Journal of Sedimentary Research 2003: Vol 73 Index

7 Pages·2003·2.1 MB·English

JOURNAL OF
SEDIMENTARY
RESEARCH
INDEX
VOLUME 73
JANUARY 2003—NOVEMBER 2003
EDITORS
DaAvip A. BUDD AND Mary J. KRAUS
EDITORIAL ASSISTANT
MELISSA LESTER
PUBLISHING ASSISTANT
MELISSA LESTER
PUBLISHED BY
SEPM
(Society for Sedimentary Geology)
6128 E. 38" St., Suite #308
Tulsa, Oklahoma 74135-5814
SUBJECT INDEX TO VOLUME 73
3D braid-bar architecture era ir comleteness fluid inclusions
87Sr/8°Sr geochronometer vant | competence fluvial
AMINO INEIOS 555 cco ac ssecs Seen : complexity fluvial sedimentology
Antarctic peninsula .... epee compositional data foreland basin
Antler orogeny ....... .. (6) 844 computer modeling - ..» (4) 498
Arabian deserts ....... cae nie as ene Dee cone-in-cone glacifluvial . 887
BURMAN 05, comen bank seoanketowe (4) 603 cool-water carbonates .. global change 5) 756
architecture .. ncaa aoe CORDRY. 6550564 Scouse (6) 1078 Gondwana (6) 1062
Ar-diffusion code ............... 1) 5 crystal growth , GPR: 559, (4) 516
PAMEMIMINAS crisps Saeco vs ahisaeewees 2; 57 Cupido Formation ............ .. (6) 869 grain size (4) 630
autocyclic processes . seaeawvale - Curnamona Province ... -5ae (6) 1086 gravel-bed rivers (4) 630
cyanobacteria ...... = ground water discharge os. (1) 128
Bangladesh .
groundwater circulation (2) 157
RING oc sackias sharon sesidtacehe | debris flow Guadiana estuarine system
bed thickness variation ............. ) 62] debrites gypsum
bedforms oni ch Saas deep-water deposits
bedrock-controlled estuaries .............. 973 deepwater sand . hardgrounds
Betic cordillera a eee eere ne deformation .. ate Hawaii (6) 856
biosiliceous sponges .................00005 D7 GEN sn (6) 912 heavy minerals (4) 572, (6) 906
cl ¢€6 ) SAescmested ’ C deltas (1) 31 high-resolution seismic (1) 31
borehole electric imaging ........... density . (5) 706 hot springs (5) 806
bounding surfaces .. density currents ....... (4) 621 hydraulic jumps (6) 887
braided rivers lepositional systems SsonoenD Poe hydrocarbon migration
Broken Hill ...... Nie Sateen 03 depositional environment ... ..... (3) 444 hyperconcentrated er (6) 887
PRIOR cay, wlth Ae - determining provenance ...... we. (3) 434
budget .... athe es : ¢ etrital fission-track ....... ») 1051 ice movement
PERE ESS ptr ct saa hae see SO detrital modes ......... (5) 830 IRRSC PEOCOSSIBD Se ec0c.cescwabocee (4) 630
diagenesis .... (2) 157, (5) 806 in-channel splay
calcification ........ sixes é ROI Secs tecaten eee (2) 146 incised valley
calcite ligital image analysis (1) 133 RIVEISE BEMEIND s sidan ss.0d siarcsovee onnee s (2) 333
calcite diagenesis .... ssisidisielawie, MCD liscriminant analysis 5 et (1) 47 isotopes (3) 444, (3) 462
Cambrian : lisplacive fascicular-optic calcite .. (3) 462
SAINCIOB BASIN 5.6.5. 5sc0ia.s Saini waster ie lolomite .... 5 ie . (3) 421
capacity olomitization ..... sccassese ey Mage OT
capillary fringe drag coefficient
capillary pressure
carbonate .. early diagenesis 177 Kaiparowits
carbonate parasequences .......... el GS7 effective stress j ganas ; | K-Ar .
