
mass accumulation rates
- calcium carbonate,
A:49, 55
- organic carbon, A:49,
55, 116-117, 119, 123, 126, 205, 208, 213, 279
- Sites 1054-1055,
A:48-49
- Sites 1056-1059,
A:104-107, 113-116
- Sites 1060-1062,
A:201-207
- Sites 1063-1064,
A:268-271
- vs. depth, A:117,
120, 124, 127, 205, 208, 215, 279
- See also
organic carbon accumulation rates; sedimentation rates
mass accumulation rates,
bulk, marine isotope Stages 1-4, B11:20
mass flow deposits
- lithologic units,
A:39-40, 93
- location, A:40
- photograph, A:40
Matuyama Chron
- magnetic excursions,
A:266
- magnetostratigraphy,
A:46, 99-100, 186-188, 263, 316-317
- See also
Brunhes/Matuyama boundary
methane
- carbon isotopes,
B3:1-16
- oxidation, B
Overview:2-5; B3:2
- pore water, A:311-313
- sediments, A:53-55,
59, 116, 118, 207, 209-211, 272-277
- vs. depth, A:128,
216, 284, 317; B3:11
- vs. sulfate,
A:222-223, 225
- See
also sulfate/methane boundary
methane, headspace, vs.
depth, A:57-58
methane/ethane ratio
- sediments, A:53-55,
59, 116, 118, 209-211, 272-277, 314
- vs. depth, A:57-58,
219, 284, 317
methanogenesis
- diagenesis, A:60,
118, 209-211, 223, 225, 228
- sediments, A:286-288
- sulfate, B3:2-3
- See also
sulfate reduction
mica, lithologic units,
A:84-92, 164-165, 168, 170-174
microresistivity,
Formation Microscanner logs, A:302
mid-Pleistocene
transition, paleoclimatology, A:314, 317-318
minerals
- chemical composition,
B5:23
- dissolution,
A:225-226, 228
Moessbauer spectra,
sediments, B2:8
Mono Lake Excursion
- Brunhes Chron,
B10:4-5
- magnetic excursions,
A:266
mottling, lithologic
units, A:87, 164-165, 168, 170-174, 255-258
mud waves
- dynamics, A:9
- lithostratigraphy, B
Overview:4-5
- sedimentation,
A:177-178
- sedimentation rates,
A:206-207
- seismic reflection,
A:245-247
mudstone, organic matter,
A:275
muscovite
- sediments, B5:4
- vs. depth, B5:13
- X-ray diffraction
data, B5:21
N
n-alkanes
- mass chromatograms,
B1:4, 7-8
- sediments, B1:2
nannofossils
- lithologic units,
A:84-93, 164-165, 168, 170-174, 255-259
- photograph, A:84, 175
- sedimentary
structures, B7:4-12
nannofossils, calcareous
- biostratigraphy,
A:41-42, 93-95, 178-180, 260-261, 319-321
- datums levels,
A:41-42, 94-96, 179, 180-183, 260-261
Neogene
- biostratigraphy,
A:319-321
- paleoceanography, A:9
neritic environment,
diatoms, B8:5-6
nitrogen
- organic matter,
A:214, 216-217
- See also carbon/nitrogen
ratio
nitrogen compounds, mass
chromatograms, B1:9
nitrogen, total,
sediments, A:58-59, 130-131, 219-221, 282-283
nodules
- lithologic units,
A:88
- photograph, A:89
North Atlantic Deep Water
- ocean circulation,
A:7, 93, 288
- paleoceanography, B
Overview:5
- temperature, B
Overview:11
nutrient proxies,
paleoceanography, A:8-9
nutrients, diatoms, B8:4
O
obliquity, sediments,
A:121
ocean basins, sediment
drifts, A:7-8
ocean circulation
- Atlantic Ocean N, A:7
- mud waves, B
Overview:4-5
Olduvai Subchron
- magnetic excursions,
A:266
- magnetostratigraphy,
A:187
ooze, clayey nannofossil
- lithologic units,
A:84-92, 164-165, 168, 170-174
- photograph, A:256
ooze, nannofossil
- lithologic units,
A:164-165, 168, 170-174
- photograph, A:90
opal, lithologic units,
A:258
opal-A, sediments, A:288
organic carbon
accumulation rates, vs. depth, A:56
organic matter
- carbon/nitrogen
ratio, A:121-122
- decomposition, A:218,
221-225, 281, 285-286
- diagenesis, A:60-63,
123, 125
- geochemistry, B1:1-9
- sources, A:214,
216-217, 278, 281
orthoclase, X-ray
diffraction data, B5:21
oxidation
- iron, B2:1-11
- organic matter,
A:278, 281
- sediments, A:121
- See also
redox
oxidation, anaerobic,
methane, B3:6
