n-alkanes
sediments, B:186
vs. depth, B:189
n-butane, headspace gases, A:150, 481
n-hexane, headspace gases, A:481
n-pentane, headspace gases, A:150, 171, 481
nannofossils
color reflectance, A:108109
dissolution, A:76
lithologic units, A:55, 89, 161, 180181, 183, 225227, 288291, 318320, 357359, 393, 395, 437438, 467468
sedimentation rates, A:92
vs. age, B:304
nannofossils, calcareous
abundance, B:910, 13, 17, 1920
biochronology, B:367, 369
biostratigraphic datums, A:72
biostratigraphic ranges, A:5859, 9697, 137138, 163, 188189, 229, 250251, 295, 324325, 362,399400, 441442, 470471
biostratigraphy, A:5759, 101, 139, 162163, 185, 229, 248249, 293, 322323, 361, 398, 439, 469470; B:340, 364
upper Quaternary, B:303308
Neogene
biostratigraphy, B:364376
diatoms, B:63110
magnetostratigraphy, B:311318
paleoceanography, B:342343, 368373
paleoclimatology, B:239245
rare earths, B:235238
sedimentary record, B:341376
sedimentation rates, A:479
sediments, B:363372
Neogene, upper
biogenic opal, B:213214
planktonic foraminifers, B:4162
Neogloboquadrina pachyderma, coiling, A:136, 187, 249, 294, 323, 361
neohop-13(18)-ene
sediments, B:188
vs. depth, B:191
nickel
detrital component, B:267270
sediments, B:265
nickel/titanium ratio, vs. zirconium/titanium ratio, B:269
niobium
detrital component, B:266270
sediments, B:265
niobium/titanium ratio, detrital component, B:267270
nitrogen. See also carbon/nitrogen ratio
nitrogen, total
sediments, A:75, 81, 106, 146, 151, 167, 171, 193, 206, 232234, 262263, 267; B:186187
Site 1017, A:273, 296297, 304305, 341, 369, 373374,416, 449, 456, 476, 481; B:273
vs. depth, B:187
vs. total organic carbon, A:113
See also carbon, total organic/total nitrogen ratio
nodules, lithologic units, A:395, 468
North America, teleconnections, B:371372
North America NW, paleoclimatology, B:217226
North American Plate, plate tectonics, A:8
North Pacific Current, sedimentation, B:341
North Pacific Gyre, oceanography, B:341342
North Pacific Intermediate Water
millennial cycles, B:277296
paleoclimatology, B:136
Northern California Depth Transect, carbonates, B:178179
Northern California Stack, correlation, B:175
Northern Depth Transect, sedimentation, A:11
nutrients, gas hydrates, B:354
oak
vs. age, B:223, 225226, 241243
vs. depth, B:220222, 174
oak/(oak + pine) ratio, vs. age, B:244
oak/pine ratio, vs. age, B:226
ocean circulation, California Current, A:513
oceanography, A:6
Oeschger. See Dansgaard/Oeschger cycles
Olduvai Subchron, magnetostratigraphy, A:141, 165
ooze, clayey diatom, lithologic units, A:246247, 318320
ooze, clayey nannofossil, lithologic units, A:89, 161, 468
ooze, diatom, lithologic units, A:245247, 357359, 437
ooze, diatom nannofossil, lithologic units, A:245247
ooze, Ethmodiscus, backscattered electron imagery analysis, B:207212
ooze, nannofossil
lithologic units, A:5557, 87, 89, 92, 161, 246247, 437438, 465, 467468
stable isotopes, B:129140
ooze, siliceous, lithologic units, A:5657, 87, 89, 92
ooze, silty nannofossil, lithologic units, A:89
opal
accumulation rates, A:78
color reflectance, A:109, 264
dissolution, A:104, 144, 166, 193, 261, 295, 328, 368, 406, 447, 475
dissolution and diagenesis, B:350
extraction curve, B:204
Miocene, B:368
sediments, B:331332
vs. depth, B:371
opal, biogenic
upper Neogene, B:213214
vs. age, B:214
vs. depth, B:214
opal, estimated, vs. depth, A:115, 342
opal-CT
chertification, B:350
lithologic units, A:56
orbital cycles
Neogene, B:354363, 373
paleothermometry, B:153161
sediments, B:257260
terrigenous component, B:231
See also insolation; Milankovitch cycles; suborbital cycles
Oregon, terrigenous component, B:231
organic debris, lithologic units, A:468
organic matter
characterization, A:233
diagenesis, B:344345, 347349, 358
lithologic units, A:132135
sediments, B:273276
overconsolidation, void ratio, B:334336
overprinting, magnetic poles, B:315317
oxic environment
biomarkers, B:189190
glauconite, B:292293
oxidation
diagenesis, B:265266
