Marine Geology 1991: Vol 96-101 Index

23 Pages·1991·5 MB·English

Marine Geology, 103 (1992) 545-566
Elsevier Science Publishers B.V., Amsterdam
1991 Year-End Index, Volumes 96—101
absolute age see also geochronology; isotopes Aegean Sea—geophysical surveys
absolute age—dates seismic surveys: Tectonic connection of the Hellenic and Cy-
corals: Last interglacial reef and subsidence of the Cocos prus arcs and related geotectonic elements
(Keeling) Islands, Indian Ocean (Anastasakis, G., et al.) 97(3-4): 261-277
(Woodroffe, C. D., et al.) 96(1-2): 137-143
Aegean Sea—oceanography
foraminifers: Continuous surface dwelling of manganese
sediments: Hydrothermal metallogenic processes off the is-
nodules on a hill on the Madeira abyssal plain during
lands of Nisiros and Kos in the Hellenic volcanic arc
abrupt sedimentation changes
(Varnavas, S. P., et al.) 99(1-2): 109-133
(Ebbing, J. H. J., et al.) 98(1): 73-82
marine sediments: Geochemistry and geochronology of a hy- Aegean Sea—tectonophysics
drothermal ferromanganese deposit from the North Fiji crust: Tectonic connection of the Hellenic and Cyprus arcs
Basin and related geotectonic elements
(Murphy, Edward, et al.) 98(2-4): 297-312 (Anastasakis, G., et al.) 97(3-4): 261-277
— Molluscan faunas and paleobathymetry of Holocene se-
aeromagnetic surveys see magnetic surveys under geophysical
quences in the northeastern Nile Delta, Egypt surveys under Indian Ocean
(Bernasconi, Maria Pia, et al.) 99(1-2): 29-43
— Sediment accumulation in a modern epicontinental-shelf Africa see also Egypt; Mozambique; South Africa
setting; the Yellow Sea
Alaska—oceanography
(Alexander, C. R., et al.) 98(1): 51-72
sedimentation: Clay mineralogy and chemistry as indicators
— Seismic stratigraphy of Discovery Bay, Jamaica of hemipelagic sediment dispersal south of the Aleutian
(Hine, Albert C., et al.) 98(1): 83-97 Arc
organic materials: Holocene raised shorelines on the Hatay (Hathon, Eric G., et al.) 97(1-2): 145-166
coasts (Turkey); palaeoecological and tectonic implica-
tions algal flora—biochemistry
(Pirazzoli, P. A., et al.) 96(3-4): 295-311 isotopes: Isotope paleontology; growth and composition of
peat: The Corrubedo beach-lagoon complex, Galicia, Spain; extant calcareous species
dynamics, sediments and Recent evolution of a mesotidal (Wefer, Gerold, et al.) 100(1-4): 207-248
coastal embayment algal flora—coccoliths
(Vilas, Federico E., et al.) 97(3-4): 391-404 Holocene: Coccolith sedimentation and transport in the
sediments: Late Quaternary evolution of the Burullus Lagoon North Sea
region, north-central Nile Delta, Egypt (Houghton, Simon D.) 99(1-2): 267-274
(Arbouille, Didier, et al.) 99(1-2): 45-66 — Monsoonal and fertility controls on Recent marginal sea
volcanic rocks: Lamprophyric volcanism of Cenozoic age on and continental shelf coccolith assemblages from the west-
the Sierra Leone Rise; implications for regional tectonics ern Pacific and northern Indian oceans
and the stratigraphic time scale (Houghton, Simon D., et al.) 97(3-4): 251-259
(Jones, E. J. W., et al.) 99(1-2): 19-28
acoustical methods see under geophysical methods algal flora—diatom flora
acoustical surveys see under geophysical surveys under Atlantic biochemistry: Enhancement of diatom frustule dissolution by
iron oxides
Ocean; data processing; Ionian Sea; Nova Scotia; Pacific
(Mayer, Lawrence M., et al.) 99(1-2): 263-266
Ocean; Puerto Rico
Quaternary: Peruvian coastal upwelling; late Quaternary pro-
Adriatic Sea—geochemistry
ductivity changes revealed by diatoms
trace elements: Marine geology of the Gulf of Trieste (north-
(Schrader, Hans, et al.) 97(3-4): 233-249
ern Adriatic); geochemical aspects
(Faganeli, J., et al.) 99(1-2): 93-108 algal flora—nannofossiis
Adriatic Sea—oceanography Cretaceous: Stable isotopic and carbonate cyclicity in Lower
marine geology: Marine geology of the Gulf of Trieste (north- Cretaceous deep-sea sediments; dominance of diagenetic
ern Adriatic); geochemical aspects effects
(Faganeli, J., et al.) 99(1-2): 93-108 (Thierstein, Hans R., et al.) 97(1-2): 1-34
— Marine geology of the Gulf of Trieste (northern Adriatic);
Alps see also the individual countries
sedimentological aspects
(Ogorelec, B., et al.) 99(1-2): 79-92 Andes see also the individual countries
546
Antarctic Ocean—geochemistry reply]
trace elements: Geochemical characteristics of western Ross (Thomson, John, et al.) 96(1-2): 131-136
Sea (Antarctica) sediments Arctic Ocean—stratigraphy
(Hieke Merlin, O., et al.) 99(1-2): 209-229 Cenozoic: Early Cenozoic sedimentation in the Hammerfest
Antarctic Ocean—geophysical surveys Basin
seismic surveys: The Crary Fan; a trough-mouth fan on the (Knutsen, Stig-Morten, et al.) 101(1-4): 31-48
Weddell Sea continental margin, Antarctica — Evolution of the Cenozoic sedimentary wedge during rift-
(Kuvaas, Berit, et al.) 97(3-4): 345-362 ing and seafloor spreading west of the Stappen High, west-
Antarctic Ocean—oceanography ern Barents Sea
ocean floors: The Crary Fan; a trough-mouth fan on the Wed- (Richardsen, G., et al.) 101(1-4): 11-30
dell Sea continental margin, Antarctica Arctic region see also the individual countries
(Kuvaas, Berit, et al.) 97(3-4): 345-362 Argentina—engineering geology
Antarctic Ocean—stratigraphy shorelines: Geomorphologic evolution of El Toro Channel,
Tertiary: Eocene/Oligocene paleoceanography in the An- Bahia Blanca Estuary (Argentina) prior to dredging
tarctic Ocean, Atlantic sector (Maud Rise, ODP Leg 113, (Perillo, Gerardo M. E., et al.) 97(3-4): 405-412
Site 689B and 690B) Argenti g phology
(Diester-Haass, Liselotte) 100(1-4): 249-276 changes of level: Gravel drift and wind effects on the macro-
Antarctica—oceanography tidal San Sebastian Bay, Tierra del Fuego, Argentina
continental margin: The Crary Fan; a trough-mouth fan on the (Isla, F. I., et al.) 97(1-2): 211-224
Weddell Sea continental margin, Antarctica Asia see also China; India; Korea
(Kuvaas, Berit, et al.) 97(3-4): 345-362 Atlantic Coastal Plain—geomorphology
Appalachians see also the individual states and provinces processes: Fluvial sediment delivery to a coastal plain estuary
in the Atlantic drainage of the United States
Arabian Gulf see Persian Gulf
(Phillips, Jonathan D.) 98(1): 121-134
Arabian Peninsula see also Kuwait; Saudi Arabia
Atlantic Coastal Plain—oceanography
Arabian Sea—geophysical surveys continental shelf: Origin, evolution, and distribution of shoref-
surveys: A model of basement structure from magnetic ano- ace sand ridges, Atlantic inner shelf, U.S.A.