oxides, comparison of
X-ray diffraction data with X-ray fluorescence data, B5:23
oxygen index
- organic matter,
A:216, 278, 281
- sediments, A:55, 60,
133, 223, 284
- vs. hydrogen index,
A:60, 133-134, 223, 284, 317
oxygen isotope Stage 3. See
marine isotope Stage 3
oxygen isotope
stratigraphy
- correlation, A:318;
B9:5-6
- vs. depth, A:303
oxygen isotopes
- foraminifers, B
Overview:5
- Greenland Ice Core
Project, B5:19
- red lutite, B
Overview:5-6
- upper Pleistocene,
B9:1-14
- vs. age, B9:10
- vs. chromaticity,
B9:7-8, 9
- vs. reflectance,
B9:7-8
P
paleoceanography
- bathymetric
gradients, B Overview:5-6
- biostratigraphy,
A:319-321
- millenial-scale
variability, A:134
- physical properties,
B Overview:3-4
- Pliocene-Pleistocene
interval, A:7-11
paleoclimatology
- middle Pleistocene,
A:314-315, 317-318
- middle
Pliocene-Pleistocene interval, A:7-11
- millenial-scale
variability, A:134
paleoecology, diatoms, B
Overview; B8:3-15, 19, 35
paleohydrography
- carbonate
stratigraphy, B Overview:6
- marine isotope Stages
9-12, B Overview:6
paleointensity, magnetic
excursions, A:188
paleomagnetic secular
variation, magnetostratigraphy, A:187
paleomagnetic secular
variation, directional, Brunhes Chron, B10:2-3
paleomagnetism
- sediments, A:318-319;
B Overview:6-7
- Sites 1054-1055,
A:44-47
- Sites 1056-1059,
A:97-104
- Sites 1060-1062,
A:184-188
- Sites 1063-1064,
A:262-266
- Stage 3, B11:1-20
pebbles, lithologic units,
A:88
pentane. See iso-pentane
petroleum potential,
sediments, A:60, 133, 223, 284
phosphate
- diagenesis, A:123,
125, 221-223
- diatoms, B8:4
- sediments, A:285-286
- vs. depth, A:62, 136,
226, 285
phosphorus oxide,
sediments, B5:22
photoelectric factor
- clay lithology, A:242
- vs. potassium, A:245,
302
photoelectric factor logs,
vs. depth, A:300
physical properties
- paleoceanography, B
Overview:3-4
- Sites 1054-1055,
A:63-68
- Sites 1056-1059,
A:129, 132-134
- Sites 1060-1062,
A:229-235
- Sites 1063-1064,
A:288-294
plagioclase
- lithologic units,
A:88
- See
also albite; anorthite
Planolites,
lithologic units, A:90-91, 172, 257-258
Pleistocene
- biostratigraphy,
A:40-44, 93-97, 178-184, 260-262, 319-321
- lithologic units,
A:37-38, 83-92, 164-165, 168, 170-174, 255-258
- sedimentation rates,
A:311-313
- See also
Pliocene-Pleistocene sequence
Pleistocene, middle
- paleoclimatology,
A:314-315, 317-318
- See also
mid-Pleistocene transition
Pleistocene, upper, stable
isotopes, B9:1-14
Pliocene
- biostratigraphy,
A:260-262, 319-321
- lithologic units,
A:255-258
Pliocene-Holocene
sequence, sedimentation, B Overview:1-15
Pliocene-Pleistocene
sequence, paleoceanography, A:7-11
pore water
- carbon isotopes,
B3:11-15
- gas hydrates, A:9-11
- geochemistry,
A:59-63, 135,135, 217-218, 221-229, 286-288, 292, 311-313
- methane, B3:6-7
porosity, vs. depth,
A:66-67, 141-143, 233-234, 293-294
porosity logs
- density, A:240, 299,
302
- vs. depth, A:243, 300
potassium
- authigenesis, A:63,
125-126, 225-226, 228
- pore water,
A:286-288, 314, 316
- vs. depth, A:62, 137,
227-228, 286-287, 316
- vs. photoelectric
factor, A:245, 302
potassium logs
- clay lithology, A:242
- vs. depth, A:244,
301, 303
- See also
thorium/potassium ratio logs
potassium oxide
- sediments, B5:4-5, 22
- vs. aluminum oxide,
B5:14
potassium oxide/aluminum
oxide ratio
- sediments, B5:4-5
- stadials/interstadials,
B Overview:4
- vs. depth, B5:13
precipitation,
authigenesis, A:225-226, 228
preservation, carbonates,
A:214
production index,
sediments, A:60, 133, 223, 284
productivity
- carbonates, A:214
- diatoms, B8:4
propane, sediments, A:116,
118, 209, 272-277
propane, vacutainer, vs.
