VOLUME 150X SUBJECT INDEX

Absecon Inlet Formation

biostratigraphy, B:118-120, 122

clay mineralogy, B:60-63

lithostratigraphy, B:19-20

sequence stratigraphy, B:243-266

stratigraphy, B:8-10

ACGS#4 borehole

biofacies, B:207-228

Oligocene, B:81-86

paleoenvironment, B:239

ACGSalpha Unit, lithostratigraphy, A:23-24

advection, strontium, B:352-353

age vs. depth, New Jersey Coastal Plain, B:131-132, 170-171,195-197, 208-209, 233-235, 265, 308-310

Allaire borehole, comparison to Island Beach borehole, B:224

allisoleucine. See D-allisoleucine/L-isoleucene ratio

allostratigraphy, Miocene, B:134

allounits, Miocene, B:143

alteration

photograph, B:44

See also diagenesis; glauconitization; sideritization

aluminosilicates

heavy minerals, B:75-79

aluminum, diagenesis, B:28, 35

amino acids

shells, B:355-357

See also D-allisoleucine/L-isoleucene ratio

aminostratigraphy

Quaternary, B:355-357

See also geochronology; racemization

amphibole

heavy minerals, B:75-79

sediments, B:50, 54

anions, vs. depth, B:332-333

aquifers

chemistry, B:344-354

lithostratigraphy, A:22

lower Miocene, B:318-320

Arcadia Formation, deposition, B:153

Ash Marl, Eocene, B:209-210

Atlantic City 800-foot sand, pore water, B:343-354

Atlantic City borehole

biofacies, B:207-228

biostratigraphy, B:118-121, 135, 137-140

boreholes, B:9

clay mineralogy, B:49-57, 61

diagenesis, B:27-28, 30-31

diatoms, B:161-165

magnetostratigraphy, B:298-301

Miocene, A:16

Oligocene, B:81-86, 192

pore water, B:343-354

sediments, B:317-341

Atlantic City Formation

biostratigraphy, B:119, 122

clay mineralogy, B:60-63

lithostratigraphy, B:20-21, 81-87

sediments, B:50

stratigraphy, B:7-10

Atlantic Coastal Plain

clay mineralogy, B:59-64

foraminiferal biostratigraphy, B:111-127

magnetic susceptibility, B:65-74

Oligocene-Miocene correlation, B:147-159

Paleocene-Eocene, B:91-110

authigenesis, sediments, B:53-54

Big Brook, ostracodes, B:289

bioevents, foraminiferal biofacies, B:262

biofacies

benthic foraminifers, B:267-275

Eocene, B:207-228

foraminifers, B:83, 169-186, 198-199, 201

Oligocene, B:194-201

ostracodes, B:289

Biofacies A

foraminifers, B:198, 213, 232

ostracodes, B:289

Biofacies B

foraminifers, B:198, 213, 232

ostracodes, B:289

Biofacies C, foraminifers, B:198, 213, 232

Biofacies D, foraminifers, B:198, 213, 232

Biofacies E, foraminifers, B:198-199, 213, 232

Biofacies F, foraminifers, B:199, 213, 232

Biofacies G, foraminifers, B:199, 213, 232

Biofacies H, foraminifers, B:199, 201, 214, 232

biostratigraphy

Cape May Site, A:24-26

foraminifers, B:111-127

Miocene, B:129-145

nannofossils, B:91-110

Oligocene, B:82-85

ostracodes, B:287-292

biotopes. See neritic biotopes; paralic biotopes

