Marine Geology 1991 - 1992: Vol 102-107 Index

22 Pages·8.7 MB·English

Marine Geology, 107 (1992) 299-319 299
Elsevier Science Publishers B.V., Amsterdam
1992 Year-End Index, Volumes 102—107
absolute age see also geochronology; isotopes Alabama—oceanography
absolute age—applications sedimentation: Multiple sediment sources and a cellular, non-
sedimentation rates: Developing sediment geochronologies integrated, longshore drift system; Northwest Florida and
for high-latitude continental shelf deposits; a radiochemi- Southeast Alabama coast, USA
(Stone, Gregory W., et al.) 105(1-4): 141-154
cal approach
algal flora—biostratigraphy
(Harden, S. L., et al.) 103(1-3): 69-97
Quaternary: Middle to late Quaternary sediment flux and
absolute age—dates
post-depositional processes between the continental slope
aragonite: Highstand versus lowstand deposition on carbon-
off Gabon and the mid-Guinean margin
ate platform margins; insight from Quaternary foreslopes
(Bonifay, Denis, et al.) 106(1-2): 107-129
in the Bahamas algal flora—diatom flora
(Grammer, G. Michael, et al.) 103(1-3): 125-136 Holocene: Extreme climatic conditions recorded in Santa
foraminifers: The East Greenland continental margin (65°N) Barbara Basin laminated sediments; the 1835-1840 Maco-
since the last deglaciation; changes in seafloor properties ma event
and ocean circulation (Schimmelmann, A., et al.) 106(3-4): 279-299
(Mienert, Jurgen, et al.) 106(3-4): 217-238 Quaternary: Coastal upwelling and atmospheric CO, changes
marine sediments: Mineralogical, K-Ar and 87Sr/86Sr isotope over the last 400,000 years; Peru
(Schrader, Hans) 107(4): 239-248
studies of Holocene and Late Glacial sediments in a deep-
— Late Quaternary changes in Antarctic bottom water
sea core from the Northeast Atlantic Ocean
velocity inferred from sediment grain size in the northern
(Huon, Sylvain, et al.) 107(4): 275-282
Weddell Sea
sediments: Paraglacial barrier-lagoon development in the late (Pudsey, Carol J.) 107(1-2): 9-33
Pleistocene Baltic ice lake, southwestern Baltic algal flora—nannofossils
(Jensen, Jorn Bo, et al.) 107(1-2): 81-101 Neogene: Paleontological evidence for early exposure of deep
shells: The development of a chenier sequence on the Vic- oceanic crust on the Vema fracture zone southern wall
toria Delta, Joseph Bonaparte Gulf, northern Australia (Atlantic Ocean, 10°45’N)
(Lees, Brian G.) 103(1-3): 215-224 (Aubry, Marie-Pierre, et al.) 107(1-2): 1-7
— The late Weichselian glacial maximum on western Spits- algal flora—paleoecology
Quaternary: Late Quaternary carbonate sedimentation on the
bergen inferred from offshore sediment cores
lower Guajira Shelf, Colombia
(Svendsen, John Inge, et al.) 104(1-4): 1-17
(Pujos, M., et al.) 104(1-4): 153-164
acoustical surveys see under geophysical surveys under Antarc-
Alps see also the individual countries
tic Ocean; Arctic Ocean; Argentina; Atlantic Ocean; Medi-
Andes see also the individual countries
terranean Sea; Pacific Ocean; Spitsbergen
Antarctic Ocean—geophysical surveys
Adriatic Sea—oceanography acoustical surveys: Reflector “Pc’’ a prominent feature in the
sedimentation: Sedimentation of riverborne material in a shal- Maud Rise sediment sequence (eastern Weddell Sea); oc-
low shelf sea; Adige River, Adriatic Sea currence, regional distribution and implications to silica
(Boldrin, A., et al.) 103(1-3): 473-485 diagenesis
Aegean Sea—oceanography (Bohrmann, Gerhard, et al.) 106(1-2): 69-87
ocean floors: Recent gravitative mass movements in a highly seismic surveys: Cenozoic prograding sequences of the An-
tarctic continental margin; a record of glacio-eustatic and
tectonically active arc system; the Hellenic Arc
tectonic events
(Ferentinos, George) 104(1-4): 93-107
(Cooper, Alan K., et al.) 102(1-4): 175-213
aeromagnetic surveys see magnetic surveys under geophysical
Antarctic Ocean—oceanography
surveys under Spitsbergen
ocean circulation: Late Quaternary changes in Antarctic bot-
Africa see also Egypt; Gabon; Guinea; Namibia
tom water velocity inferred from sediment grain size in the
Africa—oceanography
northern Weddell Sea
continental margin: Hypsometry of divergent and translation- (Pudsey, Carol J.) 107(1-2): 9-33
al continental margins of Southern Africa sediments: Developing sediment geochronologies for high-
(Emery, K. O., et al.) 106(1-2): 89-105 latitude continental shelf deposits; a radiochemical ap-
300 1992 YEAR-END INDEX, VOLUMES 102-107
proach ocean floors: Deformation at plate boundaries around the
(Harden, S. L., et al.) 103(1-3): 69-97 Gulf of Oman
— Paleocene and Eocene kaolinite distribution in the South (Minshull, T. A., et al.) 104(1-4): 265-277
Atlantic and Southern Ocean; Antarctic climatic and — Possible microbial origin of phosphorites on Error Sea-
paleoceanographic implications mount, northwestern Arabian Sea
(Robert, Christian, et al.) 103(1-3): 99-110 (Purnachandra Rao, V., et al.) 106(1-2): 149-164
— Significance of clay mineral assemblages in the Antarctic sedimentation: A note on the factors controlling the sedimen-
Ocean tation rate along the western continental shelf of India
(Ehrmann, Werner U., et al.) 107(4): 249-273 (Manjunatha, B. R., et al.) 104(1-4): 219-224
Antarctic Ocean—stratigraphy Arabian Sea—sedimentary petrology
Pliocene: Reflector “Pc” a prominent feature in the Maud sedimentary rocks: Possible microbial origin of phosphorites
Rise sediment sequence (eastern Weddell Sea); occur- on Error Seamount, northwestern Arabian Sea
rence, regional distribution and implications to silica dia- (Purnachandra Rao, V., et al.) 106(1-2): 149-164
genesis
(Bohrmann, Gerhard, et al.) 106(1-2): 69-87 Arabian Sea—tectonophysics
plate tectonics: Deformation at plate boundaries around the
Quaternary: Late Quaternary changes in Antarctic bottom
Gulf of Oman
water velocity inferred from sediment grain size in the
(Minshull, T. A., et al.) 104(1-4): 265-277
northern Weddell Sea
(Pudsey, Carol J.) 107(1-2): 9-33
Arctic Ocean—geomorphology
Antarctica—geochronology glacial geology: Glacial geology of outer Bjornoyrenna, south-
Holocene: Developing sediment geochronologies for high- western Barents Sea
latitude continental shelf deposits; a radiochemical ap- (Saettem, J., et al.) 103(1-3): 15-51