lithologic units, A:225227
organic matter, B:344345, 348349
See also redox
oxygen depletion, diagenesis, B:265266
oxygen index
organic matter, A:233
vs. depth, A:235
vs. hydrogen index, A:235
oxygen isotopes
event ages in deep-sea standard reference sequence, B:135
foraminifers, B:129140, 355, 358359
paleoceanography, B:141150, 162182
planktonic foraminifers, B:257260
sediments, B:169173
time series, B:360361
vs. age, B:135138, 144, 150, 223, 226, 252253, 258, 355, 358
vs. calendar age, B:293
vs. color, B:363
vs. corrected depth, B:252, 258
vs. depth, B:135, 143, 146, 363, 372373
vs. temperature, B:359
Pacific Arctic Water, paleoclimatology, B:136
Pacific Ocean N, ocean circulation, A:513
Pacific Plate, plate tectonics, A:8
paleoceanography
diatoms, B:120
grain size, B:291294
Haptophytes, B:155160
millennial cycles, B:355
Miocene, B:368
Neogene, B:342343, 368373
Pliocene, B:369370
Quaternary, B:260
sedimentation, B:163182
stable isotopes, B:129150
upwelling, B:100, 103104
paleoclimatology
alkenones, B:153160
carbonates, B:163194
chronology, B:134
color images, B:319329
connection with tectonics, B:370372
diatoms, B:103105, 111113, 119125
foraminifer stable isotopes, B:135137
millennial cycles, B:277296
Neogene, B:239245
planktonic foraminifers, B:5859
Quaternary, B:217226, 239245, 260
upper Quaternary, B:249254
vegetation, B:361362
See also climate; mid-Brunhes climatic event
paleodepths, hotspots, A:4346
paleoecology
biomarkers, B:189190
paleoclimatology, B:253
pollen, B:219222, 240244
paleomagnetism
Site 1010, A:6364, 7172
Site 1011, A:102103
Site 1012, A:139141
Site 1013, A:163165
Site 1014, A:187
Site 1016, A:256
Site 1017, A:293
Site 1018, A:325
Site 1019, A:364366
Site 1020, A:400
Site 1021, A:442
Site 1022, A:473
paleoproductivity
alkenones, A:296297; B:156160
carbonates, B:291
diatoms, B:67, 104
millennial cycles, B:356
organic matter, B:275276
paleoceanography, B:369370
teleconnections, B:371372
upper Quaternary, B:138
paleotemperature
chertification, B:350
diatoms, B:111113
paleothermometry, alkenones, B:153161
palynomorphs, paleoclimatology, B:217226, 239245
Panama Gateway, tectonics, B:370371
paracme, Reticulofenestra pseudoumbilicus, B:28
pebbles, lithologic units, A:133
pentane. See isopentane; n-pentane
petroleum-type compounds
sediments, B:188
sources and transportation, B:191192
Pholadidae, lithologic units, A:133, 290
phosphate
pore water, B:343
sediments, A:74, 104, 144, 166, 193, 232, 260, 295, 328, 368, 406, 447, 475; B:345, 348
vs. depth, A:7980, 110111, 148, 170, 204, 232, 265, 302, 339, 371, 414, 447, 456, 480; B:349
phosphorus
gas hydrates, B:354
sediments, B:195202
phosphorus oxide
sediments, B:285288
vs. depth, B:285
photoelectric factor logs
carbonate content, A:196198
vs. depth, A:210, 420
physical properties
core vs. log correlation, A:110, 197198, 265266
Site 1010, A:7677
Site 1011, A:107109
Site 1012, A:146148
Site 1013, A:168171
Site 1014, A:193196
Site 1015, A:233234
Site 1016, A:263264
Site 1017, A:297298
Site 1018, A:333334
Site 1019, A:370371
Site 1020, A:410411
Site 1021, A:450451
Site 1022, A:477
stratigraphy, B:367368
phytoplankton
alkenones, B:155156
organic matter, B:275276
Piacenzian, biohorizons, B:15
pine
vs. age, B:241242
See also cedar/pine ratio; oak/(oak + pine) ratio; oak/pine ratio
plagioclase, lithologic units, A:55
Planolites, lithologic units, A:246247, 395
plate motion, paleodepths, A:4346
plate tectonics, transition zones, A:8
Pleistocene
age vs. depth, B:2223
biochronology, B:24
biohorizons, B:612
biostratigraphy, B:340
calcium carbonate, B:176, 178
diatom datum levels, B:103
diatoms, B:63110, 119125
time series, B:360362
zonation, B:1214
See also Pliocene/Pleistocene boundary
Pleistocene, upper
biogenic component, B:203206
paleoceanography, B:141144, 358362
terrigenous component, B:227234
Pliocene
age vs. depth, B:23
biochronology, B:25
biohorizons, B:1423
biostratigraphy, B:340
diatom datum levels, B:103
diatoms, B:63110, 119125