Blue Marl, Eocene, B:209-210

Brigantine Member

clay mineralogy, B:60-61, 63

lithostratigraphy, B:21

revised definition, B:186

burrows, lithostratigraphy, B:18

chemical reactions, B:338-339

diagenesis, B:28, 35

vs. depth, B:334

vs. sulfate, B:350

See also sodium/calcium ratio; sulfate/calcium ratio

calcium carbonate

petrography, B:27-28, 33, 36

vs. depth, B:35-36, 40

Cape May borehole, A:5-28

aminostratigraphy, B:355-357

biostratigraphy, A:24-26; B:120, 122-123, 125, 130-136

boreholes, B:9-10

clay mineralogy, B:60

core description, A:10-13

diatoms, B:161-165

heavy minerals, B:75-79

lithostratigraphy, A:9-24

magnetostratigraphy, B:301-303

Oligocene, B:81-86, 191

operations, A:7-9

Pleistocene, B:355-357

site description, A:5-28

strontium-isotope stratigraphy, A:26

summary and conclusions, A:26-27

Cape May Formation

lithostratigraphy, A:13-14

sediments, B:53

stratigraphy, B:7, 9-10

carbon, vs. depth, B:335

carbon, organic, vs. age, B:312

carbon isotopes

Paleocene-Eocene, B:305-315

vs. age, B:310-313

vs. oxygen isotopes, B:313

See also stable isotopes

carbonates

provenance, B:156-158

See also iron carbonate

cation exchange capacity

pore water, B:322-323, 328-338

vs. depth, B:335

See also ion exchange

cations

vs. depth, B:331-332

See also ion exchange

cementation

petrography, B:27-28, 35, 39

photograph, B:46

Cenozoic

clay mineralogy, B:49-57

coastal plains, B:361-373

chalk, diagenesis, B:31

chert, petrography, B:27

chloride

chemical reactions, B:338-339

vs. depth, B:332, 335

vs. sodium, B:350

See also sodium/chloride ratio

chloride/strontium ratio, pore water, B:348

chlorite, sediments, B:50, 53

Chron C12r, sediments, B:297

Chron C20, sediments, B:297

Chron C22n, Eocene, B:239

Chron C22r, Eocene, B:239

Chron C23n, sediments, B:298

Chron C24n, sediments, B:298

Cibicides spp., stable isotopes, B:307

clasts. See intraclasts

clay

glauconite, lithostratigraphy, A:23

lithostratigraphy, B:16, 18, 255

pore water, B:343-354

textures, B:317-341

clay, sandy, lithostratigraphy, A:14-18

clay, silty

lithostratigraphy, A:13-24

photograph, A:20-21

Clay Mineralogical Zone 1, sediments, B:53

Clay Mineralogical Zone 2, sediments, B:50, 53

Clay Mineralogical Zone 3, sediments, B:50

Clay Mineralogical Zone 4, sediments, B:50

Clay Mineralogical Zone 5, sediments, B:50

Clay Mineralogical Zone 6, sediments, B:50

clay mineralogy

Cenozoic, B:49-57

diagenesis, B:33-34

lithostratigraphy, B:16, 18-23

Miocene, B:321-322, 326, 328

pore water, B:338-339

sediments, B:59-64

See also halloysite; illite; illite/smectite; illite/vermiculite; kaolinite; kaolinite/halloysite; pyrophyllite; smectite