carbonate platform elemental analysis .............. 4 OY 62 Karoo (4) 603
carbonate precipitation ................ +) 49] entrapped air
carbonate ramps .. eolian sands Eafe nie 7 lacustrine sediments
carbonates ... (2) 328,( 2) » (3) 421, ( CREM EAMD: io prsuiss i suwacesewe face ven oe OOO lacustrine sequence stratigraphy (6) 987
7 ephemeral a Lake Baikal (6) 941
carbon-isotope ................s.0.eee024. (6) 844 epicontinental seas Se 3: Lake Eyre Basin (6) 1036
Caribbean ents sue tacin 2) 187 eustasy ...... am oMedicCL ate lake sediments (1) 82, (1) 91
Carnian COUN es ois. rcouses agen cee laminated sands 33
cathodoluminescence .......... (2) 328. (6) 1007 EVADOMIES o) cc cceecs ai 80, (3) 45 landslides
CAV ois sacra sec istipace .. (3) 451 exhumation eS Acamecont ase bentan ; late Eocene
cementation exopolysaccharides .............. JG : late Quaternary evolution (6) 973
Central Andes ........... : an (1 experiment Latest Jurassic—Early Cretaceous (2) 309
chalk ... extensional basin .... sigissedeee ins Lontova claystones ccniseeac nee
chemical compaction
Lower Cretaceous (6) 869
chemical weathering .................. 3) 434 fabric Lower Ordovician
chemistry of soils ........................ (3) 434 fabric WAALYRIS' sin 5 cca naninocetanien vacua ewe ONnOe. lowstand
clay isotopic dating RADIOS Te cee ee (5) 672
climate ... EACICSTIOUE! oo ods acssiscaccceanseeio on macrofabric
clinoform . got aes se filter
Maine (4) 559
closed basin .. floodplain formation ........ 5 margin paleoceanography (2) 296
coastal pond ........... ) 559 Florida Platform meander scrolls
collapse breccia a flow deflection ... (4) 621 mechanical compaction (6) 1007
combined flows fluid flow .......... (1) 128 Messinian
JOURNAL OF SEDIMENTARY RESEARCH, VoL. 73, No. 6, NovemBer, 2003, p. 1098-1099
Copyright © 2003, SEPM (Society for Sedimentary Geology) 1527-1404/03/073-1098/$03.00
SUBJECT INDEX 1099
metamorphic grade 5) 830 pore structure southern Missouri : yaa (3) 421]
micritic cement 296 pore water Spain e 12, (2) 309, (6) 912
microbes 5) 806 precession index spherical statistics (5) 720
microbial metal reduction 206 pressure solution .... (1) 64 springs (5) 691
microbialites protolith composition ... (5) 830 storms
microfractures (6) 1007 provenance .. (1) 47, (1) 72, (2) 309, (6) 1062 storm-wave dominated
Milankovitch cycles stratigraphic architecture
mineralogy (6) 1036 quartz cement (1) 64, (6) 1007 stratigraphy
Miocene (1) 31, (3) 407, (5) 653 quartz cementation . (2) 146 stromatolites
Mississippian (2) 206, (6) 844 Quaternary (1) 82 sty lolites
RIPON 2520 acd aiers hint aaa naan cena (2) 146 subaqueous fan.
moraine 887 radiocarbon dating . (6) 941 subglacial processes
mud mounds 869 rate control .... . (2) 146 suction corer
mudstone early diagenesis 957 (1) 58 suspended sediment
Murray Basin . «co Ors recycled orogens (1) 72 syn-rift
WOM 2252s ase OCF I@ ) BR (6) 856
Nama Group .. (2) 264 regolith geochemistry . (6) 1036
Namibia 264 regression (6) 912 tectonic
Nankai Trough 589 rift lakes (6) 941 tteecmtpoenriacts e carbonates
NE Mexico 869 rifted-margin provenance .
nearshore clastic deposits 5) 745 rock fragments terranes
Tertiary
New Jersey 227
textural characteristics
numerical modeling 5) 637 sample preparation
throughflow
sand wae ( tidal
oblique accretion sandstone detrital modes a 2) 309 tidal bundles
ocean chemistry sandstone diagenesis (6) 1007
tide-dominated delta .
Ocean Drilling Program sandstone geochemistry
tides
sandstone mineralogy
till
Olduvai Gorge sandstone petrology
topography
Oligocene sandstones
trace elements .
organic matter burial Sauk Sequence .
trace fossils
Orogenic provenance sediment eager
orogenic sediments sedimentary architecture .... traction ....
traction-carpet .
outer ramp sedimentary structures .
trench-slope basin Sugeuavaseseeat
turbidites ... (3) 367. (4) 603, (
paleoclimate sedimentation
paleocurrent variations Sego Sandstone
paleoenvironmental controls seismic geomorphology Uinta basin
paleokarst seismic profile uncompacted sediments
Paleoproterozoic seismic stratigraphy Upper Cretaceous ..........
paleotopography seismic-reflection profiles US Middle Atlantic Coast
paraglacial SEM .. Utah
particle diameter septarian concretions
passive margin 22 sequence stratigraphy vadose zone .
Pennsylvanian (1) 15 (3) 407, (3) 421, (3) 462, (5) 75
vaterite . ;
periglacial slopes ics (5) 720 sequential architecture ... Venetian foreland ..
peripheral-bulge cee sae settling velocity volcaniclastic
permeable sediment 28 shelf vortex ripples
Permian 3) 451 shelf-edge trajectory ...
petrofacies (6) 105] shoreface ..
water degassing
petrogenesis of terrigenous sediment . (3) 434 silica cycle
phosphogenesis (6) SAL siliceous sinter 806 waves ..
wetland
platform margin . (5) 756 siliciclastics ) 3]
Pliocene (1) 31 small scale cyclicity 653
plutoniclastic soils solifluction (5) 720 XRF micro-scanner
Poland sorting rs (6) 906
ponding Southern Alps . (6) 1051 Yellowstone ..