depth, A:218
proteins
- mass chromatograms,
B1:9
- sediments, B1:2
pteropods, lithologic
units, A:84
pyrite
- lithologic units,
A:84
- sediments, B2:4-6
pyroxenes. See augite
Q
quartz
- lithologic units,
A:84, 88, 164-165, 168, 170-174, 258-259
- mixture with biogenic
silica, B5:20
- sediments, B5:4
- X-ray diffraction
data, B5:21
Quaternary
- magnetic
susceptibility, B4:1-22
- See also
Holocene; mid-Pleistocene transition; Pleistocene
R
radiolarians, lithologic
units, A:38, 91, 255-258
recrystallization,
sediments, A:288
red beds
- lithologic units,
A:39-40, 84-92
- See also
lutite, red
redox
- lithologic units,
A:164-165, 168, 170-174
- sediments, B2:1-11
- See also
oxidation
reduction
- carbon dioxide, B
Overview:2-5
- sediments, B2:4-6
- See also
sulfate reduction
reflectance
- correlation, A:47,
188-189, 194-201
- lithologic units,
A:83-92, 164-165, 168, 170-174, 255-258
- lithostratigraphy,
A:38
- sediments, A:63-65,
232
- vs. depth, A:83, 87,
90, 92, 165, 170, 172, 235; B7:16, 22, 28, 32, 35
- vs. oxygen isotopes,
B9:7-9
- vs. sediment
chemistry, B Overview:3
reflectors, vs.
chronostratigraphy, A:317
remanent magnetization,
anhysteretic, magnetic excursions, B11:3-4
remanent magnetization,
characteristic, discrete samples, A:186, 263
remanent magnetization,
natural
- deformation,
A:100-101
- discrete samples,
A:45-46, 99-100
- gas expansion, A:263
- magnetic excursions,
B11:5
- magnetostratigraphy,
A:316-317
- sediments, A:44-47,
98-99, 185-188
resistivity
- sediments, A:68,
71-72, 134, 151, 235, 241-242, 294, 298-299
- vs. depth, A:72, 152,
241, 299
- See also
microresistivity
resistivity logs
- correlation,
A:303-304
- vs. depth, A:243, 300
Reunion Event,
magnetostratigraphy, A:316-317
ripple cross laminations,
sedimentary structures, B7:4-12
S
salinity
- sediments, A:288
- vs. potential
temperature, A:9
- vs. temperature, B
Overview:11
sand, photograph, B7:18
sand, foraminifer,
lithologic units, A:39-40
sand, silty foraminifer,
lithologic units, A:38
scoured contact
- photograph, A:40,
84-85, 87, 256
- sedimentary
structures, B7:4-12
- X-ray radiography,
B7:29
secular variations. See
paleomagnetic secular variation
sediment drifts,
paleoceanography, A:7-8
sediment volume, vs.