proach
Arctic Ocean—geophysical surveys
(Harden, S. L., et al.) 103(1-3): 69-97
acoustical surveys: The late Weichselian glacial maximum on
Antarctica—oceanography western Spitsbergen inferred from offshore sediment cores
continental margin: Cenozoic prograding sequences of the (Svendsen, John Inge, et al.) 104(1-4): 1-17
Antarctic continental margin; a record of glacio-eustatic
Arctic Ocean—oceanography
and tectonic events
ocean circulation: The East Greenland continental margin
(Cooper, Alan K., et al.) 102(1-4): 175-213
(65°N) since the last deglaciation; changes in seafloor prop-
continental shelf: Developing sediment geochronologies for
erties and ocean circulation
high-latitude continental shelf deposits; a radiochemical
(Mienert, Jurgen, et al.) 106(3-4): 217-238
approach
(Harden, S. L., et al.) 103(1-3): 69-97 ocean waves: Model simulations of tsunamis generated by the
Storegga slides
Antarctica—stratigraphy
(Harbitz, C. B.) 105(1-4): 1-21
Cenozoic: Cenozoic prograding sequences of the Antarctic
sedimentation: Accumulation rates of surface sediments in
continental margin; a record of glacio-eustatic and tectonic
the Norwegian-Greenland Sea
events (Paetsch, H., et al.) 104(1-4): 19-30
(Cooper, Alan K., et al.) 102(1-4): 175-213
Paleogene: Paleocene and Eocene kaolinite distribution in the Arctic Ocean—petrology
South Atlantic and Southern Ocean; Antarctic climatic metamorphic rocks: Petrology and geochemistry of a dredged
and paleoceanographic implications clinopyroxenite-dolerite basal complex from the Jan May-
(Robert, Christian, et al.) 103(1-3): 99-110 en volcanic province, Norwegian-Greenland Sea
(Bailey, J. C., et al.) 105(1-4): 63-76
Appalachians see also the individual states and provinces
Arabian Gulf see Persian Gulf Arctic Ocean—tectonophysics
plate tectonics: Magmatic-tectonic evolution of a volcanic rift-
Arabian Peninsula see also Oman; Saudi Arabia
ed margin
Arabian Sea—geochemistry (Eldholm, Olav) 102(1-4): 43-61
organic materials: A critical evaluation of depositional param-
Arctic region see also the individual countries; Greenland; Spits-
eters controlling the variability of organic carbon in Arabi-
bergen
an Sea sediments
(Paropkari, Anil L., et al.) 107(3): 213-226 Argentina—geophysical surveys
Arabian Sea—geophysical surveys acoustical surveys: Largo Bank; a shoreface-connected linear
seismic surveys: Deformation at plate boundaries around the shoal at the Bahia Blanca Estuary entrance, Argentina
Gulf of Oman (Gomez, Eduardo A., et al.) 104(1-4): 193-204
(Minshull, T. A., et al.) 104(1-4): 265-277
Argentina—oceanography
Arabian Sea—oceanography continental shelf: Largo Bank; a shoreface-connected linear
ocean circulation: Deep currents in the Arabian Sea in 1987 shoal at the Bahia Blanca Estuary entrance, Argentina
(Warren, Bruce A.., et al.) 104(1-4): 279-288 (Gomez, Eduardo A., et al.) 104(1-4): 193-204
— The monsoon induced upwelling system of the southern estuaries: Largo Bank; a shoreface-connected linear shoal at
coast of Oman the Bahia Blanca Estuary entrance, Argentina
(Savidge, G., et al.) 104(1-4): 290-291 (Gomez, Eduardo A., et al.) 104(1-4): 193-204
301
1992 YEAR-END INDEX, VOLUMES 102-107
Argentina—stratigraphy mal activity
Holocene: Mass mortality of a Holocene Tagelus plebeius (Melkert, Marian J., et al.) 103(1-3): 407-422
(Mollusca, Bivalvia) population in the Bahia Blanca Estu- — Organic carbon distribution in the North Atlantic Ocean
ary, Argentina during the last glacial maximum
(Farinati, Ester A., et al.) 106(3-4): 301-308 (Coppedge, Melissa L., et al.) 105(1-4): 37-50
Asia see also Himalayas; India; Indonesia; Japan; Korea; Nepal;
sediments: Early diagenesis of marine organic matter; altera-
Taiwan
tion of the carbon isotopic composition
Atlantic Ocean see also Baltic Sea; Caribbean Sea; Gulf of Mex-
(McArthur, J. M., et al.) 105(1-4): 51-61
ico; North Sea
— Late Cretaceous to Miocene phosphatic sediments in the
Atlantic Ocean—geophysical surveys
Georges Bank basin, U.S. North Atlantic outer continental
acoustical surveys: Coast-parallel palaeochannels off southern
shelf
Namibia
(Poppe, L. J., et al.) 107(4): 227-238
(Day, Richard W., et al.) 105(1-4): 299-304
— Mineralogical, K-Ar and 87Sr/86Sr isotope studies of
— Erratum; Parasound echosounding; comparison of ana-
Holocene and Late Glacial sediments in a deep-sea core
logue and digital echosounder records and physical proper-
from the Northeast Atlantic Ocean
ties of sediments from the equatorial South Atlantic
(Rostek, Frauke, et al.) 103(1-3): 541-542 (Huon, Sylvain, et al.) 107(4): 275-282
— The geomorphology of the Southwest Guinea margin; tec- — Mineralogy of the silt fraction in surficial sediments from
tonic, volcanic, mass movement and bottom current influ- the United States mid-Atlantic shelf, slope and rise
ences (Poppe, L. J., et al.) 103(1-3): 185-197
(Rossi, S., et al.) 105(1-4): 225-240 — Textural and dispersal patterns of thick mud turbidites
seismic surveys: Carbonate platforms along the Southeast from the Madeira abyssal plain
Bahamas-Hispaniola collision zone (Jones, K. P. N., et al.) 107(3): 149-173
(Mullins, Henry T., et al.) 105(1-4): 169-209 — Thermoluminescence properties of a deglacial marine se-
— Paleogene-Neogene depositional history of the middle quence from Cumberland Sound, Arctic Canada; sedimen-
U.S. Atlantic continental rise; mixed turbidite and contou-
tologic and geochronologic implications
rite depositional systems
(Jennings, Anne E., et al.) 103(1-3): 111-123
(Locker, Stanley D., et al.) 103(1-3): 137-164
Atlantic Ocean—stratigraphy
surveys: The bathymetry and distribution of the Bahia Sea-
Jurassic: Rise and demise of the Bahama-Grand Banks giga-
mounts, Brazil Basin
platform, northern margin of the Jurassic proto-Atlantic
(Cherkis, N. Z., et al.) 103(1-3): 335-347
seaway
Atlantic Ocean—oceanography
(Poag, C. Wylie) 102(1-4): 63-130
marine geology: Marine particle size measurement with a
Neogene: Paleontological evidence for early exposure of deep
stream-scanning laser system
oceanic crust on the Vema fracture zone southern wall
(Jantschik, R., et al.) 106(3-4): 239-250
(Atlantic Ocean, 10°45’N)