malies of the Bombay High Oil-field west of India (McBride, Randolph A., et al.) 97(1-2): 57-85
(Gopala Rao, D.) 96(1-2): 111-122 sedimentation: Tidal resuspension of sediments in northern
Arabian Sea—stratigraphy Chesapeake Bay
Quaternary: Clay-mineral accumulation rates in the Arabian (Sanford, Lawrence P., et al.) 97(1-2): 87-103
Sea during the late Quaternary Atlantic Ocean see also Caribbean Sea; Gulf of Mexico; North
(Sirocko, Frank, et al.) 97(1-2): 105-119 Sea
Arabian Sea—tectonophysics Atlantic Ocean—environmental geology
crust: Gravity anomalies and crustal structure of the western ecology: The fauna of the HEBBLE site; patterns in standing
continental margin off Goa and Mulki, India stock and sediment-dynamic effects
(Subrahmanyam, V., et al.) 99(1-2): 247-256 (Thistle, David, et al.) 99(3-4): 413-422
Arctic Ocean—geophysical surveys Atlantic Ocean—geochemistry
seismic surveys: Cenozoic subsidence of the outer Voring Pla- isotopes: Stable isotopic and carbonate cyclicity in Lower
teau Cretaceous deep-sea sediments; dominance of diagenetic
(Uenzelmann-Neben, Gabriele) 101(1-4): 1-9 effects
— The Vesterisbanken Seamount (Greenland Basin); pat- (Thierstein, Hans R., et al.) 97(1-2): 1-34
terns of morphology and sediment distribution trace elements: Comparative mineralogy and geochemistry of
(Hempel, P., et al.) 96(1-2): 175-185 gold-bearing sulfide deposits on the mid-ocean ridges
surveys: Late Pleistocene sedimentation on the Norwegian (Hannington, Mark, et al.) 101(1-4): 217-248
continental slope between 67° and 71°N — Rare earth element indicators of Mn-Fe oxyhydroxide
(Yoon, S. H., et al.) 99(1-2): 187-207 crust formation on Krylov Seamount, eastern Atlantic
Arctic Ocean—oceanography (Varentsov, I. M., et al.) 96(1-2): 71-84
ocean floors: Cenozoic subsidence of the outer Voring Plateau Atlantic Ocean—geochronology
(Uenzelmann-Neben, Gabriele) 101(1-4): 1-9 Eocene: Lamprophyric volcanism of Cenozoic age on the
— The Vesterisbanken Seamount (Greenland Basin); pat- Sierra Leone Rise; implications for regional tectonics and
terns of morphology and sediment distribution the stratigraphic time scale
(Hempel, P., et al.) 96(1-2): 175-185 (Jones, E. J. W., et al.) 99(1-2): 19-28
sediments: Analysis of sedimentary organic matter of a gla- Atlantic Ocean—geophysical surveys
cial/interglacial change (oxygen isotope stage 6/5) in the acoustical surveys: Glacially influenced basin plain sedimenta-
Norwegian-Greenland Sea tion in the southern Faeroe-Shetland Channel, Northwest
(Botz, R., et al.) 98(1): 113-119 United Kingdom continental margin
— Composition and origin of sediments on the mid-oceanic (Stoker, M. S., et al.) 100(1-4): 185-199
Kolbeinsey Ridge, north of Iceland — Parasound echosounding; comparison of analogue and
(Lackschewitz, K. S., et al.) 101(1-4): 71-82 digital echosounder records and physical properties of
— Sedimentary facies of glacial-interglacial cycles in the sediments from the Equatorial South Atlantic
Norwegian Sea during the last 350 ka [discussion and (Rostek, Frauke, et al.) 99(1-2): 1-18
547
— Sediment concentration profiling in HEBBLE using a 1- — Rates of particle scavenging, sediment reworking, and
MHz acoustic backscatter system longitudinal ripple formation at the HEBBLE site based on
(Lynch, James F., et al.) 99(3-4): 361-385 measurements of 234Th and 210Pb
seismic surveys: Geological interpretations based on deep-tow (DeMaster, David J., et al.) 99(3-4): 423-444
single channel and multichannel seismic data from the Ber- — Sand transport in the Bristol Channel; bedload parting
muda Rise zone or mutually evasive transport pathways?
(Bowles, F. A., et al.) 96(3-4): 279-293 (Harris, P. T., et al.) 101(1-4): 209-216
— Quaternary deposits on the South Barbados accretionary — Sand transport in the Bristol Channel east of Bull Point
and Worms Head; a bed-load parting model with some
prism
indications of mutually evasive sand transport paths
(Faugeres, J. C., et al.) 96(3-4): 247-267
(Stride, A. H., et al.) 101(1-4): 203-207
surveys: Late Pleistocene sedimentation on the Norwegian
— Sedimentation and climate-induced sediments on Feni
continental slope between 67° and 71°N Ridge, Northeast Atlantic Ocean
(Yoon, S. H., et al.) 99(1-2): 187-207 (van Weering, T. C. E., et al.) 101(1-4): 49-69
Atlantic Ocean—oceanography — Suspended sediment storm modeling
diagenesis: Mn-Fe oxyhydroxide crusts from Krylov Sea- (Gross, Thomas Floyd, et al.) 99(3-4): 343-360
mount (eastern Atlantic); mineralogy, geochemistry and sediments: Surface sediment carbonate mineralogy and water
genesis column chemistry; Nicaragua Rise versus the Bahamas
(Varentsov, I. M., et al.) 96(1-2): 53-70 (Droxler, Andre, et al.) 100(1-4): 277-289
nodules: Continuous surface dwelling of manganese nodules Atlantic Ocean—stratigraphy
on a hill on the Madeira abyssal plain during abrupt sedi- Cenozoic: A record of Pliocene and Pleistocene glaciations
mentation changes and climatic changes in the North Atlantic based on varia-
(Ebbing, J. H. J., et al.) 98(1): 73-82 tions in volcanic and sedimentary facies in Iceland
ocean circulation: Small-scale spatial structure and long-term (Eiriksson, Jon, et al.) 101(1-4): 147-159
variability of near-bottom layers in the HEBBLE area — Cenozoic geology of the Northwest European continental
(Ezer, Tal, et al.) 99(3-4): 319-328 margin and adjacent deep-sea areas
— The relationship of low-frequency deep variability near (Vorren, Tore O., et al.) 101(1-4): 1-159
the HEBBLE site to Gulf Stream fluctuations Quaternary: Quaternary stratigraphy of the Draugen area,
(Welsh, Elizabeth B., et al.) 99(3-4): 303-317 Mid-Norwegian Shelf
ocean floors: A giant submarine slope failure on the northern (Haflidason, Haflidi, et al.) 101(1-4): 125-145
insular slope of Puerto Rico Atlantic Ocean Islands see also Iceland
(Schwab, W. C., et al.) 96(3-4): 237-246 Atlantic region see also the individual countries
— Geological interpretations based on deep-tow single atolls see reefs under oceanography under data processing;
channel and multichannel seismic data from the Bermuda Egypt; Indian Ocean Islands; Solomon Islands
Rise automatic data processing see data processing
(Bowles, F. A., et al.) 96(3-4): 279-293
Bahamas—oceanography
— Lamprophyric volcanism of Cenozoic age on the Sierra