AUTHOR INDEX
AUDADD S, to BOS AAP UESIS GE ois erdisielscs'dnis slo'sa a wisiais'eln,siuatgle eseisieioee (5) 735 CLAUER, N. Post-depositional evolution of platform claystones based on a simu-
ALEXANDER, J. see MORRIS, S.A. ........ lation of thermally-induced diffusion of radiogenic *°Ar from diagenetic illite
ALONSO, A: see ARRIBAS, J. ....555.. 000s .c0000008
ALONSO-AZCARATE, J. see ARRIBAS, J. ......... COLMAN, S.M. Quaternary sedimentation and subsidence history of Lake Baikal,
ANDO, S. see GARZANTI, E. ............... Siberia, based on seismic stratigraphy and coring (6) 941
ARNOTT, R.W. see RUSSELL, H.A. ....... sehen (6) 887 CORBETT) DiRysce MARTINGB. 2c icscoece cov cvees <eauteum aaa pecaays (1) 128
ARP, G. Microbialite formation in seawater of increased salinity, Satonda Crater COWAN; (CAA SCecT ARE: CIEL ies dene. cuca ancnueasneuva nwamneemnancaaat (3) 354
Lake, Indonesia . Sco A SERNA KE Pes SiS hae af) S105 CRITELLE S. T he recycled orogenic sand provenance from an uplifted thrust-belt,
ARRIBAS, J. Sandstone petrography of continental depositional sequences of an Betic Cordillera, southern Spain (1) 72
intraplate rift basin: western Cameros Basin (north Spain) . (2) 309 CROWE: DE See RAILS BNC Ro Baise cos vasa asd seeds te aneaantasrnaes (5) 790
ARRIBAS, J. see CRITELLI, S. vase ee alece (1) 72 CUNNINGHAM, K.J. Interplay of late Cenozoic siliciclastic supply and carbonate
ARTIGAS, R. see ARRIBAS, J. .... . (2) 309 response on the Southeast Florida Platform
ASHLEY, G.M. see LIUTKUS, C.M . (5) 691
ASHWORTH, P. see BEST, J.L. . (4) 516 DE CARITAT, P. see TONUI, E. (6) 1036
DEIBERT, J.E. Eocene clinoform growth in front of a storm-wave-dominated shelf,
BALSILLIE, J.H. Plotting equation for Gaussian percentiles and a spreadsheet pro- Central Basin, Spitsbergen: no significant sand delivery to deepwater areas ..
gram for generating probability plots—Reply es (6) 1083 546
BALSILLIE, J.H. Plotting equation for Gaussian percentiles and a spreadsheet pro- DEL RIO, V.D. see LOBO, F.J. 973
gram for generating probability plots—Repl\ (6) 1086 DELIVBRAS DISCOGARZANT in bs. .. Jacks vie suoa casein mceeeed dations (4) 572
BARCELO-VIDAL, C. see VON EYNATTEN, H sieeun dence POMS SIS SOC RAS scale ciela oeB U)o e nisclc aheccvers eiubrares alow cobpiaicteteates oleate ts (6) 973
BARRENECHEA, J.F. see ARRIBAS, J. (2) 309 DEAL RSC CEEN C ED «Sik csis in ese ntale(oiawialsis sselnioie dap avies eee (5) 790
BARRON, J.A. see CUNNINGHAM, K.J - (1) 31 DONOGHUE, JF. see BAL SIE J ic cacicnteviviensacsasse veces OOO
BARTEK, L.R. see WELLNER, R.W (6) 926 DONOGHUE. TE SCE APSE Sidi osiciosceu aeeuieicy since soomnetee (6) 1086
BENDA, T. see DEIBERT, JE; .....: . (4) 546 DOROBEK, S.L. see MURILLO-MUENTON, G. .............s0ccc0se0e (6) 869
BENSE, V.F. see vAN DEN BERG, E.H (1) 133 RTS) SAS SCC ADEE RG ites ea oe waa iivc unio tansihlesetatceean s (2) 206
BERENDSEN, H.J. see MENDEZ, G. . (6) 1078 DROS TES 1, soe HEELGTAINR ER TA, iiiieiele's seigeuisidaeteeyteseeined
BERNOULLI, D. see MUTTI, M. . (2) 296 DUPRAZ, C. see BRAISSANT, O.
BEST, J.1 TTh h ree-dimensional sedimentary architecture of a large, mid-channel sand DUTKIEWICZ, A. Hydrocarbon pseudo-inclusions in barite: how to recognize and
braid bar, Jamuna River, Bangladesh palioatehaiisenscse sah . (4) 516 avoid artifacts during sample preparation 171
BJORKUM, P.A. see WALDERHAUG, O. .. staiaeae sapaineene ye
BOBST, A. see LOWENSTEIN, T. (1) 91 630
BOOKHAGEN, B. see TRAUTH, M.H (1) 82 589
BOURKE, M.C. A sma l-scale throughflow outburst n a heterolithic ephemeral FERNANDEZ, J. see SORIA, J.M. 912
channel cuca er nee (2 FITZGERALD, D.M. see BUYNEVICH, L.V. 559
BRAISSANT, O. Bacterially induced mineralization 0 f calcium carbonate in terres- FLETCHER, C. see HARNEY, J.N. 856
trial environments: he role of exopolysaccharides and amino acids EINE ANS SCE ORR ORRIN RIVES «oles nici 3 Ou (Badielw )siats devils eons soaaTslolaTsen Os (4) 603
FLINT, S.S. see KEIGHLEY, D. 987
BRISTOW, C.S. see BEST, J.L PACA aS: SEE UE RON, iain cts ciah/< Flow wasiwos 5 eine aa te ES (1) 5
3RUHN, R. High-resolu ion sequence stratigraphy of a clastic foredeep succession
(Paleocene, Spitsbergen): an example of pet l-bulge-controlled deposi- GABEL, S.L. see WILLIS, B.