ocean circulation: Sediment flux patterns in the northeastern
Atlantic; variability since the last interglacial (Aubry, Marie-Pierre, et al.) 107(1-2): 1-7
(Cremer, M.., et al.) 104(1-4): 31-53 Quaternary: Middle to late Quaternary sediment flux and
— The geomorphology of the Southwest Guinea margin; tec- post-depositional processes between the continental slope
tonic, volcanic, mass movement and bottom current influ- off Gabon and the mid-Guinean margin
ences (Bonifay, Denis, et al.) 106(1-2): 107-129
(Rossi, S., et al.) 105(1-4): 225-240 Tertiary: Paleogene-Neogene depositional history of the
— The western Grand Banks of Newfoundland; transgres- middle U.S. Atlantic continental rise; mixed turbidite and
sive Holocene sedimentation under the combined influ- contourite depositional systems
ence of waves and currents (Locker, Stanley D., et al.) 103(1-3): 137-164
(Dalrymple, Robert W., et al.) 105(1-4): 95-118
Atlantic Ocean—tectonophysics
ocean floors: Carbonate platforms along the Southeast Baha- plate tectonics: Dynamic modeling of divergent margin for-
mas-Hispaniola collision zone
mation; application to the U.S. Atlantic margin
(Mullins, Henry T., et al.) 105(1-4): 169-209
(Sawyer, Dale S., et al.) 102(1-4): 29-42
— The bathymetry and distribution of the Bahia Seamounts,
Atlantic region see also the individual countries
Brazil Basin
atmosphere—geochemistry
(Cherkis, N. Z., et al.) 103(1-3): 335-347
carbon dioxide: Coastal upwelling and atmospheric CO,
ocean waves: Model simulations of tsunamis generated by the
changes over the last 400,000 years; Peru
Storegga slides
(Schrader, Hans) 107(4): 239-248
(Harbitz, C. B.) 105(1-4): 1-21
sedimentation: Barriers, barrier platforms, and spillover atolls see reefs under environment under diagenesis; see reefs
deposits in St. George’s Bay, Newfoundland; paraglacial under oceanography under Jamaica
sedimentation on the flanks of a deep coastal basin Australasia see also New Zealand
(Shaw, John, et al.) 105(1-4): 119-140 Australia see also New South Wales; Northern Territory;
— Episodic preservation of pteropod oozes in the deep Queensland; Tasmania; Western Australia
Northeast Atlantic Ocean; climatic change and hydrother- automatic data processing see data processing
302 1992 YEAR-END INDEX, VOLUMES 102-107
Bahamas—geochronology book reviews—sedimentary petrology
Quaternary: Highstand versus lowstand deposition on car- title: Argillaceous rock atlas [book review]
bonate platform margins; insight from Quaternary fore- (Krinsley, David) 103(1-3): 533-534
slopes in the Bahamas — Carbonate diagenesis and porosity [book review]
(Grammer, G. Michael, et al.) 103(1-3): 125-136 (Wright, Paul) 106(1-2): 167-168
Bahamas—stratigraphy — Diagenesis [book review]
changes of level: Highstand versus lowstand deposition on (Wright, V. Paul) 103(1-3): 532-533
carbonate platform margins; insight from Quaternary fore- — Evaporite sedimentology; importance in hydrocarbon ac-
slopes in the Bahamas cumulation [book review]
(Grammer, G. Michael, et al.) 103(1-3): 125-136 (Ricci Lucchi, F.) 103(1-3): 529-530
Bahamas—tectonophysics book reviews—stratigraphy
plate tectonics: Carbonate platforms along the Southeast title: Nannofossils and their applications [book review]
Bahamas-Hispaniola collision zone (Hay, William W.) 106(1-2): 166-167
(Mullins, Henry T., et al.) 105(1-4): 169-209 — Triassic-Jurassic rifting; continental breakup and the ori-
Baltic region see also the individual countries; Baltic Sea gin of the Atlantic Ocean and passive margins; Parts A and
B [book review]
Baltic Sea—oceanography
(Ager, Derek V.) 103(1-3): 538-539
marine geology: Paraglacial barrier-lagoon development in
California—oceanography
the late Pleistocene Baltic ice lake, southwestern Baltic
marine geology: Contemporary sedimentary processes in the
(Jensen, Jorn Bo, et al.) 107(1-2): 81-101
Monterey Canyon-Fan system
beaches see under shore features under geomorphology 107(1-2): 35-50
(McHugh, Cecilia M., et al.)
Belgium—stratigraphy California—stratigraphy
changes of level: The morphology of the top-Tertiary erosion Holocene: Extreme climatic conditions recorded in Santa
surface in the Belgian sector of the North Sea
Barbara Basin laminated sediments; the 1835-1840 Maco-
(Liu, A. C., et al.) 105(1-4): 275-284
ma event
Neogene: The morphology of the top-Tertiary erosion surface
(Schimmelmann, A.., et al.) 106(3-4): 279-299
in the Belgian sector of the North Sea
Canada see also Great Lakes; Newfoundland; Northwest Ter-
(Liu, A. C., et al.) 105(1-4): 275-284
ritories; Nova Scotia; Ontario
bibliography see also under stratigraphy under North America
carbon—C-13/C-12
book reviews—areal geology beachrock: Stable isotopic composition of carbonate-cement-
title: Geological evolution of Antarctica [book review] ed Recent beachrock along the Mediterranean and the Red
(Harrington, H. J.) 106(1-2): 165-166 Sea coasts of Egypt
book reviews—geochemistry (Holail, H., et al.) 106(1-2): 141-148
title: Aquatic chemical kinetics; reaction rates of processes in carbonate sediments: Carbonate minerals, major and minor
natural waters [book review] elements and oxygen and carbon isotopes and their varia-
(Butler, J. N.) 103(1-3): 536-538 tion with water depth in cool, temperate carbonates, west-
book reviews—geomorphology ern Tasmania, Australia
title: Coasts [book review] (Prasada Rao, C., et al.) 103(1-3): 249-272
(Saville, Thorndike, Jr.) 103(1-3): 530-531 — Oxygen and carbon isotope fields for temperate shelf car-
bonates from Tasmania and New Zealand
book reviews—geophysical methods
(Prasada Rao, C., et al.) 103(1-3): 273-268
title: The potential of deep seismic profiling for hydrocarbon
marine sediments: Developing sediment geochronologies for
exploration [book review]
(Hurst, Andrew) 103(1-3): 531-532 high-latitude continental shelf deposits; a radiochemical
approach
book reviews—mineralogy
(Harden, S. L., et al.) 103(1-3): 69-97
title: Minerals and mineraloids in marine sediments; an opti-
— Early diagenesis of marine organic matter; alteration of
cal identification guide [book review]
the carbon isotopic composition
(Glasby, G. P.) 103(1-3): 539
105(1-4): 51-61
(McArthur, J. M., et al.)