lithologic units, A:55, 89, 245246, 318320, 395, 437438, 465, 467468
paleoceanography, B:369370
paleoclimatology, B:243
planktonic foraminifers, B:4554, 115117
See also Miocene/Pliocene boundary
Pliocene, lower
biohorizons, B:21, 23
Ethmodiscus ooze, B:207212
sedimentation, A:266
Pliocene, lower/middle boundary, biohorizons, B:21
Pliocene, middle, diatoms, B:111113
Pliocene, upper, lithologic units, A:132135, 161
Pliocene, upper (carbonate event), indicators, B:369370
Pliocene/Pleistocene boundary
deposition, A:181, 183
lithologic units, A:135
Point Conception
biomarkers, B:183194
calcareous nannofossils, B:303308
millennial cycles, B:277296
sediments, B:255261
See also Conception Transect
pollen
paleoclimatology, B:217226, 239245
sediments, B:361362
vs. age, B:219, 241242
vs. depth, B:219, 360
See also sequoia pollen
porcellanite
lithologic units, A:56, 247, 468
temperature history vs. age, B:352
See also chert; temperature history (youngest chert/porcellanite bed)
pore water
gas hydrates, B:350, 352354
geochemistry, A:7374, 7980, 104105, 110, 143145, 148, 165166, 170, 191, 193, 203204, 230, 232, 259261, 264265, 294296, 302, 328329, 339, 367368, 370, 405406, 414, 447, 456, 473, 475, 478479; B:343, 346347
porosity
vs. depth, A:82, 114, 152, 173, 207, 268, 307, 341342, 375, 417, 457, 482
See also void ratio
porosity, compressional-wave logger, vs. depth, A:114
porosity, discrete core, vs. depth, A:273
porosity, log, vs. depth, A:273
porosity logs
vs. depth, A:117118, 209, 211, 271, 343, 377378, 419, 421, 484
See also gamma raydensityporosity logs; gamma raydensityporosity logs, Pass 1; gamma raydensityporosity logs, Pass 2; gamma raydensityporosity logs, Pass 3
potassium
pore water, B:343
sediments, A:329, 368, 406, 447, 475
vs. depth, A:414
potassium logs
core vs. log correlation, A:197198
vs. depth, A:211
potassium oxide
sediments, B:284288
vs. depth, B:285
power spectra
terrigenous component, B:231
See also cross-spectral analysis
precession, diatoms, B:119120
precipitation, detrital component, B:268270
preservation
biomarkers, B:189190
carbonates, B:291
diatoms, B:100, 103104, 120
Proboscia barboi, distribution, B:101
production, correlation, B:176, 178
prokaryotes, sediments, B:188
propane
headspace gases, A:150, 303, 340, 372, 415, 481
sediments, A:105, 193, 368
propane/propene ratio, headspace gases, A:80
propane/propylene ratio, headspace gases, A:171, 205
propene
headspace gases, A:150, 205, 415, 481
See also propane/propene ratio
propylene. See propane/propylene ratio
provenance
detrital component, B:268270
indicators, B:291292
sediments, B:259, 361362
terrigenous component, B:231
proxy indicators, color images, B:319329
pseudolaminations
lithologic units, A:226227
See also laminations
pyrite
lithologic units, A:132135, 395, 437, 467468
photograph, A:135
sediments, B:282284
vs. depth, B:284, 292
pyrite, framboidal, cores, B:278280
pyritization, diagenesis, B:265266, 289, 291
quartz
lithologic units, A:132135, 161, 245247, 288291; B:282284
vs. age, B:206
vs. depth, B:284
quartz peak intensity, vs. Factor 3, B:288
Quaternary
diatoms, B:63110
lithologic units, A:87, 132135, 161, 180181, 183, 225227, 245246, 288291, 318320, 357359, 393, 395, 435437, 465, 467468
paleoceanography, B:342343
paleoclimatology, B:217226, 239245
planktonic foraminifers, B:4554
sediments, B:263271
See also Holocene; Pleistocene; Younger Dryas
Quaternary, upper
biomarkers, B:183194
calcareous nannofossils, B:303308
carbon isotopes, B:273276
millennial cycles, B:277296
paleoclimatology, B:249254
sediments, B:255261
stratigraphy, B:129140
radiolarians
biostratigraphic events, A:259, 332, 406, 447
biostratigraphic ranges, A:6669, 102104, 194197, 256258, 297, 330331, 363364, 405406, 445446, 474
biostratigraphy, A:5961, 101102, 186187, 251, 256, 293, 323, 325, 364, 398, 440, 442, 473; B:367
extraction curve, B:204
lithologic units, A:56, 289291, 437
radiologic age, paleoclimatology, B:249254