Clayton borehole, Paleocene-Eocene, B:92-93

clinoptilolite

clay mineralogy, B:60

sediments, B:50

cluster analysis

biofacies, B:214

sequences, B:272-273

coastal plains

Cenozoic, B:361-373

stratigraphy, A:3-13

coesite, diagenesis, B:31

Cohansey 1 Sequence, biostratigraphy, B:139

Cohansey 2 Sequence, biostratigraphy, B:139

Cohansey 3 Sequence, biostratigraphy, B:139-140

Cohansey 4 Sequence, biostratigraphy, B:140

Cohansey 5 Sequence, biostratigraphy, B:140

Cohansey 6 Sequence, biostratigraphy, B:140

Cohansey Formation

biostratigraphy, B:120, 122, 139-140

clay mineralogy, B:61

lithostratigraphy, A:15-17

sediments, B:50, 53

concentration gradients, pore water, B:339-340

conductance. See specific conductance

confining units, aquifers, B:318-320

continental shelf, Eocene, B:214-221

correlation, Miocene, B:133

Cretaceous

facies, B:5-7

lithostratigraphy, B:16

ostracodes, B:287-292

See also Maastrichtian

Cretaceous, Upper, biostratigraphy, B:111-127

Cretaceous/Tertiary boundary, biostratigraphy, B:124

crystallization, petrography, B:27

mollusks, B:356-357

See also amino acids

Deal Member, Eocene, B:210

deep-sea environment, Paleocene-Eocene, B:305-315

demagnetization, glauconite sand, B:296-304

depocenters, Cenozoic, B:364-368

diagenesis

sea-level changes, B:25-48

sediments, B:53-55

See also alteration; glauconitization; sideritization

diatom ghosts, petrography, B:27

diatoms

biostratigraphy, A:26

Neogene, B:161-165

diffusion, strontium, B:351-352

dinoflagellates, occurrence, B:136, 138

disconformities

photograph, A:20-21

sequences, B:208-209

See also paraconformities; unconformities

dissolution, petrography, B:27, 35

dolomite

diagenesis, B:30, 36-37

photograph, B:45

"Doubthouse" sequences, stratigraphy, B:6-7

East Coast Diatom Zone 6 sequence, lithostratigraphy, A:17-18

ejecta, diagenesis, B:31, 33-35

Eocene

biostratigraphy, B:111-127

calcareous nannofossils, B:91-110

clay mineralogy, B:60-63

clays, A:17

foraminiferal biofacies, B:207-228

lithostratigraphy, A:23-24

lower/middle boundary, B:68

magnetostratigraphy, B:295-304

paleoclimatology, B:63, 229-242

sedimentation, B:305-315

sediments, B:27-36, 50

stratigraphy, B:8-10

Eocene, lower, sediments, B:27

Eocene, middle and upper, sediments, B:27-28

Eocene, upper, sequence stratigraphy, B:243-266

epidote, heavy minerals, B:75-79

eustacy

coastal plains, B:361-373

Eocene, B:239-241

Oligocene-Miocene, B:7

See also glacioeustacy; regressions; sea-level changes; transgressions

Exxon cycles, Oligocene, B:203

Farmingdale Member, Eocene, B:210

feldspar, sediments, B:50

feldspar, shocked, petrography, B:35

Florida, Oligocene-Miocene correlation, B:152-153

fluid migration, photograph, B:47

foraminiferal factors, vs. depth, B:248-257, 260-261

foraminifers

biostratigraphy, B:111-127

diagenesis, B:28, 30, 34-37

Oligocene, B:81-85

photograph, B:42, 46, 48

foraminifers, benthic

biofacies, B:169-186, 198-201

Eocene, B:207-228, 231-233

Oligocene-Miocene, B:7

paleobathymetry, B:199

Paleocene, B:267-275

Paleocene-Eocene, B:307-313

upper Eocene, B:245-247

foraminifers, planktonic

biostratigraphy, A:24-25

occurrence, A:25

Eocene, B:68

pass-through core measurements, B:65-74

vs. depth, B:69-74

vs. gamma-ray logs, B:67-68

vs. lithology, B:67-68

gamma-ray logs

natural gamma rays, B:67-68

vs. depth, B:69-74

garnet

heavy minerals, B:75-79