sediments: Surface sediment carbonate mineralogy and water
Leone Rise; implications for regional tectonics and the
column chemistry; Nicaragua Rise versus the Bahamas
stratigraphic time scale (Droxler, Andre, et al.) 100(1-4): 277-289
(Jones, E. J. W., et al.) 99(1-2): 19-28
Baltic region see also the individual countries
sedimentation: A model-dependent method for inverting ver-
tical profiles of scattering to obtain particle size spectra in Barbados—stratigraphy
boundary layers Quaternary: Quaternary deposits on the South Barbados ac-
cretionary prism
(Lynch, James F., et al.) 99(3-4): 387-401
(Faugeres, J. C., et al.) 96(3-4): 247-267
— Characterization of deep-sea storms
(Gross, Thomas Floyd, et al.) 99(3-4): 281-301 barium—geochemistry
— Deep ocean sediment transport marine sediments: Possible diagenetic mobilization of barium
in sapropelic sediment from the eastern Mediterranean
(Nowell, A. R. M.) 99(3-4): 275-460
(van Os, Bertil J. H., et al.) 100(1-4): 125-136
— History of terrigenous sedimentation during the past 10
m.y. in the North Atlantic (ODP legs 104 and 105 and basalts see under igneous rocks
DSDP Leg 81) beaches see under shore features under geomorphology
(Wolf, Thomas C. W., et al.) 101(1-4): 83-102 biogeography see also under stratigraphy under Pacific Ocean
— In-situ measurements of particle settling velocity in the biogeography—algal flora
deep sea Holocene: Monsoonal and fertility controls on Recent mar-
(McCave, I. N., et al.) 99(3-4): 403-411 ginal sea and continental shelf coccolith assemblages from
— Modes of cross-shore sediment transport on the shoreface the western Pacific and northern Indian oceans
of the Middle Atlantic Bight (Houghton, Simon D., et al.) 97(3-4): 251-259
(Wright, L. D., et al.) 96(1-2): 19-51 biography—general
— Origin, evolution, and distribution of shoreface sand Coulbourn, William T.: William (Bill) T. Coulbourn, 1946-
ridges, Atlantic inner shelf, U.S.A. 1990
(McBride, Randolph A., et al.) 97(1-2): 57-85 (Hill, Peter J.) 98(2-4): iii-iv
548
Keen, Michael John: In memoriam; Dr. Michael J. Keen Carpathians see also the individual countries
(Klein, E. M.) 97(3-4): 423 cartography see under maps
book reviews—geophysical surveys Cayman Islands—geophysical surveys
title: Geological surveying and sampling remote sensing: Application of image analysis for delineating
(Hamilton, Edwin L.) 96(3-4): 353-354 modern carbonate facies changes through time; Grand
book reviews—oceanography Cayman, western Caribbean Sea
title: Coastal oceanography of Washington and Oregon (Tongpenyai, Boonrasri, et al.) 96(1-2): 85-101
(Noble, Marlene) 96(1-2): 191-192 Cenozoic see also under stratigraphy under Arctic Ocean; Atlan-
— The manganese nodule belt of the Pacific Ocean; geologi- tic Ocean; Gulf of Mexico
cal environment, nodule formation and mining aspects cesium—isotopes
(Calvert, S. E.) 96(3-4): 354-355 Cs-137: Marine geology of the Gulf of Trieste (northern
Adriatic); geochemical aspects
California—geochemistry
(Faganeli, J., et al.) 99(1-2): 93-108
organic materials: Observations of gas hydrates in marine
sediments, offshore Northern California changes of level see also under geomorphology under Argentina;
(Brooks, James M., et al.) 96(1-2): 103-109 Egypt; Florida; Greece; Iceland; Spain; Turkey; see also under
California—oceanography stratigraphy under Jamaica; Korea; South Africa
continental shelf: Surface and near-surface sediments from changes of level—concepts
the continental shelf off the Russian River, Northern Cali- unconformities: Onlap, offlap, and the origin of unconformi-
fornia ty-bounded depositional sequences
(Demirpolat, Suleyman) 99(1-2): 163-173 (Christie-Blick, Nicholas) 97(1-2): 35-56
Canada see also Atlantic Coastal Plain; Great Lakes; Nova chemical analysis see also X-ray analysis
Scotia; Ontario; Quebec
chemical analysis—methods
carbon—isotopes polarography: Determination of inorganic sulphur speciation
C-13/C-12: Analysis of sedimentary organic matter of a gla- with polarographic techniques; some preliminary results
cial/interglacial change (oxygen isotope stage 6/5) in the for Recent hypersaline anoxic sediments
Norwegian-Greenland Sea (Henneke, Else, et al.) 100(1-4): 115-123
(Botz, R., et al.) 98(1): 113-119
China—oceanography
— Carbon and oxygen isotope composition of foraminifera
continental shelf: Sediment accumulation in a modern epicon-
in two cores from the Bannock Basin area, eastern Medi-
tinental-shelf setting; the Yellow Sea
terranean
(Alexander, C. R., et al.) 98(1): 51-72
(Olausson, Eric) 100(1-4): 45-51
— The influences of suspended load on the sedimentation in
— Interaction between hemipelagic sediment and a hydro-
the coastal zones and continental shelves of China
thermal system; Middle Valley, northern Juan de Fuca
(Li Congxian, et al.) 96(3-4): 341-352
Ridge, subarctic Northeast Pacific
(Al-Aasm, Ihsan S., et al.) 98(1): 25-40 circulation in the ocean see ocean circulation
— Isotope paleontology; growth and composition of extant clastic rocks see under sedimentary rocks
calcareous species
clastic sediments see under sediments
(Wefer, Gerold, et al.) 100(1-4): 207-248
— Marine geology oft he Gulf of Trieste (northern Adriatic); clay mineralogy—areal studies
geochemical aspects Arabian Sea: Clay-mineral accumulation rates in the Arabian
(Faganeli, J., et al.) 99(1-2): 93-108 Sea during the late Quaternary
— Observations of gas hydrates in marine sediments, off- (Sirocko, Frank, et al.) 97(1-2): 105-119
shore Northern California Caribbean region: Quaternary deposits on the South Barbados
(Brooks, James M., et al.) 96(1-2): 103-109 accretionary prism
— Stable isotopic and carbonate cyclicity in Lower Creta- (Faugeres, J. C., et al.) 96(3-4): 247-267
ceous deep-sea sediments; dominance of diagenetic effects Kuwait: Mineralogy and provenance of the clastic deposits of
(Thierstein, Hans R., et al.) 97(1-2): 1-34 the modern intertidal environment of the northern Arabian
carbonate rocks see under sedimentary rocks Gulf
(Al-Bakri, Dhia, et al.) 97(1-2): 121-135
Caribbean region see also the individual countries
Mediterranean Sea: Origin and differentiation of clay miner-
Caribbean region—tectonophysics als in pelagic sediments and sapropels of the Bannock Ba-
plate tectonics: A giant submarine slope failure on the north- sin (eastern Mediterranean)