tional architecture . (5) 745 GAMMON, P.R. Paleoenvironmental controls on upper Eocene biosiliceous neritic
BUCK, S.G. Conical sec imentary structures, trace fossils or not? Observations, ex- sediments, southern Australia (6) 957
periments, and review . : ; esse kOpS 38 GARCIA, F. see SORIA, J.M. Paiinnaad duds ect nha cen cua es azo Mee (6) 912
BURGESS, P.M. Numerical forward modeling of late platform dynamics: an GARZANTI, E. \ classification of metamorphic grains in sands based on their
evaluation of complexity and completeness in carbonate strata .. . (5) 637 composition and grade (5) 830
BURKY, D. see CUNNINGHAM, K.J. Ay GARZANTI, E. From rifted margins to foreland basins: investigating provenance
BUTLER, K.M. see BALSILLIE, J.H . (6) 1083 and sediment dispersal across desert Arabia (Oman, U.A.E.)
BUTLER, K.M. see BALSILLIE, J.H. (6) 1086 GAUMET, F. see HILLGARTNER, H.
RDtI YNEVICH, I.V. High-resolution subsurface (GPR) imaging and sedimentology CSW EEO Es aRehe iS EE ORC, EOE, S07,s aith a ata sidaS tealer ean (3) 407
of coastal ponds, Maine, U.S.A.: implications for Holocene back-barrier evo- GIRTY, G.H. Assessing changes in elemental mass as a result of chemical weath-
lution . (4) 559 ering of granodiorite in a Mediterranean (hot summer) climate (3) 434
GOEDRING RR seeS UCR GS taste sineca ei a vaddedsieg cocke ceg vadewes (3) 338
CABLE, J.E. see MARTIN, J.B. ....... . (1) 128 GRONZABES y RSC SOO, bad sissies cos snele(ssieleisic oaectecvorceeseaeedar (6) 973
CAILLEAU, G. see BRAISSANT, O. . . 5. ae hee GOROKHOV, I.M. see CLAUER, N.
CARR, I.D. Sedimentology and sequence stratigraphy of early syn-rift tidal sedi- GRECULA, M. Partial ponding of turbidite systems in a basin with subtle growth-
ments: the Nukhul Formation, Suez Rift, Egypt (3) 407 fold topography: Laingsburg—Karoo, South Africa (4) 603
CHAFETZ, H.S. see GUIDRY, S.A. .. . (5) 806 GREGG, DNS SC OVERGIRUE1 , FGDs. ichccccnsscsadieatvucpiawccesscns (3) 421
CHEADLE, M.J. see SHELDON, HLA. ....... aatepcict . (1) 64 GROTSCH, J:see HECIGGARTINGEROE, .i..52es dhs vasncvacseeanseeenccees (5) 756
CHEN, W. Determination of drag coefficient in measuring particle diameters GROTZINGER; J/Posee PARSONS. SD. o.54 concceseugssuccesstenesaneat e (5) 840
(5) 714 GROTZUNGER, 32. SCE MOLE NIRS, 5.5). ous stenoses etauesadseranaaendeins (2) 280
(2) 227 GUERTIN, 1A::see CUNDINGRAM ORGS, o.iocucssisasvcanec treoassseses (1) 31
JOURNAL OF SEDIMENTARY RESEARCH, VOL. 73, No. 6, Nov EMBER, 2003, p. 1100-1103
Copyright © 2003, SEPM (Society for Sedimentary Geoiogy) 1527-1404/03/073-1100/$03.00
AUTHOR INDEX 110]
GUIDRY, S.A. Depositional facies and diagenetic alteration in a relict siliceous hot- LEGROS, F. Can dispersive pressure cause inverse grading in grain flows?—Reply
spring accumulation: examples from Yellowstone National Park, U.S.A. ..... (2) 335
(5) 806 LIND, A. see SHELDON, H.A. ..
LIU, R. see ZHONG, G.