book reviews—oceanography
carbon—geochemistry
title: Deep marine environments; clastic sedimentation and
marine sediments: A critical evaluation of depositional
tectonics [book review]
parameters controlling the variability of organic carbon in
(Stow, D. A. V.) 103(1-3): 530
Arabian Sea sediments
— Deep marine environments; clastic sedimentation and
tectonics [book review] (Paropkari, Anil L., et al.) 107(3): 213-226
— Organic carbon accumulation in Bannock Basin; evaluat-
(Kenyon, Neil) 104(1-4): 293-294
— Ocean circulation [book review] ing the role of productivity in the formation of eastern
(Olson, Donald B.) 103(1-3): 534 Mediterranean sapropels
— Productivity of the ocean; present and past [book review] (Howell, Michael W., et al.) 103(1-3): 461-471
(Eisma, D.) 103(1-3): 536 — Organic carbon distribution in the North Atlantic Ocean
— Tracers in the oceans [book review] during the last glacial maximum
(Walton, Alan) 103(1-3): 535-536 (Coppedge, Melissa L., et al.) 105(1-4): 37-50
1992 YEAR-END INDEX, VOLUMES 102-107 303
carbonate rocks see under sedimentary rocks climate, ancient see paleoclimatology
Caribbean region see also the individual countries Colombia—oceanography
continental shelf: Late Quaternary carbonate sedimentation
Caribbean Sea—oceanography
on the lower Guajira Shelf, Colombia
sedimentation: Late Quaternary carbonate sedimentation on
(Pujos, M., et al.) 104(1-4): 153-164
the lower Guajira Shelf, Colombia
(Pujos, M., et al.) 104(1-4): 153-164 Colombia—stratigraphy
changes of level: Late Quaternary carbonate sedimentation on
Carpathians see also the individual countries
the lower Guajira Shelf, Colombia
Caspian Sea—oceanography (Pujos, M., et al.) 104(1-4): 153-164
sedimentation: Sedimentation in the southern inland seas of
Colorado Plateau see also the individual states
the arid zone of the USSR
(Khrustalyov, Yu. P., et al.) 103(1-3): 503-512 Columbia Plateau see also the individual states
Cenozoic see also Tertiary; see also under stratigraphy under Commonwealth of Independent States see USSR
Antarctica; Gulf of Mexico congresses see symposia
Cenozoic—tectonophysics continental drift see also plate tectonics; see also under stratigra-
crust: Evolution of Mesozoic and Cenozoic continental mar- phy under Mesozoic; Paleozoic; Phanerozoic; Tertiary
gins continental drift—Gondwana
(Meyer, Audrey W., et al.) 102(1-4): 1-361 Africa: Hypsometry of divergent and translational continen-
cesium— isotopes tal margins of Southern Africa
Cs-137: Developing sediment geochronologies for high-lati- (Emery, K. O., et al.) 106(1-2): 89-105
tude continental shelf deposits; a radiochemical approach Western Australia: Stratigraphic evolution of Mesozoic conti-
(Harden, S. L., et al.) 103(1-3): 69-97 nental margin and oceanic sequences; Northwest Australia
— Recent environmental changes recorded in anoxic Bar- and northern Himalayas
snesfjord sediments; western Norway (Gradstein, Felix M., et al.) 102(1-4): 131-173
(Paetzel, Matthias, et al.) 105(1-4): 23-36 continental drift—Pangaea
regional: Pangaean divergent margins; historical perspective
changes of level see also under geomorphology under Delaware;
Denmark; Jamaica; Netherlands; Newfoundland; Queens- (Uchupi, Elazar, et al.) 102(1-4): 1-28
land; see also under stratigraphy under Bahamas; Belgium; continental margin see also under oceanography under Africa;
Colombia; Gulf Coastal Plain; Italy; Newfoundland; North- Antarctica; Eastern U.S.; Greenland; Guinea; Gulf Coastal
west Territories; Saudi Arabia; Turkey Plain; Israel; Italy; Western Australia
China see also Shandong continental shelf see also marine geology; see also under ocea-
nography under Antarctica; Argentina; Colombia; Denmark;
clay see under sediments
Florida; India; Korea; Namibia; New England; Newfound-
clay mineralogy—areal studies
land; Northern Territory; Shandong; Spitsbergen; Turkey;
Antarctic Ocean: Significance of clay mineral assemblages in
Western Australia
the Antarctic Ocean
continental slope see also marine geology; see also under ocea-
(Ehrmann, Werner U., et al.) 107(4): 249-273
nography under Gabon; Italy; Norway; Peru
Atlantic Ocean: Middle to late Quaternary sediment flux and
post-depositional processes between the continental slope crust see also under tectonophysics under Cenozoic; Mesozoic;
off Gabon and the mid-Guinean margin New Zealand; Spitsbergen
(Bonifay, Denis, et al.) 106(1-2): 107-129 crystal chemistry see also minerals
— Mineralogical, K-Ar and 87Sr/86Sr isotope studies of crystal growth see also minerals
Holocene and Late Glacial sediments in a deep-sea core
crystal structure see also minerals
from the Northeast Atlantic Ocean
data processing—oceanography
(Huon, Sylvain, et al.) 107(4): 275-282
ocean waves: Model simulations of tsunamis generated by the
— Paleocene and Eocene kaolinite distribution in the South
Storegga slides
Atlantic and Southern Ocean; Antarctic climatic and
(Harbitz, C. B.) 105(1-4): 1-21
paleoceanographic implications
(Robert, Christian, et al.) 103(1-3): 99-110 Delaware—geomorphology
England: Bulk properties of intertidal sediments in a muddy, changes of level: Holocene depocenter migration and sedi-
macrotidal estuary ment accumulation in Delaware Bay; a submerging mar-
(Stephens, J. A., et al.) 103(1-3): 445-460 ginal marine sedimentary basin
Indian Ocean: Clay mineralogy of Visakhapatnam shelf sedi- (Fletcher, Charles H., III, et al.) 103(1-3): 165-183
ments, east coast of India [discussion and reply] Delaware—stratigraphy
(Durga Prasada Rao, N. V. N., et al.) 105(1-4): 305-308 Holocene: Holocene depocenter migration and sediment ac-
Yellow Sea: Origin and dispersal of Recent clay minerals in cumulation in Delaware Bay; a submerging marginal ma-
the Yellow Sea rine sedimentary basin
(Park, Y. A., et al.) 104(1-4): 205-213 (Fletcher, Charles H., III, et al.) 103(1-3): 165-183
clay mineralogy—experimental studies Denmark—geomorphology
marine geology: Notes on the performance of an optical back- changes of level: Paraglacial barrier-lagoon development in
scatter sensor for cohesive sediments the late Pleistocene Baltic ice lake, southwestern Baltic
(Maa, Jerome P. Y., et al.) 104(1-4): 215-218 (Jensen, Jorn Bo, et al.) 107(1-2): 81-101
304 1992 YEAR-END INDEX, VOLUMES 102-107
Denmark—oceanography diagenesis—materials
continental shelf: Methane-derived carbonate cementation of nodules: Local variations in distribution and composition of
marine sediments from the Kattegat, Denmark; geochemi- ferromanganese nodules in the Clarion-Clipperton nodule
cal and geological evidence province
(Jorgensen, Niels Oluf) 103(1-3): 1-13 (Skornyakova, N. S., et al.) 103(1-3): 381-405
Denmark—stratigraphy diagenesis—processes
Pleistocene: Paraglacial barrier-lagoon development in the phosphatization: Late Cretaceous to Miocene phosphatic
late Pleistocene Baltic ice lake, southwestern Baltic sediments in the Georges Bank basin, U.S. North Atlantic