rare earths, Neogene, B:235238
redox
diagenesis, B:265266
pore water, B:343
See also oxidation
redox patches, lithologic units, A:437
reduction haloes
photograph, A:438
See also haloes
Redwood
vs. age, B:223, 225226, 241243
vs. depth, B:174, 220222
remanent magnetization, anhysteretic, sediments, B:313314
remanent magnetization, anhysteretic (1%), vs. depth, B:317
remanent magnetization, anhysteretic (1%)/natural remanent magnetization ratio, vs. depth, B:317
remanent magnetization, anhysteretic/mean ratio, vs. depth, B:315
remanent magnetization, characteristic, sediments, B:312314
remanent magnetization, drilling-induced, sediments, A:6364
remanent magnetization, natural,
sediments, A:102103, 141, 163164, 256, 293, 325, 364, 400, 442, 473; B:312314
vs. depth, B:317
remanent magnetization, natural/anhysteretic remanent magnetization ratio, vs. depth, B:313314, 316
resistivity, vs. depth, B:354
resistivity logs
vs. depth, A:117, 209, 271, 343, 377, 419, 484
See also gamma rayresistivity logs; gamma rayresistivitysonic logs; gamma rayresistivitysonic logs, Pass 2; gamma rayresistivitysonic logs, Pass 3
Reticulofenestra pseudoumbilicus, paracme, B:28
rhenium
diagenesis, B:265266
sediments, B:264
vs. depth, B:266
rubidium
detrital component, B:267270
sediments, B:265
rubidium/titanium ratio, vs. zirconium/titanium ratio, B:269
runoff, detrital component, B:268270
Sacramento River, drainage, B:372
Sagarites(?)
lithologic units, A:320
photograph, A:320
sage, vs. depth, B:220222
salinity
pore water, B:343
sediments, A:74, 104, 260, 295, 328, 368, 405, 447, 473
San Francisco Bay, middle Pleistocene, B:372
San Nicolas Basin, composite section, A:158
sand
deposition, A:226
detrital component, B:267270
lithologic units, A:245247
photograph, A:227
provenance, B:291292
sand, bioclastic, photograph, A:292
sand, feldspar quartz
lithologic units, A:225227, 318320, 358359, 393, 395
photograph, A:292
sand, glauconite, lithologic units, A:358359
sand, siliciclastic, lithologic units, A:288291
sand + silt
vs. depth, Site 1017, B:270
See also Factor 2
sandstone, lithologic units, A:92
sandstone, pyritic, lithologic units, A:133
Santa Barbara Basin
millennial cycles, B:354355
Neogene, B:342343
petroleum-type compounds, B:191192
Santa Lucia Bank, sediments, B:255261
Santa Lucia Slope
calcareous nannofossils, B:303308
composite section, A:287
Santa Monica Basin, lithostratigraphy, A:226
saturation, carbonates, B:179180
sea-level changes
glaciation cycles, B:354
Quaternary, B:260
sediment rebound
contribution to depth offset, B:338
vs. depth, B:337
sediment traps, organic carbon, B:180
sedimentary record, middle Miocene to Holocene, B:341376
sedimentation
paleoceanography, B:163182
tectonics, A:1011
sedimentation, hemipelagic, deposition, A:181, 183
sedimentation rates
age control points, A:77, 108, 145, 168, 202, 262, 337, 412, 454
biostratigraphic events, A:301
diatoms, B:7273
magnetic susceptibility, A:103
millennial cycles, B:356358
nannofossils, A:92
Neogene, A:479; B:342343
Pliocene, A:336
Quaternary, A:298, 372
rhythmic layering, A:198
Site 1010, A:7273
Site 1011, A:103105
Site 1012, A:141, 143
Site 1013, A:165
Site 1014, A:187, 190191
Site 1015, A:229230
Site 1016, A:256257, 259
Site 1017, A:293295
Site 1018, A:325, 328
Site 1019, A:366367
Site 1020, A:400, 405
Site 1021, A:442, 447
Site 1022, A:473
vs. age, A:77, 108, 146, 168, 202, 262, 337, 412, 454
sedimentation rates, linear, vs. age, B:230
sedimentology, grain size, B:256260
sediments
backscattered electron imagery analysis, B:207212
carbon isotopes, B:273276
color images, B:319329
geochemistry, B:263271
millennial cycles, B:277296
Neogene, B:363372
phosphorus, B:195202
photograph, A:135
rare earths, B:235238
textures, B:255261
seismic profiles
Site 1010, A:53, 84
Site 1011, A:90, 120
Site 1012, A:133, 155
Site 1013, A:159, 174
Site 1014, A:181, 212
Site 1015, A:225, 237
Site 1016, A:243, 274
Site 1017, A:289, 309
Site 1018, A:316, 345