HANOT, F. see THIRY, M. LIUTKUS, C.M. Facies model of a semi-arid freshwater ‘wetland Oldj uvai Gorge
HARNEY, J.N. A budget of carbonate framework and sediment production, Kailva Tanzania .......... pats adda Bixee ated (5) 691
Bay, Oahu, Hawaii (6) 856 LOBO, F.J. High- resolution seismic stratigraphy of a narrow, bedrock-controlled
PEGGING SEO WAITING, EB ccs cise seca tdeadenasses ededectvecwacs (1) 128 estuary: the Guadiana estuarine system, SW Iberia .. (6) $44
HEIN, M.C. see LOWENSTEIN, T. LOCKER, S.D. see CUNNINGHAM, K.J
HEITMAN, B. see GIRTY, G.H. (3) 434 LONGUEPEE, H. see HILL, P.R. A Nahas. irenatees
HERNANDEZ-MOLINA, F. SOO RAO Eto s oss yes essere oouseaees (6) 973 LOSETH, T. see penne UL eeerree ; ants (4)
P.R. Combined-flow processes and sedimentary structures on the — LOWENSTEIN,’ . An assessment of stratigrs:r aphic completeness in c Jim: ite-sensitive
HILL,
of the wave-dominated Grande-riviére-de-la-Baleine delta Gosd-basie lake sediments: Salar de Atacama, Chile . (1) 9]
HILLGARTNER, H. The Barremian—Aptian evolution of the eastern Arabian car- LU, F.H. Sr, S, and O (SO,) isotopes and the depositional environments of the
bonate platform margin (northern Oman) upper Miocene evaporites, Spain ....... (3) 444
HINE, A.C. UKASIK, J.J. Deepening-upward subtidal cycles, Mur: 1 Besin, South Australia
HINNOV, L.A. see PRETO, N. 5) 653
HIRANO, S. see UNDERWOOD, M.B. (4) 589 LUO, S. see LOWENSTEIN, 1
ROLLAND, SM. see: RAISBAGK. LLB. cisisccssscccdsterewacsaedecn s (5) 790 LUTH, R.W. see JONES, B
HOWELL, J.A. see KEIGHLEY, D LUTH, R.W. see JONES, B.
HRYNIV, S.P. Sulfate cavity filling in the lower Werra Anhydrite (Zechstein, Perm- LYONS, W.J. see - PARSONS, EER caves
ian) Zdrada area, northern Poland: evidence for early diagenetic evaporite pa-
leokarst formed under sedimentary cover ....................222222 (3) 45] MA, Z. see ZHONG,G Paria ce tele
HUGHES, M.G. see TOMKINS, M.R ) 906 MACQUAKER, J.H. Maximizing information from fine-grained sedimentary rocks
HUNTER, D.M. see RAILSBACK, L.B. .... 5) 790 an inclusive nomenclature for mudstones ... (5) 735
MAKOWITZ, A. Quantification of brittle deformation in or al compaction, Frio
JACKSON, C.A. see CARR, I.D. 3) 407 and Mount Simon formation sandstones ...... cvavsesvence (Op 1007
JAMES, N.P. see GAMMON, P.R. . (6) 957 MARSAGLIA, K. see CRITELLI, S. |
PRIMERS: NGEs SCC PRUNGASEMFGi e cedciicsecescacdecsaycasevarscacunnésestes GOONS MARSH, J. see GIRTY, G.H. ..
MARTIN, J.B. A multi-level pore water sampler ff or permeable sediments
JOHELINGOIINy BY. SCE CHINO CHER: v32ccadetn daudtinacedatisndsesens eels .. (3) 434
JOHNSON, S. see GRECULA, M. (4) 603
MARTIN, S. see ZATTIN, M. : }
JONES, B. Petrography of finely crystalline Cenozoic dolostones as revealed by
MAS, R. see ARRIBAS,J or Rass Daw cuaetd soca ESS
backscatter electron imaging: case study of the Cayman Formation (Miocene),
MCBRIDE, E.F. Calcite-cemented concretions in Cretaceous sandstone, Wyoming
Grand Cayman, British West Indies ............. (6) 1022
JONES, B. see MIALL, A.D. vevves (AY S51 and Utah, U.S.A. ...... error ere : seneeee (OY 462
MCCAFFREY, W.D. see KNELLER, B.C erent er
JONES, B. Temporal evolution of Tertiary dolostones on Grand Cayman as deter-
MCCONNELL, J.R. see GIRTY, G.H. .... 3) 434
mined by °7Sr/*°Sr
JORDAN, E.M. see RAILSBACK, L.B. MELTZNER, A. see GIRTY, G.H. ........ oS (3) 434
JORDAN, T.E. see LOWENSTEIN, T. MENDEZ, G. The TESS-] suction corer: a new devi ce to extract wet, uncompacted
sediments ....... annua Soe hayes acevnuc, (On Mee
MEULE, S. see HILL, ID R. pied Pauneon aan dace een Bia 2) 217
KARABANOV, E.B. see COLMAN, S.M. : (6) 94] MEYERS, W see LU, F H. 4 3
KEIGHLEY, D. Sequence stratigraphy in lacustrine basins: a» model for part of the ry Sandstone (Ti
MIALL, A.D. Fluvial sochineist ure of the Hiw ale»ss bu
Green River Formation (Eocene), southwest Uinta Basin, Utah,U .S.A.
Sydney, Australia ore Sie : ‘ a
re (6) 987 MILLAR, S.W. Influence of clast axial ratio on macrofabric strength in
KIDO, Y. see KOSHIKAWA, T. . (5) 824
colluvium ah
KLAUS, A. see UNDERWOOD, M.B. 4) 589
MILLER, K.G. see PEKAR, S.F
KNELLER, B.C. The interpretation of vertical sequences in turbidite beds: the in-
MILLIKEN, K.L. see MAKOWITZ, A
fluence of longitudinal flow structure 5) 706
MILLIKEN, K.L. see MCBRIDE, ELF. .....