(Jensen, Jorn Bo, et al.) 107(1-2): 81-101 outer continental shelf
deposition of ores see mineral deposits, genesis (Poppe, L. J., et al.) 107(4): 227-238
— Possible microbial origin of phosphorites on Error Sea-
deuterium see also hydrogen
mount, northwestern Arabian Sea
deuterium—geochemistry (Purnachandra Rao, V., et al.) 106(1-2): 149-164
sea water: Seawater circulation through the flank of the Flori-
diatom flora see under algal flora
da Platform; evidence and implications
(Paull, C. K., et al.) 102(1-4): 265-279 dolomitization see under diagenesis
diagenesis see also sedimentation Eastern Hemisphere see also Africa; Antarctic Ocean; Antarc-
tica; Arctic Ocean; Atlantic Ocean; Indian Ocean; USSR
diagenesis—cementation
carbonates: Methane-derived carbonate cementation of ma- Eastern U.S. see also Delaware; Florida; New England
rine sediments from the Kattegat, Denmark; geochemical Eastern U.S.—oceanography
and geological evidence continental margin: Dynamic modeling of divergent margin
(Jorgensen, Niels Oluf) 103(1-3): 1-13 formation; application to the U.S. Atlantic margin
geochemistry: Carbonate minerals, major and minor elements (Sawyer, Dale S., et al.) 102(1-4): 29-42
and oxygen and carbon isotopes and their variation with — Rise and demise of the Bahama-Grand Banks gigaplat-
water depth in cool, temperate carbonates, western Tas- form, northern margin of the Jurassic proto-Atlantic sea-
mania, Australia way
(Prasada Rao, C., et al.) 103(1-3): 249-272 (Poag, C. Wylie) 102(1-4): 63-130
silica: Reflector “Pc” a prominent feature in the Maud Rise
ecology—observations
sediment sequence (eastern Weddell Sea); occurrence, re-
deep-sea environment: Seawater circulation through the flank
gional distribution and implications to silica diagenesis
of the Florida Platform; evidence and implications
(Bohrmann, Gerhard, et al.) 106(1-2): 69-87
(Paull, C. K., et al.) 102(1-4): 265-279
diagenesis—dolomitization
Egypt—sedimentary petrology
carbonate platforms: Seawater circulation through the flank of
diagenesis: Stable isotopic composition of carbonate-cement-
the Florida Platform; evidence and implications
ed Recent beachrock along the Mediterranean and the Red
(Paull, C. K., et al.) 102(1-4): 265-279
Sea coasts of Egypt
diagenesis—environment
(Holail, H., et al.) 106(1-2): 141-148
deep-sea environment: Indications of hydrothermal activity at
engineering geology see also slope stability; soil mechanics
the Chile Ridge spreading centre
(Marienfeld, P., et al.) 105(1-4): 241-252 England—oceanography
reefs: Dynamic hydrology and diagenesis of a submerged estuaries: Bulk properties of intertidal sediments in a muddy,
Pleistocene fringing reef, Discovery Bay, Jamaica macrotidal estuary
(McCullough, M. L., et al.) 104(1-4): 139-151 (Stephens, J. A., et al.) 103(1-3): 445-460
slope environment: Highstand versus lowstand deposition on sediments: Source of sediment and sediment transport on the
carbonate platform margins; insight from Quaternary fore- east coast of England; significant or coincidental phenome-
slopes in the Bahamas na?
(Grammer, G. Michael, et al.) 103(1-3): 125-136 (Chang, Shih-Chiao, et al.) 107(4): 283-288
diagenesis—experimental studies environmental geology see also ecology
bioturbation: Experimental evaluation of the influences of bi-
eruptive rocks see igneous rocks
ogenic reworking on carbonate preservation in nearshore
Eurasia see also Caspian Sea
sediments
(Green, Mark A., et al.) 107(3): 175-181 Europe see also Belgium; Denmark; England; France; Greece;
Netherlands; Norway
diagenesis—geochemistry
isotopes: Oxygen and carbon isotope fields for temperate shelf experimental studies see under clay mineralogy; diagenesis
carbonates from Tasmania and New Zealand Far East see also the individual countries
(Prasada Rao, C., et al.) 103(1-3): 273-268
faulting see faults
organic materials: Early diagenesis of marine organic matter;
faults—distribution
alteration of the carbon isotopic composition
basement: Preliminary interpretation of aeromagnetic data
(McArthur, J. M., et al.) 105(1-4): 51-61
stable isotopes: Stable isotopic composition of carbonate-ce- from Spitsbergen, Svalbard Archipelago (76°-79°N); im-
plications for structure of the basement
mented Recent beachrock along the Mediterranean and
(Skilbrei, Jan Reidar) 106(1-2): 53-68
the Red Sea coasts of Egypt
(Holail, H., et al.) 106(1-2): 141-148 fjords see under shore features under geomorphology
1992 YEAR-END INDEX, VOLUMES 102-107 305
Florida—oceanography geochemistry—geochemical cycle
continental shelf: Neogene to Recent stratigraphy and deposi- lithium: Lithium; sources in pore fluids of Peru slope sedi-
tional regimes of the Northwest Florida inner continental ments and implications for oceanic fluxes
shelf (Martin, Jonathan B., et al.) 102(1-4): 281-292
(Locker, Stanley D., et al.) 104(1-4): 123-138
geochemistry—processes
— Siliciclastic-to-carbonate transition on the inner shelf em-
chemical fractionation: Carbonate minerals, major and minor
bayment, Southwest Florida
elements and oxygen and carbon isotopes and their varia-
(Sussko, Roger J., et al.) 107(1-2): 51-60
tion with water depth in cool, temperate carbonates, west-
sedimentation: Multiple sediment sources and a cellular, non-
ern Tasmania, Australia
integrated, longshore drift system; Northwest Florida and
(Prasada Rao, C., et al.) 103(1-3): 249-272
Southeast Alabama coast, USA
reduction: Seawater circulation through the flank of the Flori-
(Stone, Gregory W., et al.) 105(1-4): 141-154
da Platform; evidence and implications
Florida—stratigraphy (Paull, C. K., et al.) 102(1-4): 265-279
Quaternary: Neogene to Recent stratigraphy and deposition- solution: Experimental evaluation of the influences of biogen-
al regimes of the Northwest Florida inner continental shelf ic reworking on carbonate preservation in nearshore sedi-
(Locker, Stanley D., et al.) 104(1-4): 123-138 ments
folds see also faults (Green, Mark A., et al.) 107(3): 175-181
foraminifera see also foraminifers geochronology see also absolute age
geochronology—paleomagnetism
foraminifers see also foraminifera
Triassic: Magnetostratigraphy of Triassic sediments, ODP
foraminifers—biostratigraphy sites 759 and 760, Leg 122, Wombat Plateau, northwest of
Holocene: Extreme climatic conditions recorded in Santa Australia
107(4): 293-298
Barbara Basin laminated sediments; the 1835-1840 Maco- (Galbrun, Bruno, et al.)
ma event
geochronology—racemization
(Schimmelmann, A., et al.) 106(3-4): 279-299
Quaternary: Glacial geology of outer Bjornoyrenna, south-
Mesozoic: Stratigraphic evolution of Mesozoic continental
western Barents Sea
margin and oceanic sequences; Northwest Australia and
(Saettem, J., et al.) 103(1-3): 15-51
northern Himalayas
(Gradstein, Felix M., et al.) 102(1-4): 131-173 geochronology—thermoluminescence
Holocene: Thermoluminescence dating of dunes at Cape St.