Site 1019, A:357, 375, 380; B:174
Site 1020, A:393, 422
Site 1021, A:435, 459
Site 1022, A:465, 485
seismic reflectors, bottom-simulating
causes, A:372
gas hydrates, B:352354
sequoia pollen, vs. depth, B:360
Set LB, sediments, B:256257
Set TU, sediments, B:257
shrubs, pollen, B:240244
shrubs/herbs ratio, vs. age, B:242243
Sidufjal Subchron
biohorizons, B:21
magnetostratigraphy, A:442
Sierra Nevada, uplifts, B:371372
silica
diagenesis, B:350
extraction curve, B:204
pore water, B:343
sediments, A:75, 104, 144, 166, 193, 232, 261, 295, 328, 368, 406, 447, 475; B:284288
vs. depth, A:7980, 110111, 148, 170, 204, 232, 265, 302, 339, 371, 414, 447, 456, 480; B:285, 352, 360
See also sodium oxide/(silica-14.15) ratio
silica, biogenic
correlation with color, B:329
time series, B:360361
vs. age, B:206
vs. depth, B:371
silicates. See aluminosilicates; silica
siliciclastics
deposition, A:161
lithologic units, A:5557, 87, 89, 92, 132135, 245247, 438
sediments, B:255261
silicoflagellates, lithologic units, A:289
silt
color reflectance, A:342
deposition, A:226
lithologic units, A:55, 318320, 357359, 465, 467468
major elements, B:288289
volume ratio, B:296
vs. corrected depth, B:260
vs. depth, B:290
See also sand + silt
silt, clay diatom nannofossil, lithologic units, A:357359
silt, clayey
cores, B:278280
lithologic units, A:87, 225227, 288291
photograph, A:227
silt, feldspar quartz, lithologic units, A:393, 395
siltstone, lithologic units, A:92
Sisquoc Formation, comparison to Miocene, B:368
Site 893, millennial cycles, B:354355
Site 1010, A:4984
background and objectives, A:50, 52
biohorizons, B:35
biostratigraphy, A:5763
composite depth, A:7273
coring, A:54
diatoms, B:6669, 7273
inorganic geochemistry, A:7375
lithostratigraphy, A:5457
operations, A:5254
organic geochemistry, A:7576
paleomagnetism, A:6364, 7172
phosphorus geochemistry, B:197
physical properties, A:7677
sedimentation rates, A:7273
sediments, B:207212
site description, A:4984
smear slides, A:13271331
summary, A:7778
thin sections, A:1375
Site 1011, A:85127
background and objectives, A:8687
biohorizons, B:35
biostratigraphy, A:92102
color, B:363
composite depth, A:103105
coring, A:91
diatoms, B:7071, 73, 94
downhole measurements, A:109110
inorganic geochemistry, A:104105
lithostratigraphy, A:8792
operations, A:87
organic geochemistry, A:105107
paleoceanography, B:141144
paleomagnetism, A:102103
phosphorus geochemistry, B:198
physical properties, A:107109
sedimentation, B:163182
sedimentation rates, A:103105
site description, A:85127
smear slides, A:13321335
stratigraphy, B:173
summary, A:1110112
thin sections, A:13761377
Site 1012, A:129155
background and objectives, A:130
biohorizons, B:36
biostratigraphy, A:135139
carbonate records, B:297302
composite depth, A:141, 143
coring, A:134
diatoms, B:94
inorganic geochemistry, A:143145
lithostratigraphy, A:130135
operations, A:130
organic geochemistry, A:145146
paleoceanography, B:141144
paleomagnetism, A:139141
phosphorus geochemistry, B:198
physical properties, A:146148
sedimentation rates, A:141 143
site description, A:129155
smear slides, A:13361338
summary, A:149
thin sections, A:1378
Site 1013, A:157174
background and objectives, A:159
biohorizons, B:36
biostratigraphy, A:161163
carbonate records, B:297302
composite depth, A:165
coring, A:160
diatoms, B:94
inorganic geochemistry, A:165166
lithostratigraphy, A:160161
operations, A:160
organic geochemistry, A:166168
paleomagnetism, A:163165
physical properties, A:168171
sedimentation rates, A:165
site description, A:157174
smear slides, A:13391340
summary, A:171172
Site 1014, A:175221
background and objectives, A:176
biohorizons, B:36
biostratigraphy, A:183187
composite depth, A:187, 190191
coring, A:182183
diatoms, B:7273, 9495
downhole measurements, A:196198
inorganic geochemistry, A:191, 193
lithostratigraphy, A:180183
magnetostratigraphy, B:311318
operations, A:176, 180
organic geochemistry, A:193
paleoceanography, B:129140, 145150