ern insular slope of Puerto Rico (Tomadin, Luciano, et al.) 100(1-4): 35-43
(Schwab, W. C., et al.) 96(3-4): 237-246 Pacific Ocean: Clay mineralogy and chemistry as indicators
— Quaternary deposits on the South Barbados accretionary of hemipelagic sediment dispersal south of the Aleutian
prism Arc
(Faugeres, J. C., et al.) 96(3-4): 247-267 (Hathon, Eric G., et al.) 97(1-2): 145-166
Caribbean Sea—oceanography — The vertical change in clay mineral composition and
sediments: Surface sediment carbonate mineralogy and water chemical characteristics of smectite in sediment cores from
column chemistry; Nicaragua Rise versus the Bahamas the southern part of the central Pacific Basin
(Droxler, Andre, et al.) 100(1-4): 277-289 (Aoki, Saburo, et al.) 98(1): 41-49
clay mineralogy—general data proc ing 54 aphy
sample preparation: Suggestions for authors whose manus- marine geology: A decade of growth in the South Pacific ma-
cripts include quantitative clay mineral analysis by X-ray rine geoscience data base
diffraction (Crook, Keith A. W., et al.) 98(2-4): 155-165
(McManus, Dean A.) 98(1): 1-5 reefs: Three-dimensional representation of coral reefs; gener-
clay minerals—areal studies ation of submarine terrain images on personal computers
Indian Ocean: Sedimentary history and chemical characteris- (Isdale, Peter) 96(1-2): 145-150
tics of clay minerals in cores from the distal part of the
deposition of ores see mineral deposits, genesis
Bengal Fan (ODP 116)
(Aoki, Saburo, et al.) 99(1-2): 175-185 diagenesis see also sedimentation
climate, ancient see paleoclimatology as es CMentation
cobalt—geochemistry coastal environment: Beachrock formation in low latitudes;
chemically precipitated rocks: Regional and depth variability in implications for coastal evolutionary models
the composition of cobalt-rich ferromanganese crusts from (Cooper, J. Andrew G.) 98(1): 145-154
the SOPAC area and adjacent parts of the central lithification: Hardground formation in the Bannock Basin,
Equatorial Pacific eastern Mediterranean
(Hodkinson, R. A., et al.) 98(2-4): 437-447 (Aghib, Fulvia S., et al.) 100(1-4): 103-113
nodules: Manganese nodules in the EEZ’s of island countries
diagenesis—effects
in the southwestern Equatorial Pacific
(Cronan, D. S., et al.) 98(2-4): 425-435 nodules: The formation of manganese nodules between the
Clarion and Clipperton fracture zones southeast of Hawaii
Colorado Plateau see also the individual states
(von Stackelberg, Ulrich, et al.) 98(2-4): 411-423
Columbia Plateau see also the individual states
diagenesis—environment
congresses see symposia
coastal environment: Shoreline deposits and diagenesis result-
continental margin see also under oceanography under Antarc- ing from two late Pleistocene highstand near +5 and +6
tica; Europe; Florida; France; India; Korea; Norway; Scot- metres, Durban, South Africa
land; Venezuela (Cooper, J. Andrew G., et al.) 97(3-4): 325-343
continental shelf see also marine geology; see also under ocea- as g g k ve ry
nography under Atlantic Coastal Plain; California; China;
barium: Possible diagenetic mobilization of barium in sapro-
India; Korea; Norway
pelic sediment from the eastern Mediterranean
continental slope see also marine geology; see also under ocea- (van Os, Bertil J. H., et al.) 100(1-4): 125-136
nography under Norway
isotopes: Stable isotopic and carbonate cyclicity in Lower
copper—geochemistry
Cretaceous deep-sea sediments; dominance of diagenetic
nodules: Manganese nodules in the EEZ’s of island countries
in the southwestern Equatorial Pacific effects
(Cronan, D. S., et al.) 98(2-4): 425-435 (Thierstein, Hans R., et al.) 97(1-2): 1-34
coral reefs see reefs metals: Biogenic influence on the growth of ferromanganese
micronodules in the Central Indian Basin
Cretac g' h i try
isotopes: Stable isotopic and carbonate cyclicity in Lower (Banerjee, R., et al.) 97(3-4): 413-421
Cretaceous deep-sea sediments; dominance of diagenetic mobility: Geochemistry of eastern Mediterranean sediments;
effects primary sediment composition and diagenetic alterations
(Thierstein, Hans R., et al.) 97(1-2): 1-34 (Pruysers, Peter A., et al.) 100(1-4): 137-154
crust see also under tectonophysics under Aegean Sea; Arabian diagenesis—materials
Sea; Indian Ocean
diamicton: Sedimentary facies of glacial-interglacial cycles in
crystal chemistry see also minerals the Norwegian Sea during the last 350 ka [discussion and
crystal growth see also minerals reply]
crystal structure see also minerals (Thomson, John, et al.) 96(1-2): 131-136
Cyprus—structural geology diagenesis—processes
neotectonics: Tectonic connection of the Hellenic and Cyprus authigenesis: Interaction between hemipelagic sediment and a
arcs and related geotectonic elements hydrothermal system; Middle Valley, northern Juan de
(Anastasakis, G., et al.) 97(3-4): 261-277 Fuca Ridge, subarctic Northeast Pacific
data processing—geophysical methods (Al-Aasm, Ihsan S., et al.) 98(1): 25-40
acoustical methods: Linear features on side-scan sonar images;
— Mn-Fe oxyhydroxide crusts from Krylov Seamount (east-
an algorithm for the correction of angular distortion
ern Atlantic); mineralogy, geochemistry and genesis
(Voulgaris, G., et al.) 96(1-2): 187-190
(Varentsov, I. M., et al.) 96(1-2): 53-70
data processing—geophysical surveys
acoustical surveys: Parasound echosounding; comparison of — The vertical change in clay mineral composition and
analogue and digital echosounder records and physical chemical characteristics of smectite in sediment cores from
properties of sediments from the Equatorial South Atlantic the southern part of the central Pacific Basin
(Rostek, Frauke, et al.) 99(1-2): 1-18 (Aoki, Saburo, et al.) 98(1): 41-49
550
pyritization: Determination of inorganic sulphur speciation environmental geology see also ecology
with polarographic techniques; some preliminary results Eocene see also under geochronology under Atlantic Ocean
for Recent hypersaline anoxic sediments epeirogeny see also changes of level
(Henneke, Else, et al.) 100(1-4): 115-123 erosion see under processes under geomorphology
diatom flora see under algal flora eruptive rocks see igneous rocks
Eastern Hemisphere see also Antarctic Ocean; Antarctica; Arc- Europe see also England; France; Greece; Iceland; Norway;