Neogene: Paleontological evidence for early exposure of deep
Lambert, East Kimberleys, northwestern Australia
oceanic crust on the Vema fracture zone southern wall
(Lees, Brian G., et al.) 106(1-2): 131-139
(Atlantic Ocean, 10°45’N)
(Aubry, Marie-Pierre, et al.) 107(1-2): 1-7 geologic time see absolute age; geochronology
Quaternary: Glacial geology of outer Bjornoyrenna, south- geomorphology see also glacial geology
western Barents Sea
geomorphology—processes
(Saettem, J., et al.) 103(1-3): 15-51
sedimentation: Frequency dependent cross-shore suspended
— Indications of hydrothermal activity at the Chile Ridge
sediment transport; 1, A non-barred shoreface
spreading centre
(Osborne, Philip D., et al.) 106(1-2): 1-24
(Marienfeld, P., et al.) 105(1-4): 241-252
— Frequency dependent cross-shore suspended sediment
— Middle to late Quaternary sediment flux and post-deposi-
transport; 2, A barred shoreface
tional processes between the continental slope off Gabon
(Osborne, Philip D., et al.) 106(1-2): 25-51
and the mid-Guinean margin
(Bonifay, Denis, et al.) 106(1-2): 107-129 geomorphology—shore features
barrier islands: Physical processes and sedimentary record of
foraminifers—occurrence
a modern, transgressive, lacustrine barrier island
carbonate sediments: Benthic foraminifera in carbonate facies
(Bray, Thomas F., Jr., et al.) 105(1-4): 155-168
of a coastal sabkha, Red Sea coast, Saudi Arabia
basins: Basin changes in Jervis Bay, New South Wales; 1894-
(Abou Ouf, M.) 104(1-4): 187-191
1988
Formosa see Taiwan (Bowyer, J. K.) 105(1-4): 211-224
fossils see appropriate fossil group beaches: Beach systems of the central Netherlands coast; pro-
foundations see also soil mechanics cesses, morphology and structural impacts in a storm driv-
en multi-bar system
France—oceanography
(Short, Andrew D.) 107(1-2): 103-137
marine geology: Marine particle size measurement with a
cheniers: The development of a chenier sequence on the Vic-
stream-scanning laser system
toria Delta, Joseph Bonaparte Gulf, northern Australia
(Jantschik, R., et al.) 106(3-4): 239-250
(Lees, Brian G.) 103(1-3): 215-224
Gabon—oceanography coastal dunes: Thermoluminescence dating of dunes at Cape
continental slope: Middle to late Quaternary sediment flux
St. Lambert, East Kimberleys, northwestern Australia
and post-depositional processes between the continental (Lees, Brian G., et al.) 106(1-2): 131-139
slope off Gabon and the mid-Guinean margin coastlines: A model of coastal evolution in a transgressed
(Bonifay, Denis, et al.) 106(1-2): 107-129 thermokarst topography, Canadian Beaufort Sea
genesis of ore deposits see mineral deposits, genesis (Ruz, Marie-Helene, et al.) 106(3-4): 251-278
306 1992 YEAR-END INDEX, VOLUMES 102-107
— Holocene evolution of the coast of Holland glaciation see under glacial geology
(Beets, D. J., et al.) 103(1-3): 423-443 glaciers see under glacial geology
deltas: Quaternary sequence stratigraphy of the Brisbane
global tectonics see plate tectonics
River delta, Moreton Bay, Australia
Gondwana see under continental drift
(Evans, Kenneth G., et al.) 107(1-2): 61-79
Great Basin see also the individual states
fjords: Seismic architecture and sedimentation in Northwest
Great Britain see also England
Spitsbergen fjords
(Sexton, David J., et al.) 103(1-3): 53-68 Great Lakes—geomorphology
landform evolution: Barriers, barrier platforms, and spillover processes: Frequency dependent cross-shore suspended sedi-
ment transport; 2, A barred shoreface
deposits in St. George’s Bay, Newfoundland; paraglacial
(Osborne, Philip D., et al.) 106(1-2): 25-51
sedimentation on the flanks of a deep coastal basin
— Physical processes and sedimentary record of a modern,
(Shaw, John, et al.) 105(1-4): 119-140
transgressive, lacustrine barrier island
— Holocene depocenter migration and sediment accumula-
(Bray, Thomas F., Jr., et al.) 105(1-4): 155-168
tion in Delaware Bay; a submerging marginal marine sedi-
Great Lakes region see also the individual states and provinces
mentary basin
(Fletcher, Charles H., III, et al.) 103(1-3): 165-183 Great Plains see also the individual states and provinces
shoals: Largo Bank; a shoreface-connected linear shoal at the Greater Antilles—tectonophysics
Bahia Blanca Estuary entrance, Argentina plate tectonics: Carbonate platforms along the Southeast
(Gomez, Eduardo A., et al.) 104(1-4): 193-204 Bahamas-Hispaniola collision zone
geophysical methods see under book reviews (Mullins, Henry T., et al.) 105(1-4): 169-209
geophysical surveys see under Antarctic Ocean; Arabian Sea; Greece—structural geology
Arctic Ocean; Argentina; Atlantic Ocean; Gulf of Mexico; neotectonics: Recent gravitative mass movements in a highly
Japan Sea; Mediterranean Sea; North Sea; Pacific Ocean; tectonically active arc system; the Hellenic Arc
Spitsbergen; Tyrrhenian Sea; see acoustical surveys under (Ferentinos, George) 104(1-4): 93-107
geophysical surveys under Antarctic Ocean; Arctic Ocean; Greenland—oceanography
Argentina; Atlantic Ocean; Mediterranean Sea; Pacific continental margin: The East Greenland continental margin
Ocean; Spitsbergen; see magnetic surveys under geophysical (65°N) since the last deglaciation; changes in seafloor prop-
surveys under Spitsbergen; see seismic surveys under geo- erties and ocean circulation
(Mienert, Jurgen, et al.) 106(3-4): 217-238
physical surveys under Antarctic Ocean; Arabian Sea; Atlan-
tic Ocean; Gulf of Mexico; Japan Sea; Mediterranean Sea; Guinea—oceanography
North Sea; Tyrrhenian Sea; see surveys under geophysical continental margin: The geomorphology of the Southwest
surveys under Atlantic Ocean; Pacific Ocean Guinea margin; tectonic, volcanic, mass movement and
bottom current influences
glacial geology see also geomorphology
(Rossi, S., et al.) 105(1-4): 225-240
glacial geology—glaciation
deglaciation: The East Greenland continental margin (65°N) Gulf Coastal Plain see also the individual states and countries
since the last deglaciation; changes in seafloor properties Gulf Coastal Plain—oceanography
and ocean circulation continental margin: Depositional, tectonic and eustatic con-
(Mienert, Jurgen, et al.) 106(3-4): 217-238 trols on hydrocarbon distribution in divergent margin ba-
— Thermoluminescence properties of a deglacial marine se- sins; Cenozoic Gulf of Mexico case history
(Morton, Robert A., et al.) 102(1-4): 239-263
quence from Cumberland Sound, Arctic Canada; sedimen-
sedimentation: Siliciclastic-to-carbonate transition on the in-
tologic and geochronologic implications
ner shelf embayment, Southwest Florida
(Jennings, Anne E., et al.) 103(1-3): 111-123
(Sussko, Roger J., et al.) 107(1-2): 51-60
deposition: Cenozoic prograding sequences of the Antarctic
Gulf Coastal Plain—stratigraphy
continental margin; a record of glacio-eustatic and tectonic
changes of level: Depositional, tectonic and eustatic controls
events
on hydrocarbon distribution in divergent margin basins;
(Cooper, Alan K., et al.) 102(1-4): 175-213
Cenozoic Gulf of Mexico case history
glacial extent: Glacial geology of outer Bjornoyrenna, south-
(Morton, Robert A., et al.) 102(1-4): 239-263
western Barents Sea
Neogene: Neogene to Recent stratigraphy and depositional
(Saettem, J., et al.) 103(1-3): 15-51
regimes of the Northwest Florida inner continental shelf
— The late Weichselian glacial maximum on western Spits-
(Locker, Stanley D., et al.) 104(1-4): 123-138
bergen inferred from offshore sediment cores
Gulf of Mexico—economic geology
(Svendsen, John Inge, et al.) 104(1-4): 1-17
oil and gas fields: Eustatic controls on carbonate facies in
glacial geology—glaciers
reservoirs, and seals associated with Mesozoic hydrocar-
ice movement: Seismic architecture and sedimentation in
bon fields of the Arabian Gulf and the Gulf of Mexico
Northwest Spitsbergen fjords
(Kendall, Christopher G. St. C., et al.)