paleomagnetism, A:187
phosphorus geochemistry, B:199
physical properties, A:193196
rare earths, B:235238
sedimentation rates, A:187, 190191
site description, A:175221
smear slides, A:13411344
summary, A:198
Site 1015, A:223237
background and objectives, A:224
biostratigraphy, A:227229
composite depth, A:229230
coring, A:226
diatoms, B:94
inorganic geochemistry, A:230 232
lithostratigraphy, A:225227
operations, A:224225
organic geochemistry, A:232233
physical properties, A:233234
sedimentation rates, A:229230
site description, A:223237
smear slides, A:13451346
summary, A:234235
Site 1016, A:239283
background and objectives, A:240, 243
biohorizons, B:37
biomarkers, B:183194
biostratigraphy, A:247256
composite depth, A:256257, 259
coring, A:244
diatoms, B:7475, 95, 111
downhole measurements, A:264266
index properties, B:331332
inorganic geochemistry, A:259261
lithostratigraphy, A:245247
operations, A:243, 245
organic geochemistry, A:261263
paleomagnetism, A:256
phosphorus geochemistry, B:200
physical properties, A:263264
sedimentation rates, A:256257, 259
site description, A:239283
smear slides, A:13471350
summary, A:266
Site 1017, A:285309
background and objectives, A:286
biohorizons, B:37
biostratigraphy, A:291293
calcareous nannofossils, B:303308
carbon isotopes, B:273276
carbonate records, B:297302
composite depth, A:293295
coring, A:290
diatoms, B:94
geochemistry, B:263271
inorganic geochemistry, A:294296
lithostratigraphy, A:288291
millennial cycles, B:277296
operations, A:286, 288
organic geochemistry, A:296297
paleoclimatology, B:249254
paleomagnetism, A:293
phosphorus geochemistry, B:201
physical properties, A:297298
sea-surface temperature, B:297302
sedimentation rates, A:293295
sediments, B:255261
site description, A:285309
smear slides, A:13511353
summary, A:298
Site 1018, A:311352
background and objectives, A:312
biohorizons, B:37
biostratigraphy, A:320325
composite depth, A:325, 328
coring, A:317318
diatoms, B:7677, 96, 119120, 122, 124125
downhole measurements, A:334336
inorganic geochemistry, A:328329
lithostratigraphy, A:316, 318320
operations, A:312, 315316
organic geochemistry, A:329, 332333
paleoceanography, B:141144
paleoclimatology, B:239245
paleomagnetism, A:325
physical properties, A:333334
sedimentation, B:163182
sedimentation rates, A:325, 328
site description, A:311352
smear slides, A:13541357
stratigraphy, B:167
summary, A:336
terrigenous component, B:227234
Site 1019, A:353387
background and objectives, A:354, 356
biohorizons, B:37
biostratigraphy, A:359364
carbonate records, B:297302
composite depth, A:366367
coring, A:358
diatoms, B:7879, 9697
downhole measurements, A:371372
gas hydrates, B:350, 352354
inorganic geochemistry, A:367368
lithostratigraphy, A:357359
operations, A:356357
organic geochemistry, A:368370
paleoclimatology, B:217226
paleomagnetism, A:364366
physical properties, A:370371
sedimentation, B:163182
sedimentation rates, A:366367
site description, A:353387
smear slides, A:13581360
stratigraphy, B:167, 173
summary, A:372
Site 1020, A:389429
background and objectives, A:390 392
biogenic component, B:203206
biohorizons, B:38
biostratigraphy, A:395399
composite depth, A:400, 405
coring, A:394
diatoms, B:8081, 97, 119120, 122123
downhole measurements, A:411414
index properties, B:333338
inorganic geochemistry, A:405406
lithostratigraphy, A:393395
magnetostratigraphy, B:311318
operations, A:392393
organic geochemistry, A:406, 408410
paleoceanography, B:145150
paleoclimatology, B:217226, 239245
paleomagnetism, A:400
paleothermometry, B:153161
physical properties, A:410411
sedimentation, B:163182
sedimentation rates, A:400, 405
site description, A:389429
smear slides, A:13611364
stratigraphy, B:166
summary, A:414
terrigenous component, B:227234
time series, B:360362
Site 1021, A:431459
background and objectives, A:432
biohorizons, B:38
biostratigraphy, A:438442
composite depth, A:442, 447
coring, A:436
diatoms, B:8287, 9798, 111, 119122
index properties, B:333338