depth, B5:17
sedimentary structures
- contourites and
turbidites, B7:1-37
- photograph, B7:14,
18, 24, 26
- X-ray radiography, B
Overview:3
sedimentation
- cyclic processes,
A:118-125
- lithologic units,
A:174, 176-178
- uniformity, A:311
sedimentation, pelagic,
lithologic units, A:39-40
sedimentation rates
- age vs. depth, A:54
- calcium carbonate,
A:116-117, 119, 123, 126, 205, 208, 215, 279, 316
- comparison, A:213
- lithologic units,
A:93
- magnetic excursions,
B11:4
- Pleistocene,
A:311-313
- Pliocene-Holocene, B
Overview:1-15
- Sites 1054-1055,
A:48-49
- Sites 1056-1059,
A:104-107, 113-116
- Sites 1060-1062,
A:201-207
- Sites 1063-1064,
A:268-271
- vs. age, A:115, 119,
122, 126, 204, 207, 212-213, 277, 315
- vs. depth, A:117,
120, 124, 127, 205, 208, 215, 279
- vs. magnetic
susceptibility, A:54
- See also
mass accumulation rates
sedimentology,
Pliocene-Holocene, B Overview:2-5
sediments
- age, B5:19
- chemical composition,
B5:22
- coulometry, A:58-59,
130-131, 219-221, 282-283
- Dansgaard-Oeschger
cycles, B5:1-24
- elements, A:58-59,
130-131, 219-221, 282-283
- ferric/ferrous iron
ratio, B Overview:3
- iron oxidation, B
Overview:3; B2:1-11
- magnetic
susceptibility, B4:1-22
- mineral composition,
B5:21
- Moessbauer spectra,
B2:8
- Rock-Eval data, A:60,
133, 223, 284
- scanning electron
micrograph, B5:18
- X-ray radiography,
B7:17, 20, 23, 25, 29-30, 33, 36
sediments, clayey mixed,
lithologic units, A:37-38
sediments, layered,
photograph, A:40
sediments, mixed,
lithologic units, A:84-92
sediments, red,
sedimentation, A:174, 176-178
sediments, silty mixed,
lithologic units, A:37-38
seismic lines, tracks,
A:154, 246-247, 304
seismic profiles
- Sites 1054-1055,
A:71-74
- Sites 1056-1059,
A:155-156
- Sites 1063-1064,
A:305-306, 308
- tracks, A:249-250
seismic reflection,
correlation, A:72, 143, 146, 245-247, 304-306
seismic reflectors
- mid-Pleistocene
transition, A:314, 317-318
- vs. depth, A:317
seismograms, synthetic
- profiles, A:74-75
- vs. two-way
traveltime, A:75
shear strength
- sediments, A:133-134,
235, 292
- vs. depth, A:147, 239
shear strength,
normalized, vs. depth, A:147
shear strength, peak, vs.
depth, A:297
shear strength, undrained
- sediments, A:69,
145-146, 238, 296-297
- vs. depth, A:70, 238
shear strength, vane,
sediments, A:67-68
shell fragments
- lithologic units,
A:84, 91
- photograph, A:87
siderite
- authigenesis, A:226
- lithologic units,
A:91
- sediments, B2:4-6
silica
- authigenesis, A:63,
125-126, 225-226, 228
- pore water, A:286-288
- sediments, B5:4-5, 22
- vs. depth, A:62, 137,
227-228, 286-287
silica, amorphous,
sediments, B5:4
silica, biogenic
- cyclic processes,
B5:6
- lithologic units,
A:255-258
- mixture with quartz,
B5:20
- physical properties,
B Overview:4
- scanning electron
micrograph, B5:18
- sediments, A:288
- vs. age, B5:19
- vs. depth, B5:13, 17
- X-ray diffraction
data, B5:21
silica/aluminum oxide
ratio
- sediments, B5:4-5
- vs. depth, B5:13
silicates, oxidation,
B2:4-6
siliciclastics
- lithologic units,
A:84
- photograph, A:84;
B7:18
- sedimentation, A:174,
176-178
silicoflagellates,
lithologic units, A:38, 255-258
silt
- laminations, A:174,
176-178
- lithologic units,
A:84-92, 164-165, 168, 170-174
- photograph, A:84-85,
89-90, 92, 166-167, 256; B7:14, 18, 26
- sediment drifts,
A:7-8
- sedimentary