(Sexton, David J., et al.) 103(1-3): 53-68 102(1-4): 215-238
glacial geology—periglacial features petroleum: Depositional, tectonic and eustatic controls on
thermokarst: A’model of coastal evolution in a transgressed hydrocarbon distribution in divergent margin basins;
thermokarst topography, Canadian Beaufort Sea Cenozoic Gulf of Mexico case history
(Ruz, Marie-Helene, et al.) 106(3-4): 251-278 (Morton, Robert A., et al.) 102(1-4): 239-263
307
1992 YEAR-END INDEX, VOLUMES 102-107
Gulf of Mexico—geophysical surveys Indian Ocean—oceanography
seismic surveys: Neogene to Recent stratigraphy and deposi- nodules: Geochemistry of polymetallic nodules from the cen-
tional regimes of the Northwest Florida inner continental tral Indian Ocean basin
shelf (Valsangkar, A. B., et al.) 103(1-3): 361-371
(Locker, Stanley D., et al.) 104(1-4): 123-138 ocean circulation: Nd isotopes in Indian Ocean sediments
Gulf of Mexico—oceanography used as a tracer of supply to the ocean and circulation paths
sea water: Seawater circulation through the flank of the Flori- (Dia, Aline, et al.) 103(1-3): 349-359
da Platform; evidence and implications sediments: Clay mineralogy of Visakhapatnam shelf sedi-
(Paull, C. K., et al.) 102(1-4): 265-279 ments, east coast of India [discussion and reply]
sedimentation: Siliciclastic-to-carbonate transition on the in- (Durga Prasada Rao, N. V. N., et al.) 105(1-4): 305-308
ner shelf embayment, Southwest Florida — Sedimentology of fine-grained turbidites inferred from
(Sussko, Roger J., et al.) 107(1-2): 51-60 continuously recorded physical properties data
(Wetzel, Andreas, et ai.) 104(1-4): 165-178
Gulf of Mexico—stratigraphy
Cenozoic: Depositional, tectonic and eustatic controls on hy- Indian Ocean—stratigraphy
drocarbon distribution in divergent margin basins; Ceno- Mesozoic: Stratigraphic evolution of Mesozoic continental
zoic Gulf of Mexico case history margin and oceanic sequences; Northwest Australia and
(Morton, Robert A., et al.) 102(1-4): 239-263 northern Himalayas
Mesozoic: Eustatic controls on carbonate facies in reservoirs, (Gradstein, Felix M., et al.) 102(1-4): 131-173
and seals associated with Mesozoic hydrocarbon fields of Triassic: Magnetostratigraphy of Triassic sediments, ODP
the Arabian Gulf and the Gulf of Mexico sites 759 and 760, Leg 122, Wombat Plateau, northwest of
(Kendall, Christopher G. St. C., et al.) Australia
102(1-4): 215-238 (Galbrun, Bruno, et al.) 107(4): 293-298
heavy minerals see under marine sediments under sediments Indonesia—oceanography
Himalayas see also the individual countries ocean floors: Three trench endings in eastern Indonesia
Himalayas—stratigraphy (Milsom, John, et al.) 104(1-4): 227-241
Mesozoic: Stratigraphic evolution of Mesozoic continental Indonesia—tectonophysics
margin and oceanic sequences; Northwest Australia and plate tectonics: Three trench endings in eastern Indonesia
northern Himalayas (Milsom, John, et al.) 104(1-4): 227-241
(Gradstein, Felix M., et al.) 102(1-4): 131-173
instruments see under marine geology; oceanography
Holocene see also under geochronology under Antarctica;
intrusions see also igneous rocks; metasomatism
Northern Territory; Western Australia; see also under stratig-
raphy under Argentina; California; Delaware; Pacific Ocean Invertebrata see also foraminifera
hydrogen see also deuterium invertebrates see also foraminifers; mollusks; radiolarians
hydrogen—D/H Ionian Sea—oceanography
sea water: Seawater circulation through the flank of the Flori- ocean floors: Recent gravitative mass movements in a highly
da Platform; evidence and implications tectonically active arc system; the Hellenic Arc
(Paull, C. K., et al.) 102(1-4): 265-279 (Ferentinos, George) 104(1-4): 93-107
hydrothermal processes see under manganese ores under miner- isotope dating see absolute age
al deposits, genesis
isotopes see also absolute age; geochronology
ice ages see glacial geology
isotopes—C-13/C-12
igneous rocks see also magmas; metamorphic rocks; metasoma-
marine sediments: Early diagenesis of marine organic matter;
tism
alteration of the carbon isotopic composition
igneous rocks—ultramafics (McArthur, J. M., et al.) 105(1-4): 51-61
ophiolite: Initiation of ophiolite emplacement; a modern ex-
isotopes—cesium
ample from Okushiri Ridge, Northeast Japan Arc
Cs-137: Recent environmental changes recorded in anoxic
(Tokuyama, Hidekazu, et al.) 103(1-3): 323-334
Barsnesfjord sediments; western Norway
India—oceanography
(Paetzel, Matthias, et al.) 105(1-4): 23-36
continental shelf: A note on the factors controlling the sedi-
isotopes—neodymium
mentation rate along the western continental shelf of India
Nd-144/Nd-143: Nd isotopes in Indian Ocean sediments
(Manjunatha, B. R., et al.) 104(1-4): 219-224
used as a tracer of supply to the ocean and circulation paths
— Clay mineralogy of Visakhapatnam shelf sediments, east
coast of India [discussion and reply] (Dia, Aline, et al.) 103(1-3): 349-359
(Durga Prasada Rao, N. V. N., et al.) 105(1-4): 305-308 isotopes—O-18/0O-16
Indian Ocean see also Arabian Sea; Persian Gulf; Red Sea marine sediments: Middle to late Quaternary sediment flux
and post-depositional processes between the continental
Indian Ocean—geochemistry
slope off Gabon and the mid-Guinean margin
organic materials: Nutrient biogeochemical fluxes in the
(Bonifay, Denis, et al.) 106(1-2): 107-129
northwestern Indian Ocean
(Mantoura, R. F. C., et al.) 104(1-4): 291-292 isotopes—sea water