tic Ocean; Atlantic Ocean; Europe; Indian Ocean Scotland; Spain; Wales
Eastern U.S. see also Florida; Maryland; North Carolina; South Europe—oceanography
Carolina; Virginia continental margin: Cenozoic geology of the Northwest Euro-
pean continental margin and adjacent deep-sea areas
ecology see also under environmental geology under Atlantic
(Vorren, Tore O., et al.) 101(1-4): 1-159
Ocean
evaporites see also under chemically precipitated rocks under
ecology—algal flora
sedimentary rocks
marine environment: Monsoonal and fertility controls on Re-
experimental studies see under marine geology
cent marginal sea and continental shelf coccolith assem-
Far East see also the individual countries
blages from the western Pacific and northern Indian oceans
(Houghton, Simon D., et al.) 97(3-4): 251-259 faulting see faults
— Peruvian coastal upwelling; late Quaternary productivity faults—displacements
changes revealed by diatoms active faults: Holocene raised shorelines on the Hatay coasts
(Schrader, Hans, et al.) 97(3-4): 233-249 (Turkey); palaeoecological and tectonic implications
(Pirazzoli, P. A., et al.) 96(3-4): 295-311
ecology—interpretation
— Tectonic connection of the Hellenic and Cyprus arcs and
indicators: Isotope paleontology; growth and composition of
related geotectonic elements
extant calcareous species
(Anastasakis, G., et al.) 97(3-4): 261-277
(Wefer, Gerold, et al.) 100(1-4): 207-248
strike-slip faults: Dynamic strike-slip fault systems with re-
ecology—invertebrates spect to the Solomon Islands, and their effect on mineral
deep-sea environment: The fauna of the HEBBLE site; pat- potential
terns in standing stock and sediment-dynamic effects (Coleman, Patrick J.) 98(2-4): 167-176
(Thistle, David, et al.) 99(3-4): 413-422
faults—systems
Egypt—geochronology grabens: Late Quaternary evolution of the Gulf of Patras,
Quaternary: Late Quaternary evolution of the Burullus La- Greece; tectonism, deltaic sedimentation and sea-level
goon region, north-central Nile Delta, Egypt change
(Arbouille, Didier, et al.) 99(1-2): 45-66 (Chronis, George, et al.) 97(1-2): 191-209
Egypt—g phology Fiji—economic geology
changes of level: Late Quaternary evolution of the Burullus petroleum: Petroleum geology of Fiji
Lagoon region, north-central Nile Delta, Egypt (Johnson, Howard) 98(2-4): 313-352
(Arbouille, Didier, et al.) 99(1-2): 45-66 fish—biochemistry
Egypt—geophysical surveys isotopes: Isotope paleontology; growth and composition of
remote sensing: Shoreline changes along the Rosetta—Nile extant calcareous species
Promontory; monitoring with satellite observations (Wefer, Gerold, et al.) 100(1-4): 207-248
(Blodget, H. W., et al.) 99(1-2): 67-77 Florida—geomorphology
Egypt—oceanography changes of level: Geologic evidence of net onshore sand tran-
reefs: Unconsolidated reefal sediments in the Jubal Strait re- sport throughout the Holocene marine transgression,
gion, Red Sea, Egypt Southwest Florida
(Moussa, A. A., et al.) 97(3-4): 379-390 (Parkinson, Randall W.) 96(3-4): 269-277
Egypt—stratigraphy Florida—oceanography
Holocene: Molluscan faunas and paleobathymetry of Holo- continental margin: Evolution of a deep-water carbonate plat-
cene sequences in the northeastern Nile Delta, Egypt form; Upper Cretaceous to Pleistocene sedimentary envi-
(Bernasconi, Maria Pia, et al.) 99(1-2): 29-43 ronments on the West Florida margin
(Gardulski, Anne F., et al.) 101(1-4): 163-179
electrical surveys see under geophysical surveys under Saudi
sediments: Hurricane-induced carbonate enrichment of a
Arabia
Holocene coastal bay sequence, Sarasota Bay, Florida
electron microscopy see also chemical analysis; X-ray analysis (Knowles, Stephen C., et al.) 99(1-2): 151-161
engineering geology see also geophysical methods; shorelines; folds see also faults
slope stability; soil mechanics foraminifera see also foraminifers
England—oceanography foraminifers—biochemistry
sedimentation: Sand transport in the Bristol Channel; bedload isotopes: Carbon and oxygen isotope composition of forami-
parting zone or mutually evasive transport pathways? nifera in two cores from the Bannock Basin area, eastern
(Harris, P. T., et al.) 101(1-4): 209-216 Mediterranean
— Sand transport in the Bristol Channel east of Bull Point (Olausson, Eric) 100(1-4): 45-51
and Worms Head; a bed-load parting model with some — Glacial deep-water properties in the west-equatorial
indications of mutually evasive sand transport paths Pacific; bathyal thermocline near a depth of 2000 m
(Stride, A. H., et al.) 101(1-4): 203-207 (Herguera, J. C., et al.) 100(1-4): 201-206
— Isotope paleontology; growth and composition of extant geologic time see absolute age; geochronology
calcareous species geomorphology see also glacial geology
(Wefer, Gerold, et al.) 100(1-4): 207-248 geomorphology—data processing
— Pleistocene 6180 records from Ontong-Java Plateau; ef- digital simulation: Three-dimensional representation of coral
fects of winnowing and dissolution reefs; generation of submarine terrain images on personal
(Wu, Guoping, et al.) 95(3-4): 193-209 computers
foraminifers—biostratigraphy (Isdale, Peter) 96(1-2): 145-150
Eocene: Lamprophyric volcanism of Cenozoic age on the geomorphology—processes
Sierra Leone Rise; implications for regional tectonics and erosion: Fluvial sediment delivery to a coastal plain estuary in
the stratigraphic time scale
the Atlantic drainage of the United States
(Jones, E. J. W., et al.) 99(1-2): 19-28
(Phillips, Jonathan D.) 98(1): 121-134
Pliocene: Plio-Pleistocene foraminiferal stratigraphy and cor-
sedimentation: Acoustic measurements of suspended sand on
relation in the central North Sea
(Knudsen, K. L., et al.) 101(1-4): 113-124 the shoreface and the control of concentration by bed
Quaternary: Quaternary deposits on the South Barbados ac- roughness
cretionary prism (Vincent, Christopher E., et al.) 96(1-2): 1-18
(Faugeres, J. C., et al.) 96(3-4): 247-267 — Equilibrium slopes and cross-shore velocity asymmetries
fossils see appropriate fossil group in a storm-dominated, barred nearshore system
foundations see also soil mechanics (Greenwood, Brian, et al.) 96(3-4): 211-235
France—oceanography — Geologic evidence of net onshore sand transport through-
continental margin: The Messinian event on the margin of the out the Holocene marine transgression, Southwest Florida