structures, B7:4-12
silt, clayey, photograph,
B7:14
silt, sandy, photograph,
A:259
Site 997, chloride, A:321
Site 1054
- red sediments, B
Overview:5-6
- stable isotopes,
B9:11
Site 1055
- red sediments, B
Overview:5-6
- stable isotopes,
B9:12
Site 1057
- magnetic
susceptibility, B4:1-22
- sediments, B
Overview:4
Site 1059,
stadials/interstadials, B Overview:4-5
Site 1060
- Brunhes Chron,
B10:1-18
- Brunhes/Matuyama
polarity transition, A:318-319
Site 1061
- Brunhes Chron,
B10:1-18
- magnetic
susceptibility, B4:1-22
- paleomagnetism,
B11:1-20
- sediments, B
Overview:4
Site 1062
- Brunhes Chron,
B10:1-18
- iron oxidation,
B2:1-11
- mud waves, B
Overview:4-5
- paleomagnetism,
B11:1-20
Site 1063
- biostratigraphy,
B8:1-49
- Brunhes Chron,
B10:1-18
- Brunhes/Matuyama
polarity transition, A:318-319
- Dansgaard-Oeschger
cycles, B5:1-24
- organic geochemistry,
B1:1-9
- paleomagnetism,
B11:1-20
- red sediments, B
Overview:5-6
- stable isotopes,
B9:13-14
site geophysics
- Sites 1054-1055,
A:68-75
- Sites 1056-1059,
A:135, 138, 143, 146
- Sites 1060-1062,
A:245-247
- Sites 1063-1064,
A:304-306
Sites 1054-1055, A:33-76
- background and
objectives, A:35
- biostratigraphy,
A:40-44
- composite depths,
A:47-48
- coring, A:36
- inorganic
geochemistry, A:59-63
- lithostratigraphy,
A:37-40
- mass accumulation
rates, A:48-49
- operations, A:35-37
- organic geochemistry,
A:49, 51-59
- paleomagnetism,
A:44-47
- physical properties,
A:63-68
- sedimentation rates,
A:48-49
- site description,
A:33-76
- site geophysics,
A:68-75
- stratigraphic
correlation, A:47-48
Sites 1054-1062, salinity,
A:9
Sites 1054-1064, carbonate
content, B6:1-12
Sites 1056-1059, A:77-156
- background and
objectives, A:81
- biostratigraphy,
A:93-97
- coring, A:82-83
- inorganic
geochemistry, A:122-129
- lithostratigraphy,
A:83-93
- mass accumulation
rates, A:104-107, 113-116
- operations, A:81-83
- organic geochemistry,
A:116-122
- paleomagnetism,
A:97-104
- physical properties,
A:129, 132-134
- sedimentation rates,
A:104-107, 113-116
- site description,
A:77-156
- site geophysics,
A:135, 138, 143, 146
Sites 1060-1062, A:157-250
- background and
objectives, A:161
- biostratigraphy,
A:178-184
- composite depths,
A:188-201
- coring, A:162-163
- downhole
measurements, A:235-245
- inorganic
geochemistry, A:217-229
- lithostratigraphy,
A:164-178
- mass accumulation
rates rates, A:201-207
- operations, A:161-164
- organic geochemistry,
A:207-217
- paleomagnetism,
A:184-188
- physical properties,
A:229-235
- sedimentation rates,
A:201-207
- site description,
A:157-250
- site geophysics,
A:245-247
Sites 1063-1064, A:251-308
- background and
objectives, A:252
- biostratigraphy,
A:259-262
- composite depths,
A:266-268
- coring, A:253
- correlation,
A:266-268
- downhole
measurements, A:294-304
- inorganic
geochemistry, A:281-288
- lithostratigraphy,
A:254-259
- mass accumulation
rates, A:268-271
- operations, A:252-254
- organic geochemistry,
A:271-281
- paleomagnetism,
A:262-266
- physical properties,
A:288-294
- sedimentation rates,
A:268-271
- site description,
A:251-308
- site geophysics,
A:304-306
slump beds
- lithologic units,
A:84-92
- photograph, A:89
smectite. See
illite-smectite mixture
sodium oxide, sediments,
B5:22
Sohm Abyssal Plain
- paleoceanography, A:9
- pore water, A:311-313
- sedimentary