vs. depth, B:78

geochronology

aminostratigraphy, B:355-357

Oligocene, B:194-198

See also aminostratigraphy; racemization

geostatistical models

pore water, B:324, 333-335

vs. depth, B:333-335

gibbsite, sediments, B:50

glacioeustacy

Miocene, B:142-144, 181-183

Oligocene, B:203-205

sequences, B:3-4

See also eustacy; regressions; sea-level changes; transgressions

glauconite

illite, B:54-55

lithofacies, B:20

petrography, B:27-28, 31-37

vs. magnetic susceptibility, B:67

glauconite sand

biostratigraphy, B:124

Eocene, B:239

lithostratigraphy, A:18-23; B:16-22, 255

lower Miocene, A:17

magnetostratigraphy, B:296-304

Oligocene, B:190-205

photograph, A:20-21

See also sand

glauconitization

illite, B:54-55

See also alteration

global change

Eocene, B:229-242

Paleocene-Eocene, B:305-313

gravel, lithostratigraphy, A:13-14

Green Marl, Eocene, B:209-210

ground water, chemistry, B:344-354

photograph, B:57

sediments, B:50

See also clay mineralogy

heavy minerals

sediments, B:75-79

vs. depth, B:76

See also individual minerals

Highstand Systems Tract, photograph, A:20-21

Holocene

lithostratigraphy, A:13-14; B:22

sediments, B:53

See also Pleistocene; Quaternary

Hornerstown Formation

biostratigraphy, B:114

clay mineralogy, B:62-63

lithostratigraphy, B:16, 18

stratigraphy, B:8-9

Howell Park, diagenesis, B:28

hydrogeochemistry, aquifers, B:320

hydrogeology, lower Miocene, B:318-320

sediments, B:50, 53, 60-63

See also clay mineralogy

illite/smectite

lithostratigraphy, B:16

photograph, B:57

sediments, B:50, 53-54, 60-63

See also clay mineralogy

illite/vermiculite

sediments, B:50, 53-54

See also clay mineralogy

ilmenite, heavy minerals, B:75-79

impact ejecta, diagenesis, B:31, 33-35

impacts, sedimentation, B:368-370

indurated zones

lithostratigraphy, A:22

photograph, A:20-21

interstitial waters. See pore water

intraclasts

photograph, B:44

ion exchange

pore water, B:338-339

See also cation exchange capacity; cations

iron

diagenesis, B:28, 35

vs. depth, B:331

iron, labile

pore water, B:322-324, 329-330

vs. depth, B:330

iron carbonate

diagenesis, B:30, 36

See also carbonates

Island Beach borehole

biofacies, B:207-228

biostratigraphy, B:112-118

boreholes, B:6-9

clay mineralogy, B:61-63

comparison to Allaire borehole, B:224

diagenesis, B:27, 29

diatoms, B:161-165

lithostratigraphy, B:15-24

magnetostratigraphy, B:296-298

Oligocene, B:81-86, 193

ostracodes, B:287-292

Paleocene-Eocene, B:93

isoleucine. See D-allisoleucine/L-isoleucene ratio

isopach maps, Oligocene, B:204

lithofacies, B:19-22

photograph, B:48, 57

sediments, B:50, 53, 60-63

See also clay mineralogy

kaolinite/halloysite

sediments, B:53-54

See also clay mineralogy

Kirkwood 0 Sequence

biostratigraphy, B:122, 137

clay mineralogy, B:61

deposition, B:152, 176

Kirkwood 1 Sequence, deposition, B:149, 152, 176-178

Kirkwood 1a Sequence

biofacies, B:176-178, 278

biostratigraphy, B:122, 137

clay mineralogy, B:61-62

lithostratigraphy, A:22; B:21, 62

Kirkwood 1b Sequence

biofacies, B:178, 278

biostratigraphy, B:122, 137

lithostratigraphy, A:22; B:21-22, 62

Kirkwood 1c Sequence

biofacies, B:178

biostratigraphy, B:122, 137-138

Kirkwood 2 Sequence, deposition, B:149, 151-152

Kirkwood 2a Sequence

biofacies, B:178-179, 279

biostratigraphy, B:122, 138-139

clay mineralogy, B:60

lithostratigraphy, A:19; B:22, 62

sediments, B:50