inorganic geochemistry, A:447
lithostratigraphy, A:435438
operations, A:432, 434
organic geochemistry, A:447, 449450
paleoclimatology, B:239245
paleomagnetism, A:442
phosphorus geochemistry, B:201
physical properties, A:450451
planktonic foraminifers, B:115117
sedimentation, B:163182
sedimentation rates, A:442, 447
site description, A:431459
smear slides, A:13651368
stratigraphy, B:166167
summary, A:451452
Site 1022, A:461495
background and objectives, A:464
biohorizons, B:38
biostratigraphy, A:468473
composite depth, A:473
coring, A:466
diatoms, B:8889, 9899, 111113
downhole measurements, A:477479
inorganic geochemistry, A:473 475
lithostratigraphy, A:465, 467468
operations, A:464465
organic geochemistry, A:475477
paleoclimatology, B:239245
paleomagnetism, A:473
phosphorus geochemistry, B:202
physical properties, A:477
sedimentation rates, A:473
site description, A:461495
smear slides, A:13691371
summary, A:479
Skolithos, lithologic units, A:246247
smear slides
Site 1010, A:13271331
Site 1011, A:13321335
Site 1012, A:13361338
Site 1013, A:13391340
Site 1014, A:13411344
Site 1015, A:13451346
Site 1016, A:13471350
Site 1017, A:13511353
Site 1018, A:13541357
Site 1019, A:13581360
Site 1020, A:13611364
Site 1021, A:13651368
Site 1022, A:13691371
smectite
sediments, B:282284
vs. age, B:232
vs. depth, B:284
sodium
pore water, B:343
sediments, A:74, 104, 143144, 193, 230, 260, 295, 328, 368, 405, 447, 473
sodium oxide
sediments, B:284288
vs. depth, B:285
sodium oxide/(silica-14.15) ratio, vs. Factor 4, B:289
sonic logs. See gamma rayresistivitysonic logs; gamma rayresistivitysonic logs, Pass 2; gamma rayresistivitysonic, Pass 3
Sorolian Coccolith Stage, biohorizons, B:23
sorting, vs. age, B:230
Southern Depth Transect, sedimentation, A:11
Southern Oscillation. See El Niρo/Southern Oscillation
splice tie points
Site 1010, A:76
Site 1011, A:108
Site 1012, A:145
Site 1013, A:168
Site 1014, A:202
Site 1015, A:231
Site 1016, A:262
Site 1018, A:337
Site 1019, A:368
Site 1020, A:412
Site 1021, A:453
Site 1022, A:478
stable isotopes, B:142
sponge spicules, lithologic units, A:56, 132135
sponges, photograph, A:320
spruce
vs. age, B:242243
vs. depth, B:220222
stable isotopes
paleoceanography, B:129150
paleoclimatology, B:250
See also carbon isotopes; oxygen isotopes
Stephanopyxis species, distribution, B:101
steranes, sediments, B:188
steroids, C-ring monoaromatic, sediments, B:188
stratigraphic markers, diatoms, B:66
stratigraphy
Neogene, B:363368
physical properties, B:367368
sedimentation events, B:162182
stable isotopes, B:129140
stress, effective, vs. void ratio, B:334336
strontium
biogenic carbonates, B:266
pore water, B:343
sediments, A:75, 104, 193, 232, 261,
Site 1017, A:295, 368, 406; B:265
vs. depth, A:110111, 148, 170, 204, 265266, 302, 339, 371, 414, 447, 456, 480
subduction zones, plate tectonics, A:8
suborbital cycles, sediments, B:257260
sulfate
pore water, B:343
sediments, A:74, 104, 144, 166, 193, 232, 260, 295, 328, 368, 405, 447, 473, 475
vs. age, A:339
vs. depth, A:7980, 110111, 148, 170, 204, 265, 302, 339, 371, 414, 447, 456, 480; B:348
sulfate reduction, organic matter, B:344345, 348349
sulfur, total
sediments, A:75, 81, 151, 167, 171, 206, 234, 267, 297, 304, 341, 369370, 373, 416, 456, 481; B:273
vertical profile, B:275
vs. depth, B:274
See also carbon, total organic/total sulfur ratio
Tanner Basin
composite section, A:177179
deep water, A:180
magnetostratigraphy, B:311318
paleoceanography, B:129140, 145150
rare earths, B:235238
tectonics, connection with climate, B:370372
teleconnections, paleoclimatology with tectonics, B:370371
temperature
foraminifer stable isotopes, B:135137
vs. age, B:112
vs. depth, A:10, 83, 115, 117, 153, 174, 208209, 269, 271, 308, 342, 376, 418, 458, 483484; B:156159, 345
vs. oxygen isotopes, B:359
vs. record number, A:82, 115, 153, 173, 207, 269, 307, 342, 376, 418, 458, 483
temperature, paleo-sea-surface
sediments, A:296297, 305, 369, 374