structures, B7:1-37
- site description,
A:251-308
species diversity,
diatoms, B8:6
SPECMAP logs
- correlation, A:318
- vs. depth, A:303
splice tie points
- Site 1063, A:270
- Sites 1054-1055, A:49
- Sites 1056-1059,
A:106-107
- Sites 1060-1062,
A:191-192
spliced records, summary,
A:52
sponge spicules,
lithologic units, A:38, 91, 164-165, 168, 170-174
squalene derivatives,
sediments, B1:2
stable isotopes
- upper Pleistocene,
B9:1-14
- See also
carbon isotopes; oxygen isotopes
stadials,
aluminosilicates, B Overview:4
stadials/interstadials
- aluminum
oxide/titanium oxide ratio, B Overview:4
- potassium
oxide/aluminum oxide ratio, B Overview:4
steranes
- mass chromatograms,
B1:5-6
- sediments, B1:2
stratification, inclined,
photograph, A:174
stratigraphy, correlation,
A:188-201
strontium
- authigenesis,
A:225-226, 228
- pore water, A:286-288
- vs. depth, A:227-228,
286-287
sulfate
- diagenesis, A:60-63,
123, 125
- methanogenesis,
B3:2-3
- pore water,
A:228-229, 316
- sediments, A:281,
285-286
- vs. depth, A:62, 136,
226, 285, 316; B3:11
- vs. methane,
A:222-223, 225
sulfate/methane boundary
- carbon cycling, B3:2
- diagenesis, A:123,
125, 222, 225-227
- pore water, A:311-313
- sediments, A:272-277,
285-286
sulfate reduction
- diagenesis, A:60-63,
123, 125, 218, 221, 223, 225
- pore water, A:286-288
- sediments, B
Overview:2-5
sulfur, sediments, B5:22
sulfur, total, sediments,
A:58-59, 130-131, 219-221, 282-283
surface water, ocean
circulation, A:7
T
temperature
- organic matter,
A:278, 281
- vs. salinity, B
Overview:11
temperature, equilibrium,
vs. depth, A:240
temperature, potential,
vs. salinity, A:9
temperature logs
- gas hydrates, A:245
- vs. depth, A:246, 303
thanatocenoses, diatoms,
B8:4
thermal conductivity
- sediments, A:68, 70,
133-134, 149-150, 235, 239, 293, 298
- vs. depth, A:71, 150,
240, 298
thermogenesis, fractures,
A:274
thorium logs
- clay lithology, A:242
- vs. depth, A:244,
301, 303
thorium/potassium ratio
logs, vs. depth, A:244, 301
titanium oxide
- sediments, B5:4-5, 22
- vs. aluminum oxide,
B5:14
- See also
aluminum oxide/titanium oxide ratio
transport, diatoms, B8:4
traveltime, two-way,
synthetic seismograms, A:75
triterpanes
- mass chromatograms,
B1:5-6
- sediments, B1:2
turbidites
- lithologic units,
A:172-173, 258-259
- photograph, A:175;
B7:24
- position, A:176
- sedimentary
structures, B7:1-37
- sedimentation, A:174,
176-178
- X-ray radiography,
B7:25
U
u-channel records,
magnetic excursions, B11:3-6
uranium logs
- correlation, A:240
- vs. depth, A:244, 301
V
velocity, acoustic,
sediments, A:233-235, 291
velocity logs, vs. depth,
A:243, 300
vivianite, sediments,
B2:4-6
W
water content, vs. depth,
A:66-67, 141-143, 233-234, 293-294
well-log Unit 1,
correlation, A:238, 298
well-log Unit 2,
correlation, A:238, 298-299
well-log Unit 3,
correlation, A:238, 299
well-log Unit 4,
correlation, A:240, 299
well-log units,
correlation, A:237-238, 240, 298-299
well-logging
- graphic summary,
A:242, 299
- Sites 1060-1062,
A:235-245
- Sites 1063-1064,
A:294-304
- See also
downhole measurements
X
X-ray diffraction data,
sediments, A:37, 86, 91, 169-170, 173, 257
X-ray radiography,
sedimentary structures, B Overview:3; B7:4-12, 20-37
Y
Younger Dryas, glaciation,
A:8
Z
Zoophycos,
lithologic units, A:84, 90-91, 164-165, 168, 170-174, 257-258