Mediterranean Sea in the Nice area, southern France (Parkinson, Randall W.) 96(3-4): 269-277
(Savoye, Bruno, et al.) 97(3-4): 279-304 — Mineralogy and provenance of the clastic deposits of the
estuaries: Grain-size relationship between suspended matter modern intertidal environment of the northern Arabian
originating in the Gironde Estuary and shelf mud-patch Gulf
deposits (Al-Bakri, Dhia, et al.) 97(1-2): 121-135
(Weber, O., et al.) 96(i-2): 159-165 geomorphology—shore features
France—stratigraphy barrier beaches: Gravel-barrier migration and overstepping
Miocene: The Messinian event on the margin of the Mediter- (Forbes, D. L., et al.) 97(3-4): 305-313
ranean Sea in the Nice area, southern France beaches: Video estimation of subaerial beach profiles
(Savoye, Bruno, et al.) 97(3-4): 279-304 (Holman, R. A., et al.) 97(1-2): 225-231
genesis of ore deposits see mineral deposits, genesis coastlines: Holocene raised shorelines on the Hatay coasts
geochemistry—processes (Turkey); palaeoecological and tectonic implications
partitioning: Accumulation rates, chemical partitioning, and (Pirazzoli, P. A., et al.) 96(3-4): 295-311
Q-mode factor analysis of metalliferous sediments from the — Shoreline changes along the Rosetta—-Nile Promontory;
North Fiji Basin monitoring with satellite observations
(McMurtry, Gary M., et al.) 98(2-4): 271-295 (Blodget, H. W., et al.) 99(1-2): 67-77
reduction: Determination of inorganic sulphur speciation deltas: Molluscan faunas and paleobathymetry of Holocene
with polarographic techniques; some preliminary results sequences in the northeastern Nile Delta, Egypt
for Recent hypersaline anoxic sediments (Bernasconi, Maria Pia, et al.) 99(1-2): 29-43
(Henneke, Else, et al.) 100(1-4): 115-123 landform evolution: Beachrock formation in low latitudes; im-
solution: Enhancement of diatom frustule dissolution by iron
plications for coastal evolutionary models
oxides
(Cooper, J. Andrew G.) 98(1): 145-154
(Mayer, Lawrence M., et al.) 99(1-2): 263-266
— Deltas, spits and littoral terraces associated with rising sea
— Surface sediment carbonate mineralogy and water co-
level; late Quaternary examples from northern Iceland
lumn chemistry; Nicaragua Rise versus the Bahamas
(Droxler, Andre, et al.) 100(1-4): 277-289 (Thors, Kjartan, et al.) 98(1): 99-112
— Geomorphologic evolution of El Toro Channel, Bahia
geochronology see also absolute age
Blanca Estuary (Argentina) prior to dredging
geochronology—pal gnetism
(Perillo, Gerardo M. E., et al.) 97(3-4): 405-412
Pliocene: A record of Pliocene and Pleistocene glaciations
and climatic changes in the North Atlantic based on varia- — Gravel drift and wind effects on the macrotidal San Sebas-
tions in volcanic and sedimentary facies in Iceland tian Bay, Tierra del Fuego, Argentina
(Eiriksson, Jon, et al.) 101(1-4): 147-159 (Isla, F. I., et al.) 97(1-2): 211-224
geochronology—tephrochronology — Origin, evolution, and distribution of shoreface sand
Quaternary: Tephra layers in Bannock Basin (eastern Medi- ridges, Atlantic inner shelf, U.S.A.
terranean) (McBride, Randolph A., et al.) 97(1-2): 57-85
(Vezzoli, Luigina) 100(1-4): 21-34 — Seismic stratigraphy of Discovery Bay, Jamaica
geochronology—time scales (Hine, Albert C., et al.) 98(1): 83-97
Cenozoic: Lamprophyric volcanism of Cenozoic age on the — The Corrubedo beach-lagoon complex, Galicia, Spain;
Sierra Leone Rise; implications for regional tectonics and dynamics, sediments and Recent evolution of a mesotidal
the stratigraphic time scale coastal embayment
(Jones, E. J. W., et al.) 99(1-2): 19-28 (Vilas, Federico E., et al.) 97(3-4): 391-404
552
tidal flats: Evaporitic sediment distributions in Al-Kharrar Greece—oceanography
sabkha, West Red Sea coast of Saudi Arabia, as revealed sediments: Hydrothermal metallogenic processes off the is-
from electrical soundings lands of Nisiros and Kos in the Hellenic volcanic arc
(El Abd, Y. L., et al.) 97(1-2): 137-143 (Varnavas, S. P., et al.) 99(1-2): 109-133
geophysical methods see under data processing - Greece—stratigraphy
Quaternary: Late Quaternary evolution of the Gulf of Patras,
geophysical methods—acoustical methods Greece; tectonism, deltaic sedimentation and sea-level
instruments: Measuring suspended sediment concentrations change
using acoustic backscatter devices (Chronis, George, et al.) 97(1-2): 191-209
(Thorne, P. D., et al.) 98(1): 7-16
Greece—structural geology
— Parasound echosounding; comparison of analogue and
neotectonics: Late Quaternary evolution of the Gulf of Patras,
digital echosounder records and physical properties of
Greece; tectonism, deltaic sedimentation and sea-level
sediments from the Equatorial South Atlantic
change
(Rostek, Frauke, et al.) 99(1-2): 1-18
(Chronis, George, et al.) 97(1-2): 191-209
sonar methods: Linear features on side-scan sonar images; an
— Tectonic connection of the Hellenic and Cyprus arcs and
algorithm for the correction of angular distortion
(Voulgaris, G., et al.) 96(1-2): 187-190 related geotectonic elements
(Anastasakis, G., et al.) 97(3-4): 261-277
geophysical surveys see under Aegean Sea; Antarctic Ocean;
ground water see also hydrology
Arabian Sea; Arctic Ocean; Atlantic Ocean; book reviews;
Cayman Islands; data processing; Egypt; Gulf of Mexico; Gulf Coastal Plain see also the individual states and countries
Iceland; Indian Ocean; Ionian Sea; Jamaica; Japan Sea; Medi- Gulf Coastal Plain—engineering geology
terranean Sea; Nova Scotia; Pacific Ocean; Puerto Rico; shorelines: Geologic evidence of net onshore sand transport
Saudi Arabia; Yellow Sea; see acoustical surveys under geo- throughout the Holocene marine transgression, Southwest
physical surveys under Atlantic Ocean; data processing; Ioni- Florida
an Sea; Nova Scotia; Pacific Ocean; Puerto Rico; see electri- (Parkinson, Randall W.) 96(3-4): 269-277
cal surveys under geophysical surveys under Saudi Arabia; see Gulf Coastal Plain—oceanography
magnetic surveys under geophysical surveys under Indian sediments: Hurricane-induced carbonate enrichment of a
Ocean; see seismic surveys under geophysical surveys under Holocene coastal bay sequence, Sarasota Bay, Florida
Aegean Sea; Antarctic Ocean; Arctic Ocean; Atlantic Ocean; (Knowles, Stephen C., et al.) 99(1-2): 151-161
Gulf of Mexico; Iceland; Jamaica; Japan Sea; Mediterranean Gulf of Mexico—geophysical surveys