vs. depth, A:306, 374
temperature, sea-surface
alkenones, B:297, 301302, 359360, 373
continental margin, B:137138
millennial cycles, B:356, 373
paleothermometry, B:153161
vs. depth, B:360
temperature, sea-surface (alkenone), comparison to interglacial lowland forest, B:362
temperature history (youngest chert/porcellanite bed), vs. age, B:352
Termination I, paleoclimatology, B:136, 139
Termination IA, paleoclimatology, B:253
Termination IB, paleoclimatology, B:253
terrestrial environment, vegetation, B:361362
terrigenous component
deposition, B:227234
geochemistry, B:266270
sediments, B:205206
vs. age, B:206, 230
terrigenous component, mass accumulation rates, vs. age, B:230
textures, sediments, B:255261
Thalassionema species, distribution, B:101
Thalassiothrix species, distribution, B:101
thin sections, Site 1010, A:13751378
thorium logs
core vs. log correlation, A:197198
vs. depth, A:211
Thvera Subchron
biohorizons, B:14
magnetostratigraphy, A:71, 442
time series
calcium carbonate, B:358
color, B:323324
titanium
detrital component, B:267270
sediments, B:265
vs. depth, B:268
See also barium/titanium ratio; chromium/titanium ratio; nickel/titanium ratio; niobium/titanium ratio; rubidium/titanium ratio; yttrium/titanium ratio; zirconium/ titanium ratio
titanium oxide
sediments, B:285288
vs. depth, B:285
titanomagnetite, sediments, B:314315
Tortonian, biohorizons, B:23, 2629
trace elements, sediments, B:265
trace fossils, photograph, A:93
transport, currents, B:345
triquetrorhabdulids, biohorizons, B:18, 21
turbidites
deposition, A:291
millennial cycles, B:357
photograph, A:227, 292
provenance, B:291292
unsaturation indices
alkenones, B:185186
sea-surface temperature, B:297, 301302
time series, B:360361
vs. depth, B:186
uplifts
sediment transport, A:372
Sierra Nevada, B:371372
upwelling
carbon, B:180
chronology, B:159
currents, A:67
diatoms, B:67, 103104
oceanography, B:342
paleoceanography, B:100
uranium
diagenesis, B:265266
sediments, B:264
uranium logs
core vs. log correlation, A:197198
vs. depth, A:210211
vanadium
detrital component, B:267270
sediments, B:265
vs. depth, B:268
vegetation
glacial/interglacial cycles, B:361362
paleoclimatology, B:217226, 239245
sediments, B:361362
velocity, vs. depth, A:82, 114; B:354
velocity, compressional-wave logger, vs. depth, A:81, 113
velocity logs, vs. depth, A:118
ventilation, upper Quaternary, B:138139
void ratio
vs. depth, A:82, 114, 152, 173, 207, 268, 307, 341, 375, 417, 457, 482
vs. effective stress, B:334336
See also porosity
voids, correlation with color, B:321322
volcanic ash, lithologic units, A:87, 89, 161, 181, 183, 247, 318320, 437438
volcanic ash layers, vitric, photograph, A:56
volcanic glass, lithologic units, A:55, 87, 89, 132135, 227, 288291, 318320, 437438
volcaniclastics, lithologic units, A:134135
volume ratio, vs. depth, B:290
water content, vs. depth, A:82, 114, 152, 173, 207, 268, 307, 341, 375, 417, 457, 482
well logging
carbonate content, A:196198
lithology, A:412413, 477478
shore-based processing, A:121, 213, 275, 346, 381, 423, 486
Site 1011, A:109110
Site 1014, A:196198
Site 1016, A:264266
Site 1018, A:334336
Site 1019, A:371372
Site 1020, A:411414
Site 1022, A:477479
See also core vs. log correlation
wood fragments, lithologic units, A:226227, 468
X-ray radiography, cores, B:278280
Younger Dryas
millennial cycles, B:277296, 355357
paleoclimatology, B:251254
yttrium
detrital component, B:266270
sediments, B:265
vs. depth, B:267
yttrium/titanium ratio, detrital component, B:267270
Zanclean, biohorizons, B:1415
zinc
detrital component, B:267270
sediments, B:265
zirconium
detrital component, B:266-270
sediments, B:265
vs. depth, B:267
zirconium/titanium ratio
detrital component, B:267-270
vs. nickel/titanium ratio, B:269
vs. rubidium/titanium ratio, B:269
zonation
diatoms, B:64-65, 99, 102
planktonic foraminifers, B:44-55
Pleistocene, B:12, 14
Zoophycos
lithologic units, A:246-247, 395, 437-438
photograph, A:93