OCH. VE. SCC BAR SIORIE SEE os 585 ciivece ccsqcawxeeansdseuassoseys (OP LORE
MILLIKEN, K.L. see REED, R.M.
KOCH, J.L. see BALSILLIE, J.H. tes’ . (6) 1086
MOORE, G.F. see UNDERWOOD, M.B
KOELA., V. see POSAMBENTIER, FEW oo. cicciccivactecdencsesscsswsecce GPS
MORALES, J. see LOBO, F.J.
KOMINZ, M.A. see PEKAR, S.F. (2) 22 MORRIS, S.A. Changes in flow direction at a point caused by obstacles during
KOSHIKAWA, T. High-resolution rapid elemental analysis using an XRF micro- PASSE OF a GEASHY CURIONE 55 5. oe Ssc oic snecen'ne seisce es cxeasesarecce (OP OR
scanner MOSCARIELLO, A. see KEIGHLEY, D. ............. Saal
KU, T. see LOWENSTEIN, T. MULLER, A.B. see TRAUTH, M.H.
MURILLO-MUENTON, G. Controls on the evolution of cza xbont ite mud mounds in
LARSEN, N.K. Fabric pattern in a basal till succession and its significance for the lower Cretaceous Cupido Formation, northeastern Mexico ... ene
reconstructing subglacial processes ...............cseeeeeeereeenee e GR he MUTTI, M. Early marine lithification and hardground development on a Miocene
LATTER, K.K. see CRITELLI, S. (1) 72 ramp (Maiella, Italy): key surfaces to track changes in trophic resources in
LAWTON, T.F. Integrating sandstone petrology and nonmarine sequence stratigra- nontropical carbonate settings Swat soos, Sinden CEheEO
phy: application to the late Cretaceous fluvial systems of southwestern Utah,
NANNY, C20. SOG PAG Bok os 3s scncncacscustacsscene won et (1) 5
LE PERA, E. see CRITELLI, S. (1) 72 NEIESON, J. see GUE, GER cdcini cee cnscecens- . (3) 434
LE ROUX, J. Can dispersive pressure cause inverse grading in grain flows?—Dis- NEE SOR Bee, Cy Ee SCG CORMAN, SME csi visine xaniinsiacinsinslaiacinstne .. (6) 941
cussion 2)°355 NELSON, F.E. see MILLAR, S.W. iii tisaeenteethein ee
1102 AUTHOR INDEX
INES SEEDS, Be GOS AAOIRMAING VEINS ciss iin'oi s ein ad vigals'ss aswsleabivisiieidserelsaae (6) 906 SHANMUGAM, G. A preliminary experimental study of turbidite fan deposits—
NYGREN, D. see GIRTY, G.H. (3) 434 PVISCUSSION ic.5 datst ern aotneraie ua Saelnc isS ariS asieanle aanleacaaamuaeenaemees (5) 838
NYGREN, J. see GIRTY, G.H. (3) 434 SHARP-UR see CARRIED): 52.5 .ccvesagsaddeeccensta seeeaeseeer ne (3) 407
SHELDON, H.A. An analysis of the roles of stress, temperature, and pH in chemical
OBOH-IKUENOBE, F.E. see OVERSTREET, R.B. ..................0065 (3) 421 CORPACHO I OL SHINES OIES 5.5.15). o snisiocts 2% sia sieisivre visel awl setae es (1) 64
OLSZEWSKi, T.D. From cyclothems to sequences: the record of eustasy and cli- SIME, L.C. Information on grain sizes in gravel-bed rivers by automated image
mate on an icehouse eperic platform (Pennsylvanian—Permian, North American AMAALSIS «sis gle seu nce sae tan as ads ae somone de eaupeaoten urn acaaneed (4) 630
Midcontinent) (1) 15 SORIA, J.M. Correlative lowstand deltaic and shelf systems in the Gaudix Basin
OVERSTREET, R.B. Sequence stratigraphy and depositional facies of Lower Or- (late Miocene, Betic Cordillera, Spain): the stratigraphic record of forced and
dovician cyclic carbonate rocks, southern Missouri ................. (3) 421 HOTMAl SESTESHIONS: Siiieiicinnido, veccssats sdboueteOaassctontmaninasads (6) 912
SOUTHARD: TB see PARSONS O:D 5.54 dosnceuscendcnes \anseaedsnte (5) 840
PAGE, K.J. Floodplain formation and sediment stratigraphy resulting from oblique STBEIARASSRe BREINER, 624v ies. vase aeecyoicrevadtebervestaanaene (5) 745
accretion on the Murrumbidgee River, Australia ...................... (1) 5 SP EMOLY RSs SOC MDP HESISIC NPS 226d cosei sa s sale gates comtvoenseeensenan (4) 546
PARCELL, W.C. Evaluating the development of Upper Jurassic reefs in the Smack- SPEEA COSCO OE MERION, en onsite seaiscain sea vard onde cab neuen eeue (6) 1051
over Formation, eastern Gulf Coast, U.S.A. through fuzzy logic computer mod- S REELING, COW) See PARSONS: SoD 5 oo ads dees cavanncns Vedeouseneve (5) 840