Kirkwood 2b Sequence

biofacies, B:179, 279

biostratigraphy, B:120, 122, 139

clay mineralogy, B:60

lithostratigraphy, A:19

sediments, B:50

Kirkwood 2c Sequence

biofacies, B:179

biostratigraphy, B:122, 139

clay mineralogy, B:60

Kirkwood 3 Sequence

biofacies, B:180, 280

biostratigraphy, B:120, 122, 139

clay mineralogy, B:60

deposition, B:151-152

lithostratigraphy, B:17-18

sediments, B:50

Kirkwood Formation

biostratigraphy, B:119-120, 122, 137-139

clay mineralogy, B:60-63

lithology, B:170-171

lithostratigraphy, A:15-23; B:21-22

lower Miocene, A:15, 17

middle Miocene, A:14

mineralogy, B:317-341

photograph, A:20-21

pore water, B:343-354

revised definition, B:186

sediments, B:50

stratigraphy, B:7, 9-10

Kirkwood-Cohansey Sequence

biofacies, B:180

lithostratigraphy, A:15-17

leucoxene, heavy minerals, B:75-79

lithium

chemical reactions, B:338-339

vs. depth, B:334

lithofacies

lithostratigraphy, B:16-22

tectonic controls, B:5-7, 173

lithostratigraphy

Cape May Site, A:9-24

comparison of sequences at Island Beach and Cape May, B:13

Eocene, B:207-228

Island Beach borehole, B:15-24

vs. depth, B:69-74

ostracodes, B:287-292

See also Cretaceous

magnesium

chemical reactions, B:338-339

diagenesis, B:28

vs. depth, B:334

magnetic inclination, vs. depth, B:297, 299, 301, 303

magnetic polarity

sediments, B:296-304

vs. depth, B:297, 299, 301, 303

magnetic susceptibility

pass-through core measurements, B:65-74

vs. depth, B:66, 69-74

vs. glauconite, B:67

vs. lithology, B:67-68

magnetostratigraphy, Eocene-Miocene, B:295-304

Manasquan Formation

biostratigraphy, B:116

clay mineralogy, B:62-63

Eocene, B:209-210

lithostratigraphy, B:18-19

stratigraphy, B:8

manganese, vs. depth, B:331

Maryland, correlation, B:141-142

mass accumulation rates

chronology, B:140-141

See also sedimentation rates

maximum flooding surface, Oligocene, B:193, 239

microtektites

petrography, B:35

See also tektites

Miocene

biofacies, B:169-186

biostratigraphy, B:111-127, 129-145

clay mineralogy, B:60-63

correlation between Cape May and Atlantic City sections, A:16

lithostratigraphy, A:15-23

magnetostratigraphy, B:295-304

paleoclimatology, B:63, 277-285

pore water, B:343-354

sediments, B:50

stratigraphy, B:7, 9-10

Miocene, lower

glauconite sand equivalents to the Kirkwood Formation, A:17

Kirkwood Formation, A:15

sediments, B:317-341

Miocene, middle, Kirkwood Formation, A:14

Miocene, upper, sediments, B:75-79

mixing reactions, pore water, B:338-339

mollusks

aminostratigraphy, B:355-357

reworking, B:351

monazite, heavy minerals, B:75-79

Monmouth County, ostracodes, B:289

montmorillonite, sediments, B:60-63

biostratigraphy, A:25-26

Paleocene-Eocene, B:91-110

photographs, B:106-110

Zones NP9-NP10, B:94-97

Zones NP9-NP12, B:98-100

Navesink Formation

biostratigraphy, B:112-114

clay mineralogy, B:62-63

ostracodes, B:287-289

Neogene

biostratigraphy, A:24-25

diatoms, B:161-165

lithostratigraphy, B:21-22

neritic biotopes

benthic foraminifers, B:269-270

See also paralic biotopes

neritic environment

biofacies, B:177-180, 198-202

lithostratigraphy, B:16

See also paleoenvironment; sedimentation

New Jersey, ostracodes, B:289

New Jersey Coastal Plain

biostratigraphy, B:111-127, 129-145

coastal plains, B:361-373

diagenesis, B:25-48

diatoms, B:161-165

Eocene, B:207-242

foraminiferal biofacies, B:169-186

magnetostratigraphy, B:295-304