Sea; Pacific Ocean; Yellow Sea; see surveys under geophysical seismic surveys: Morphological development of the Florida
surveys under Arabian Sea; Arctic Ocean; Atlantic Ocean; see Escarpment; observations on the generation of time trans-
also geophysical methods gressive unconformities in carbonate terrains
glacial geology see also geomorphology (Paull, Charles K., et al.) 101(1-4): 181-201
glacial geology—glaciation Gulf of Mexico—oceanography
deposition: A record of Pliocene and Pleistocene glaciations ocean floors: Morphological development of the Florida Es-
and climatic changes in the North Atlantic based on varia- carpment; observations on the generation of time trans-
tions in volcanic and sedimentary facies in Iceland gressive unconformities in carbonate terrains
(Eiriksson, Jon, et al.) 101(1-4): 147-159 (Paull, Charles K., et ai.) 101(1-4): 181-201
glacial erosion: The origin of major incisions within the Pleis- sedimentation: Geologic evidence of net onshore sand tran-
tocene deposits of the North Sea [with discussions and sport throughout the Holocene marine transgression,
reply] Southwest Florida
(Hamblin, R. J. O., et al.) 96(1-2): 123-129 (Parkinson, Randall W.) 96(3-4): 269-277
Gulf of Mexico—stratigraphy
glaciation see under glacial geology
Cenozoic: Evolution of a deep-water carbonate platform; Up-
grabens see under systems under faults per Cretaceous to Pleistocene sedimentary environments
Great Basin see also the individual states on the West Florida margin
(Gardulski, Anne F., et al.) 101(1-4): 163-179
Great Britain see also England; Scotland; Wales
Hawaii—geochemistry
Great Lakes g P hology sea water: Chemical alteration of seawater by lava from Ki-
processes: Equilibrium slopes and cross-shore velocity lauea Volcano, Hawaii
asymmetries in a storm-dominated, barred nearshore sys- (Sedwick, P. N., et al.) 96(1-2): 151-158
tem
Himalayas see also the individual countries
(Greenwood, Brian, et al.) 96(3-4): 211-235
Holocene see also under geochronology under Spain; see also
Great Lakes region see also the individual states and provinces under stratigraphy under Egypt; Mediterranean Sea
Great Plains see also the individual states and provinces hydrocarbons see under organic materials
Greece—g phology hydrogeology see also hydrology
changes of level: Late Quaternary evolution of the Gulf of hydrology—rivers and streams
Patras, Greece; tectonism, deltaic sedimentation and sea- sedimentation: Fluvial sediment delivery to a coastal plain
level change estuary in the Atlantic drainage of the United States
(Chronis, George, et al.) 97(1-2): 191-209 (Phillips, Jonathan D.) 98(1): 121-134
553
hydrothermal processes see under processes under mineral — Characteristics of manganese nodules from the central
deposits, genesis Indian Basin; relationship with the sedimentary environ-
Iberian Peninsula see also Spain ment
(Martin-Barajas, A., et al.) 101(1-4): 249-265
ice ages see glacial geology
sedimentation: Abyssal sediment erosion in the central Indian
Ic 1 a hal Basin; evidence from radiochemical and radiolarian studies
changes of level: Deltas, spits and littoral terraces associated (Banakar, V. K., et al.) 96(1-2): 167-173
with rising sea level; late Quaternary examples from north- — Sedimentary history and chemical characteristics of clay
ern Iceland minerals in cores from the distal part of the Bengal Fan
(Thors, Kjartan, et al.) 98(1): 99-112 (ODP 116)
Iceland—geophysical surveys (Aoki, Saburo, et al.) 99(1-2): 175-185
seismic surveys: Deltas, spits and littoral terraces associated Indian Ocean—tectonophysics
with rising sea level; late Quaternary examples from north- crust: Magnetic crust in the Bay of Bengal
ern Iceland (Mishra, D. C.) 99(1-2): 257-261
(Thors, Kjartan, et al.) 98(1): 99-112 plate tectonics: Last interglacial reef and subsidence of the
Iceland—stratigraphy Cocos (Keeling) Islands, Indian Ocean
Pleistocene: A record of Pliocene and Pleistocene glaciations (Woodroffe, C. D., et al.) 96(1-2): 137-143
and climatic changes in the North Atlantic based on varia- Indian Ocean Islands—oceanography
tions in volcanic and sedimentary facies in Iceland reefs: Last interglacial reef and subsidence of the Cocos
(Eiriksson, Jon, et al.) 101(1-4): 147-159 (Keeling) Islands, Indian Ocean
Pliocene: A record of Pliocene and Pleistocene glaciations (Woodroffe, C. D., et al.) 96(1-2): 137-143
and climatic changes in the North Atlantic based on varia- instruments see under acoustical methods under geophysical
tions in volcanic and sedimentary facies in Iceland methods
(Eiriksson, Jon, et al.) 101(1-4): 147-159 intrusions see also igneous rocks
igneous rocks see also lava; magmas invertebrates see also foraminifers; mollusks; radiolarians
igneous rocks—basalts invertebrates—biochemistry
geochemistry: Petrology and geochemistry of the central isotopes: Isotope paleontology; growth and composition of
North Fiji Basin spreading centre (Southwest Pacific) be- extant calcareous species
tween 16°S and 22°S (Wefer, Gerold, et al.) 100(1-4): 207-248
(Eissen, Jean-Philippe, et al.) 98(2-4): 201-239 invertebrates—ecology
— Tectonics and magma genesis in the northern North Fiji deep-sea environment: The fauna of the HEBBLE site; pat-
Basin terns in standing stock and sediment-dynamic effects
(Price, R. C., et al.) 98(2-4): 241-258 (Thistle, David, et al.) 99(3-4): 413-422
igneous rocks—volcanic rocks Ionian Sea—geophysical surveys
alkalic composition: Lamprophyric volcanism of Cenozoic age acoustical surveys: Late Quaternary evolution of the Gulf of
on the Sierra Leone Rise; implications for regional tecton- Patras, Greece; tectonism, deltaic sedimentation and sea-
ics and the stratigraphic time scale level change
(Jones, E. J. W., et al.) 99(1-2): 19-28 (Chronis, George, et al.) 97(1-2): 191-209
India—economic geology isostasy see also changes of level
oil and gas fields: A model of basement structure from mag- isotope dating see absolute age
netic anomalies of the Bombay High Oil-field west of India isotopes see also absolute age; geochronology
(Gopala Rao, D.) 96(1-2): 111-122 isotopes—analysis
India—oceanography stable isotopes: Isotope paleontology; growth and composition
continental margin: Gravity anomalies and crustal structure of extant calcareous species