MMs cor soe siete ee Ab ch eed il ahesorsicislgapratte siete ca meets ere (4) 498 STEURER: J. see UNDERWOOD) MIB. oc5.6sccseresascetiencscheacecves (4) 589
PARSONS, B. Quaternary facies assemblages and their bounding surfaces, Chesa- STOUTHSMER. EB. SCG MENDELOGs 1h. .<cescacs eavevseesetesecde s (6) 1078
peake Bay mouth: an approach to mesoscale stratigraphic analysis .. (5) 672 SERBCRER, NUR: See PRAU ME MEETS cic. ihc sas Sone taak sess ese va cans (1) 82
PARSONS, J.D. A preliminary experimental study of turbidite fan deposits—Reply S WARZENSKI. PW: SECUMAIR TEN, SEBS ..05 cccicasnoanaw nsecrncaereesesus (1) 128
(5) 840 SWAP SL) Te NCC EMIS NOSED oilst iara nc pee adenaniade ete eceie nee menae (5) 672
PAIZROW OKY, NLE, ste OLSZEWSKE TD, .o.:0ciscscccecasccetaass (1) 15
PAWLOWSKY-GLAHN, V. see VON EYNATTEN, H. .................. (1) 47
TADA| RR. See ROH WAL Eos dices da uusera sued sdeeaaesokesneeer s (5) 824
PEKAR, S.F. Quantitative constraints on the origin of stratigraphic architecture at
TAIRA; A-see: UNDER WOOD MER. os cicnicsstccseracncbcoseccnweeuae s (4) 589
passive continental margins: Oligocene sedimentation in New Jersey
TAPE, C.H. Tidal bundle sequences in the Jordan Sandstone (Upper Cambrian),
PEREZ-ARLUCEA, M. see MENDEZ, 'G: ...5.0ciecccscencesccseecee s (6) 1078
southeastern Minnesota, U.S.A.: evidence for tides along inboard shorelines of
SUNK WAC BOR BERNINA 8. asco slos n cic.cc's cnidis eisinegioh aa sidleenemeats 3) 451
the Sauk Epicontinental Sea (3) 354
PARSPRERGD IVES ROC NGAI DES MOOR, oo. vicsiass ns sueb aloy inu e nse Svein ev ati 3) 462
THIRY, M. Chalk dolomitization beneath localized subsiding Tertiary depressions
PARSERES S ASSET PARTON NINN ie sic rs erhtd sana celanaW aualslls'a orcocieteteinen Somer (2) 157
in a marginal marine setting in the Paris Basin (France) ............ (2) 157
PARARUAS NP II a PAO MOIR ONSIN, INK a ones occ cistev aisb a ves sais de nanlieoeen 5) 725
PITTET, B. see HILLGARTNER, H. 5) 756 TIPPER, J.C. Plotting equation for Gaussian percentiles and a spreadsheet program
POETIC 1 see CAW TONS TE... soi. ceivnnsebesiswasaslnvcedecesess (3) 389 for generating probability plots—Discussion (2) (6) 1085
POPE, M.C. The Paleoproterozoic Stark Formation, Athapuscow Basin, Northwest TOBIN, K.J. Echinoderm stabilization associated with a paleokarst surface at the
Canada: record of a cratonic-scale salinity crisis (2) 280 Mississippian—Pennsylvanian boundary in Tennessee, U.S.A. ....... (2) 206
POSAMENTIER, H.W. Seismic geomorphology and stratigraphy of depositional TOMKINS, MLR. Selective entrainment of sediment graded by size and density
elements in deep-water settings (3) 367 MIG WUES (5c sisielc aria tivlassace sites oeciou aoe nttree metic otlneatt a rewrote (6) 906
EASE MSs ASP SOC AREAOULASIME 57.0 0d.s'sbioaehapansninaeb wuwmannenteneasees (4) 603 TONUI, E. Composition, diagenesis, and weathering of the sediments and basement
PRETO, N. Unraveling the origin of carbonate platform cyclothems in the Upper of the Callabonna sub-basin, central Australia: implications for landscape evo-
Triassic Durrenstein Formation (Dolomites, Italy) .................. (5) 774 lution (6) 1036
EAE AS VE SOAS Fs COS oo scvarnscu aussie oachwascheacsuewse ee 3) 434 TORTOSA, A> See ARRIBA, So 5i...cis ws cieincaecdstcsbecuenvenuewencnes (2) 309
RORTOSA, Ax see CRIED darn: sic« bcsbiws anmeulacesaksereise caya euane ens (1) 72
RAILSBACK, L.B. Controls on geochemical expression of subaerial exposure in TRAUTH, M.H. Late Pleistocene climate change and erosion in the Santa Maria
Ordovician limestones from the Nashville Dome, Tennessee, U.S.A. ..... (5) Basin, NW Argentina
RUMPEADI ATOA Se ROE GMINA GIFT. 2. ss cicicivgs's sdcies seaside soneese sons (3) 434