Oligocene, B:81-87, 187-206

Oligocene-Miocene correlation, B:147-152

ostracodes, B:287-292

Paleocene, B:267-275

Paleocene-Eocene, B:305-315

paleoclimatology, B:277-285

Pleistocene, B:355-357

sea-level changes, B:25-48

site description, A:5-28

stratigraphy, B:3-13

upper Eocene, B:243-266

New Jersey continental slope, diagenesis, B:25-48

New Jersey Sea-Level Transect, stratigraphy, B:3-4

Nocatee Member, deposition, B:153

nodules, lithostratigraphy, A:23-24

offshore studies, comparison with onshore studies, B:10-11

Oligocene

biostratigraphy, B:111-127

clay mineralogy, B:60-63

glauconite sands, A:17

lithostratigraphy, A:23; B:81-87

magnetostratigraphy, B:295-304

paleoclimatology, B:63

sediments, B:50

sequences, B:187-206

stratigraphy, B:7-10

Oligocene-Miocene, reflectors, B:7

Oligocene-Miocene correlation, strontium isotopes, B:147-159

onshore studies, comparison with offshore studies, B:10-11

opal, biogenic, vs. depth, B:35-36, 40

opal A, petrography, B:27-28, 30, 36-37

opal-CT

petrography, B:27-28, 30, 36

photograph, B:48

sediments, B:50, 53

orthoclase, diagenesis, B:31

ostracodes, Cretaceous, B:287-292

oxidation, pore water, B:338-339

oxygen isotopes

Cenozoic, B:363-364, 370

correlation, B:155-157

Eocene, B:238-241

Miocene, B:143, 283

Oligocene, B:189

Paleocene-Eocene, B:305-315

vs. age, B:310-312, 370

vs. carbon isotopes, B:313

See also stable isotopes

benthic foraminifers, B:199, 214-221, 225

distribution, B:212

Paleocene

biostratigraphy, B:111-127

calcareous nannofossils, B:91-110

sedimentation, B:305-315

sequence stratigraphy, B:267-275

stratigraphy, B:8-9

paleoclimatology

Cenozoic, B:55, 181-183

clay mineralogy, B:63, 402

Eocene, B:229-242

Miocene, B:277-285

Paleocene-Eocene, B:305-315

paleodepth, benthic foraminifers, B:214-221, 226-227, 247, 249, 311-312

paleoecology, benthic foraminifers, B:269-270

paleoenvironment

lithostratigraphy, B:15-24, 214-221

ostracodes, B:289

Paleocene, B:269-270

Paleocene-Eocene, B:305-315

systems tracts, B:175-180, 201-203, 232-238

See also neritic environment; sedimentation; shelf environment

Paleogene

biostratigraphy, B:111-127

lithostratigraphy, B:16, 18-21

palynomorphs

biostratigraphy, B:129-145

Miocene, B:277-285

paraconformities

sequences, B:208-209

See also unconformities

paralic biotopes

benthic foraminifers, B:269

See also neritic biotopes

passive margins, tectonic controls, B:4, 181-183

petrography, sediments, B:27-35

pH, vs. depth, B:335

plagioclase, diagenesis, B:31

Pleistocene

aminostratigraphy, B:355-357

lithostratigraphy, A:13-14; B:22

sediments, B:50, 53, 75-79

See also Holocene; Quaternary

Pliocene

lithostratigraphy, A:14-15

sediments, B:75-79

polytungstate. See sodium polytungstate

porcellanite, petrography, B:28

pore water

chemistry, B:331-338, 343-354

quality, B:317-341

Poricy Brook, ostracodes, B:289

potassium, diagenesis, B:28, 35

principal component analysis, pore water, B:324

provenance

siliciclastics, B:156-158

See also sedimentation

pyrite

diagenesis, B:39

lithostratigraphy, A:23-24

photograph, B:44

vs. depth, B:78

pyroboles

heavy minerals, B:75-79

vs. depth, B:78

pyrophyllite

clay mineralogy, B:61

See also clay mineralogy

pyroxene, heavy minerals, B:75-79

diagenesis, B:30, 30-35

photograph, B:44, 48

sediments, B:50, 53

quartz sand

lithostratigraphy, A:15-17, B:18

See also sand