trace elements: Rare earth elements and neodymium isotopes stable isotopes: Seawater circulation through the flank of the
in the Indian Ocean Florida Platform; evidence and implications
(Bertram, C. J., et al.) 104(1-4): 289-290 (Paull, C. K., et al.) 102(1-4): 265-279
308 1992 YEAR-END INDEX, VOLUMES 102-107
isotopes—sedimentary rocks Italy—structural geology
beachrock: Stable isotopic composition of carbonate-cement- neotectonics: Collapse and flow of lowstand shelf-margin
ed Recent beachrock along the Mediterranean and the Red deposits; an example from the eastern Tyrrhenian Sea, It-
Sea coasts of Egypt aly
(Holail, H., et al.) 106(1-2): 141-148 (Trincardi, Fabio, et al.) 105(1-4): 77-94
isotopes—sediments Jamaica—geomorphology
carbonate sediments: Carbonate minerals, major and minor changes of level: Dynamic hydrology and diagenesis of a sub-
merged Pleistocene fringing reef, Discovery Bay, Jamaica
elements and oxygen and carbon isotopes and their varia-
tion with water depth in cool, temperate carbonates, west- (McCullough, M. L., et al.) 104(1-4): 139-151
ern Tasmania, Australia Jamaica—oceanography
(Prasada Rao, C., et al.) 103(1-3): 249-272 reefs: Dynamic hydrology and diagenesis of a submerged
— Oxygen and carbon isotope fields for temperate shelf car- Pleistocene fringing reef, Discovery Bay, Jamaica
bonates from Tasmania and New Zealand (McCullough, M. L., et al.) 104(1-4): 139-151
(Prasada Rao, C., et al.) 103(1-3): 273-268 Japan—oceanography
sediments: Sediments and sedimentary processes in Mutsu
marine sediments: Developing sediment geochronologies for
high-latitude continental shelf deposits; a radiochemical Bay, Japan; pelletization as the most important mode in
approach depositing argillaceous sediments
(Harden, S. L., et al.) 103(1-3): 69-97 (Minoura, Koji, et al.) 103(1-3): 487-502
isotopes—Sr-87/Sr-86 Japan—tectonophysics
marine sediments: Mineralogical, K-Ar and 87Sr/8®Sr isotope plate tectonics: Initiation of ophiolite emplacement; a modern
studies of Holocene and Late Glacial sediments in a deep- example from Okushiri Ridge, Northeast Japan Arc
(Tokuyama, Hidekazu, et al.) 103(1-3): 323-334
sea core from the Northeast Atlantic Ocean
(Huon, Sylvain, et al.) 107(4): 275-282 Japan Sea—geophysical surveys
pore water: Evidence from fluid seeps atop serpentine sea- seismic surveys: Initiation of ophiolite emplacement; a mod-
ern example from Okushiri Ridge, Northeast Japan Arc
mounts in the Mariana Forearc; clues for emplacement of
(Tokuyama, Hidekazu, et al.) 103(1-3): 323-334
the seamounts and their relationship to forearc tectonics
Jurassic see also under stratigraphy under Atlantic Ocean
(Haggerty, Janet A.) 102(1-4): 293-309
— Lithium; sources in pore fluids of Peru slope sediments Korea—oceanography
and implications for oceanic fluxes continental shelf: Origin and dispersal of Recent clay minerals
(Martin, Jonathan B., et al.) 102(1-4): 281-292 in the Yellow Sea
isotopes—thorium (Park, Y. A., et al.) 104(1-4): 205-213
Th-230: Accumulation rates of surface sediments in the lava see also igneous rocks; magmas
Norwegian-Greenland Sea lead—isotopes
(Paetsch, H., et al.) 104(1-4): 19-30 Pb-210: Developing sediment geochronologies for high-lati-
Israel—oceanography tude continental shelf deposits; a radiochemical approach
continental margin: Late Tertiary seismic facies and struc- (Harden, S. L., et al.) 103(1-3): 69-97
tures of the Levant passive margin off central Israel, east- lithium—geochemistry
ern Mediterranean pore water: Lithium; sources in pore fluids of Peru slope sedi-
(Tibor, Gideon, et al.) 105(1-4): 253-273 ments and implications for oceanic fluxes
Israel—stratigraphy (Martin, Jonathan B., et al.) 102(1-4): 281-292
Neogene: Late Tertiary seismic facies and structures of the magmas see also igneous rocks
Levant passive margin off central Israel, eastern Mediter- magmas—evolution
ranean continental margin: Magmatic-tectonic evolution of a volcan-
(Tibor, Gideon, et al.) 105(1-4): 253-273 ic rifted margin
Italy—oceanography (Eldholm, Olav) 102(1-4): 43-61
continental margin: Collapse and flow of lowstand shelf-mar- spreading centers: The Valu Fa Ridge; the pattern of volcanic
gin deposits; an example from the eastern Tyrrhenian Sea, activity at a back-arc spreading centre
Italy (Collier, J. S., et al.) 104(1-4): 243-263
(Trincardi, Fabio, et al.) 105(1-4): 77-94 magnetic surveys see under geophysical surveys under Spitsber-
continental slope: Effect of sea-level variation on upper-slope gen
depositional processes offshore of Tiber Delta, Tyrrhenian magnetism of rocks and minerals see paleomagnetism
Sea, Italy maps see also under geophysical surveys under Spitsbergen; see
(Chiocci, Franceso L., et al.) 104(1-4): 109-122 also under stratigraphy under North America
estuaries: Sedimentation of riverborne material in a shallow Mariana Islands—oceanography
shelf sea; Adige River, Adriatic Sea ocean floors: First results of study of sulphur-rich hydrother-
(Boldrin, A., et al.) 103(1-3): 473-485 mal activity from an island-arc environment; Esmeralda
Italy—stratigraphy Bank in the Mariana Arc
changes of level: Effect of sea-level variation on upper-slope (Stuben, D., et al.) 103(1-3): 521-528
depositional processes offshore of Tiber Delta, Tyrrhenian marine geology see also oceanography; see also under oceanogra-
Sea, Italy phy under Atlantic Ocean; Baltic Sea; California; France;
(Chiocci, Franceso L., et al.) 104(1-4): 109-122 Taiwan