of the western continental margin off Goa and Mulki, India (Wefer, Gerold, et al.) 100(1-4): 207-248
(Subrahmanyan, V., et al.) 99(1-2): 247-256 isotopes—carbon
continental shelf: A model of basement structure from mag- C-13/C-12: Analysis of sedimentary organic matter of a gla-
netic anomalies of the Bombay High Oil-field west of India cial/interglacial change (oxygen isotope stage 6/5) in the
(Gopala Rao, D.) 96(1-2): 111-122 Norwegian-Greenland Sea
(Botz, R., et al.) 98(1): 113-119
Indian Ocean see also Arabian Sea; Persian Gulf; Red Sea
— Observations of gas hydrates in marine sediments, off-
Indian Ocean—geochronology shore Northern California
Pleistocene: Last interglacial reef and subsidence of the Cocos (Brooks, James M., et al.) 96(1-2): 103-109
(Keeling) Islands, Indian Ocean isotopes—oxygen
(Woodroffe, C. D., et al.) 96(1-2): 137-143 O-18/0-16: Pleistocene 6180 records from Ontong-Java Pla-
Indian Ocean—geophysical surveys teau; effects of winnowing and dissolution
magnetic surveys: Magnetic crust in the Bay of Bengal (Wu, Guoping, et al.) 96(3-4): 193-209
(Mishra, D. C.) 99(1-2): 257-261 isotopes—sediments
Indian Ocean—oceanography marine sediments: Abyssal sediment erosion in the central
nodules: Biogenic influence on the growth of ferromanganese Indian Basin; evidence from radiochemical and radiolarian
micronodules in the Central Indian Basin studies
(Banerjee, R., et al.) 97(3-4): 413-421 (Banakar, V. K., et al.) 96(1-2): 167-173
554
— Eastern Mediterranean palaeoclimates from 26 to 5 ka lava—alteration
B.P. documented by pollen and isotopic analysis of a core effects: Chemical alteration of seawater by lava from Kilauea
in the anoxic Bannock Basin Volcano, Hawaii
(Cheddadi, Rachid, et al.) 100(1-4): 53-66 (Sedwick, P. N., et al.) 96(1-2): 151-158
— Glacial deep-water properties in the west-equatorial lava—geochemistry
Pacific; bathyal thermocline near a depth of 2000 m trace elements: Petrology and geochemistry of the central
(Herguera, J. C., et al.) 100(1-4): 201-206 North Fiji Basin spreading centre (Southwest Pacific) be-
— Interaction between hemipelagic sediment and a hydro- tween 16°S and 22°S
thermal system; Middle Valley, northern Juan de Fuca (Eissen, Jean-Philippe, et al.) 98(2-4): 201-239
Ridge, subarctic Northeast Pacific — Tectonics and magma genesis in the northern North Fiji
(Al-Aasm, Ihsan S., et al.) 98(1): 25-40 Basin
— Marine geology of the Gulf of Trieste (northern Adriatic); (Price, R. C., et al.) 98(2-4): 241-258
geochemical aspects lead—isotopes
(Faganeli, J., et al.) 99(1-2): 93-108 Pb-210: Rates of particle scavenging, sediment reworking,
— Rates of particle scavenging, sediment reworking, and and longitudinal ripple formation at the HEBBLE site
longitudinal ripple formation at the HEBBLE site based on based on measurements of 234Th and 2!0Pb
measurements of 234Th and 210Pb (DeMaster, David J., et al.) 99(3-4): 423-444
(DeMaster, David J., et al.) 99(3-4): 423-444
magmas see also igneous rocks; lava
— Stable isotopic and carbonate cyclicity in Lower Creta-
ceous deep-sea sediments; dominance of diagenetic effects magmas—genesis
(Thierstein, Hans R.., et al.) 97(1-2): 1-34 back-arc basins: Tectonics and magma genesis in the northern
North Fiji Basin
Jamaica—geophysical surveys (Price, R. C., et al.) 98(2-4): 241-258
seismic surveys: Seismic stratigraphy of Discovery Bay,
magnetic surveys see under geophysical surveys under Indian
Jamaica
Ocean
(Hine, Albert C., et al.) 98(1): 83-97
magnetism of rocks and minerals see paleomagnetism
Jamaica—stratigraphy mapping see maps
changes of level: Seismic stratigraphy of Discovery Bay,
maps—cartography
Jamaica
lithologic maps: Application of image analysis for delineating
(Hine, Albert C., et al.) 98(1): 83-97
modern carbonate facies changes through time; Grand
Japan Sea—geophysical surveys Cayman, western Caribbean Sea
seismic surveys: Sediment failure on the Korea Plateau slope, (Tongpenyai, Boonrasri, et al.) 96(1-2): 85-101
East Sea (Sea of Japan) marine geology see also oceanography; see also under oceanogra-
(Lee, H. J., et al.) 97(3-4): 363-377 phy under Adriatic Sea; data processing; Pacific Ocean
Japan Sea—oceanography marine geology—experimental studies
ocean floors: Sediment failure on the Korea Plateau slope, currents: Can a continuous current of water generate turbi-
East Sea (Sea of Japan) dites? Results of analog experiments
(Lee, H. J., et al.) 97(3-4): 363-377 (Duringer, Philipp, et al.) 99(1-2): 231-246
sedimentation: In-situ measurements of particle settling
Japan Sea—tectonophysics
velocity in the deep sea
plate tectonics: Evolution of the Philippine and Japan seas (McCave, I. N., et al.) 99(3-4): 403-411
from the clastic sediment record
(Nechaev, Victor P.) 97(1-2): 167-190 marine geology—methods
acoustical methods: Measuring suspended sediment concen-
Korea—oceanography trations using acoustic backscatter devices
continental margin: Sediment failure on the Korea Plateau (Thorne, P. D., et al.) 98(1): 7-16
slope, East Sea (Sea of Japan) marine geology—theoretical studies
(Lee, H. J., et al.) 97(3-4): 363-377 sedimentation: Suspended sediment storm modeling
continental shelf: Sediment accumulation in a modern epicon- (Gross, Thomas Floyd, et al.) 99(3-4): 343-360
tinental-shelf setting; the Yellow Sea
marine sediments see under sediments
(Alexander, C. R., et al.) 98(1): 51-72
Maryland—oceanography
Korea—stratigraphy estuaries: Tidal resuspension of sediments in northern Chesa-
changes of level: Shallow seismic stratigraphy and distribution peake Bay
pattern of late Quaternary sediments in a macrotidal bay; (Sanford, Lawrence P., et al.) 97(1-2): 87-103
Gunhung Bay, west coast of Korea
mass movements see under slope stability
(Park, S. C., et al.) 98(1): 135-144
Mediterranean region see also the individual countries
Kuwait—geomorphology Mediterranean region—structural geology
processes: Mineralogy and provenance of the clastic deposits neotectonics: Tectonic connection of the Hellenic and Cyprus
of the modern intertidal environment of the northern arcs and related geotectonic elements
Arabian Gulf (Anastasakis, G., et al.) 97(3-4): 261-277
(Al-Bakri, Dhia, et al.) 97(1-2): 121-135
Mediterranean Sea see also Adriatic Sea; Aegean Sea; Ionian
lava see also igneous rocks; magmas Sea; Tyrrhenian Sea