quartz, shocked, petrography, B:35

Quaternary

aminostratigraphy, B:355-357

stratigraphy, B:7, 9-10

See also Holocene; Pleistocene

amino acids, B:355-357

See also aminostratigraphy; geochronology

recycling, glauconite, B:193

Red Bank Formation

biostratigraphy, B:112-114

ostracodes, B:287-289

Red Bank-Navesink Formations, lithostratigraphy, B:16

reduction, pore water, B:338-339

reflectors, Oligocene-Miocene, B:7

regressions

lithostratigraphy, B:16-22

Oligocene, B:190-205

See also eustacy; glacioeustacy; sea-level changes; transgressions

reworking, shells, B:351

rolling basins, Cenozoic, B:364-368

rutile, heavy minerals, B:75-79

sand

lithostratigraphy, A:13-24

Oligocene-Miocene, A:18

See also glauconite sand; quartz sand

sand, clayey, lithostratigraphy, A:18-23

sand, shelly, lithostratigraphy, A:15-17

sandstone, lithostratigraphy, A:22-23

Sandy Hook Member, ostracodes, B:287-289

sea-level changes

coastal plains, B:361-373

diagenesis, B:25-48

Eocene, B:229-242

Miocene, B:142-144, 181-183

Oligocene, B:203-205

Oligocene-Miocene correlation, B:147-159

Paleocene, B:272-274

Paleocene-Eocene, B:312-313

tectonic controls, B:3-4

See also eustacy; glacioeustacy; regressions; transgressions

sediment supply, coastal plains, B:361-373

sediment-water interaction, pore water, B:344-345

sedimentation

coastal plains, B:147-159, 361-373

correlation, B:155-158, 181-183, 204-205

environment, A:27; B:54-55, 198-202

Paleocene, B:305-315

See also neritic environment; provenance; shelf environment

sedimentation rates

Cenozoic, B:368-370

Miocene, B:172-174, 181

See also mass accumulation rates

sediments

clay mineralogy, B:49-57, 59-64

distribution, B:212, 266

Eocene, B:27-36

heavy minerals, B:75-79

mineralogy, B:317-341

Sequence E1, Eocene, B:233-234

Sequence E2, Eocene, B:235-236

Sequence E3, Eocene, B:236

Sequence E4, Eocene, B:236-237

Sequence E5, Eocene, B:237

Sequence E6, Eocene, B:237-238

Sequence E7, Eocene, B:238

Sequence E8, Eocene, B:238

Sequence E10, Eocene, B:249, 251

Sequence E11, Eocene, B:251, 253, 255

Sequence FM1, deposition, B:153

Sequence FM3, deposition, B:153

Sequence FM4, deposition, B:153

Sequence FM5, deposition, B:153

Sequence FO1, deposition, B:153

Sequence FO2, deposition, B:153

Sequence FO3, deposition, B:153

Sequence O1, Oligocene, B:195, 201

Sequence O2, Oligocene, B:195-196, 201-202

Sequence O3, Oligocene, B:196-197, 202

Sequence O4, Oligocene, B:197, 202

Sequence O5, Oligocene, B:197, 202

Sequence O6, Oligocene, B:198, 202-203

Sequence Pa1, Paleocene, B:271-272

Sequence Pa2, Paleocene, B:272

Sequence Pa3, Paleocene, B:272

sequence stratigraphy, Paleocene, B:267-275

sequences

biofacies, B:169-186

biostratigraphy, B:129-145

coastal plains, B:361-373

Eocene, B:207-242

facies, B:8

glacioeustatic changes, B:3-4

Miocene, B:142-144, 277-285

Oligocene, B:82-85, 187-206

Oligocene-Miocene, B:7

Oligocene-Miocene correlation, B:147-159

vs. depth, B:69-74, 367

Sewell Point Formation

biostratigraphy, B:118-119, 122

clay mineralogy, B:60-63

lithostratigraphy, B:20, 81-87

sediments, B:50

stratigraphy, B:8-10

Shark River Formation

biostratigraphy, B:116, 118

Eocene, B:209-210

lithostratigraphy, B:19

sediments, B:50

stratigraphy, B:8-9

shelf environment

Paleocene-Eocene, B:305-315

See also paleoenvironment; sedimentation

shell hash, lithostratigraphy, A:19

shells, strontium, B:351