PRAZADIP: SOC MINAAGARTINGNG Te. oeiiccclysosdesetsdsa vecssscauvekedees (5) 756 UNDERWOOD, M.B. Sedimentary and tectonic evolution of a trench-slope basin
REED, R.M. How to overcome imaging problems associated with carbonate min- in the Nankai subduction zone of southwest Japan
erals on SEM-based cathodoluminescence systems (2) 328
RIA SNR AS REC MAREE AS 525 sd oieb p nisias ew ee ciaos a ba w/cum Quiche smenun asa eee (1) 105
VAN BUCHEM, FS..see HILEGARINERS EL. ..2.5s0sicncesscevssecesenes (5) 756
EMU i PRE TAS, os owas oan bah dena oacsdtemeurmaeawanaceaer (1) 105
RIDLEY, J. see DUTKIEWICZ, A. 171 VAN DEN BERG, E.H. Assessing textural variation in laminated sands using digital
ROBINSON, R.A. see LAWTON, TF. 3) 389 emage aNAlYSIS OF UM SECHONS 260. vce. s oa ctiecneeiiwscsareeenosces (1) 133
MADEIRA SCG ARRI N 0 6c iafe i2s ss Estas dag svn csB SW eh Ramonee aeeees (2) 309 VERRECCHIA, E:Po ste BRAISSANT, ©. oo0..cssce0nns-oespueesr aecnse e (3) 485
ARIES BOE NA SO Sac: 5s wivlolsisics ciotslosaig a v'psk elabbc Se bos ween eee ees (4) 516 VEZZOLT Gisee' GARZA By. 52 seve ss sanencecwnce suceensexoneante (5) 830
RUNKEL, A.C. see TAPE, C.H. 3) 354 VEZAZOEING Se: GARZAINIISES..5 12075 ovat. ainualtos aes ones mnenaans es (4) 572
RUSSELL, H.A. Hydraulic jump and hyperconcentrated flow deposits of a sub- VISERINS: Cyst Stns SMer G caistosine fanarinrem miucueiuueancse ttenev eeya uls (6) 912
aqueous fan: Oak Ridges Moraine, southern Ontario 887 von EYNATTEN, H. Composition and discrimination of sandstones: A statistical
evaluation of different analytical methods ...................cceeeeees (1) 47
SADEK, A. see CARR, I.D. 3) 407
SALTZMAN, MLR. Organic carbon burial and phosphogenesis in the Antler foreland WALDERHAUG, O. The effect of stylolite spacing on quartz cementation in the
basin: an out-of-phase relationship during the Lower Mississippian Lower Jurassic Std Formation, southern Barents Sea (2) 146
(6) 844 WELLNER, R.W. The effect of sea level, climate, and shelf physiography on the
SAYLOR, B. Sequence stratigraphy and carbonate-siliclastic mixing in a terminal development of incised valley complexes: a modern example from the East
Proterozoic foreland basin, Urusis Formation, Nama Group, Namibia China Sea
SCHELUPEPER, M. see DEIBERT, VE), ...0i5 6:08 ccscesiadesensceseceeses (4) 546 WELLS, N.A. Plotting equation for Gaussian percentiles and a spreadsheet program
SCHLAGER, W. see VAN DEN BERG, ELE. .....22....005500c00scescee0s00 (1) 133 for generating probability plots—Discussion (6) 1082
NCH WEED. WI-s00 PARSONS FD: 6 ooSacscscsaushecsavevanedes (5) 840 WHEBEER: J see SHEN, EEA 8s2 35:k 00).c bs walslewies ee aaeeeeaweieanee (1) 64
AUTHOR INDEX
WICKENS, D. see GRECULA, M. WU, N. see ZHONG, G. (2) 177
WILLAN, R.C. Provenance of Triassic—-Cretaceous sandstones in the Antarctic Pen-
insula: implications for terrane models during Gondwana breakup ZATTIN, M. Detrital fission-track analysis and sedimentary petrofacies as keys of
(6) 1062 alpine exhumation: the example of the Venetian foreland (European Southern
WILLIAMS, K. see PARSONS, B. (5) 672 Alps, Italy) (6) 1051
WILLIS, B. Formation of deep incisions into tide-dominated river deltas: implica- ZHONG, G. Distribution of Upper Cenozoic carbonate-cemented sandstones, Kuche
tions for the stratigraphy of the Sego Sandstone, Book Cliffs, Utah, U.S.A. Depression, northwest China: insights from high resolution borehole micro-
246 resistivity imaging 2) 177
WILSON, MEE; see UNDERWOOD) NEB ec... osii csesisswcsscvevectasecees (4) 589 ZILBERBRAND, M. Degassing water around air bubbles entrapped in the vadose
WORDEN, Rik Ste SHEUDON. PRA: o 5. ic ivcscsacsssccsneevssccsanccds (1) 64 zone as a mechanism of carbonate precipitation—a hypothesis (4) 491
WRIGHT, V.P. see BURGESS, P.M. ZWINGMANN, H. see CLAUER, N. (1) 58
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