Shiloh Marl Member

clay mineralogy, B:60

lithostratigraphy, B:21-22

sideritization

lithofacies, B:20

See also alteration; diagenesis

silica

chemical reactions, B:338-339

diagenesis, B:27-28, 30

photograph, B:47

vs. depth, B:331-332, 335

silicates. See aluminosilicates

siliciclastics

sedimentation, B:156-158, 368-370

tectonic controls, B:4

silicon, diagenesis, B:28, 35

silt

lithostratigraphy, B:16, 18, 255

pore water, B:343-354

textures, B:317-341

silt, glauconitic, lithofacies, B:20

siltstone, diagenesis, B:33

Site 605, Paleocene-Eocene, B:93-95

Site 902, diagenesis, boreholes, B:33-34

Site 903, diagenesis, boreholes, B:30-32

Site 904, diagenesis, boreholes, B:34-35, 38-39

Site 906, diagenesis, boreholes, B:31, 33, 37

slope biotopes, benthic foraminifers, B:270

smectite

diagenesis, B:53-54

photograph, B:57

sediments, B:50, 53

See also clay mineralogy

sodium

vs. chloride, B:350

vs. depth, B:334, 348

sodium polytungstate, heavy minerals, B:75-79

sodium/calcium ratio, pore water, B:348

sodium/chloride ratio, pore water, B:348

sodium/strontium ratio, pore water, B:348

specific conductance, vs. depth, B:335

Squankum Member, Eocene, B:210

stable isotopes

Paleocene-Eocene, B:305-315

See also carbon isotopes; oxygen isotopes; strontium isotopes

staurolite, heavy minerals, B:75-79

stratigraphy, A:3-13

strontium

chemical reactions, B:338-339

sources, B:350-351

vs. calcium, B:350

vs. chloride, B:350

vs. depth, B:332, 334, 348

See also sodium/strontium ratio

strontium isotopes

chronology, B:141, 172

Oligocene, B:82-85, 194

Oligocene-Miocene correlation, B:147-159

pore water, B:343-354

vs. depth, B:157, 349

See also stable isotopes

strontium-isotope stratigraphy, A:26

sulfate

chemical reactions, B:338-339

pore water, B:322-324, 329

vs. calcium, B:350

vs. depth, B:330, 332, 334, 348

sulfate/calcium ratio, pore water, B:348

sulfur, vs. depth, B:330

sulfur, labile, pore water, B:322-324, 328-329

"Suwannee" Limestone, deposition, B:153

systems tracts

Eocene, B:238-241

Oligocene, B:190-205

Paleocene, B:269, 273-274

paleoenvironment, B:175-180

systems tracts, highstand, Oligocene, B:193

systems tracts, lowstand, Oligocene, B:193

systems tracts, transgressive, Oligocene, B:193

tectonics

coastal plains, B:361-373

sedimentation, B:155-158, 181-183, 203-205

tektites

petrography, B:35

See also microtektites

Tertiary

facies, B:5-7

See also individual epochs

textures, clay, B:317-341

Toms River Member, Eocene, B:210

tourmaline, heavy minerals, B:75-79

transgressions

biofacies, B:177-180

lithostratigraphy, B:16-22

Oligocene, B:190-205

sequences, B:272-273

See also eustacy; glacioeustacy; regressions; sea-level changes

clay mineralogy, B:63

correlation, B:155-157, 208-209

Eocene, B:238-241

gamma rays, B:67-68

lithostratigraphy, A:19; B:16-22

Miocene, B:144, 170

Oligocene, B:190-205

Paleocene, B:272-274

photograph, B:42, 45, 47-48

sediments, B:27-35, 50, 203-205, 296-304

See also disconformities; paraconformities

unconformities, basal, Oligocene, B:195

biostratigraphy, B:114-116

clay mineralogy, B:62-63

Eocene, B:210

lithostratigraphy, B:18

stratigraphy, B:8-9

Virginia, correlation, B:141-142

clay mineralogy, B:60-61

lithostratigraphy, B:22

wood fragments, lithostratigraphy, A:13-14

Zone P18, photograph, A:20-21

Zone P19, photograph, A:20-21

zoning, nannofossils, B:92-106