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JOURNAL OF SEDIMENTARY RESEARCH INDEX VOLUME 67 JANUARY 1997—NOVEMBER 1997 EDITOR GAIL M. ASHLEY EDITORIAL ASSISTANT CHRISTINE V. ALFANO PUBLISHING ASSISTANT MARCIA E. MAGUIRE PUBLISHED BY SEPM (Society for Sedimentary Geology) PO. Box 4756 Tulsa, Oklahoma 74159-0756 AUTHOR INDEX TO VOLUME 67 PARSIEE 1 BOO MANOS NON. os 5s sseeadawnins sabinelenas'seose (5) 879 COOKENBOO, H.O. Detrital chromian spinel compositions used to reconstruct the AHMED, A.A. see BERTRAND-SARFATI, J. ..............ccecceeceeeoes (5) 957 tectonic setting of provenance: implications for orogeny in the Canadian cor- PRN ARTIS NS 6 5 sissd5:5 cidae sicp 'lbiein dniasa's teslain vo innie disg vigial (2) 364 dillera (1) 116 AISAQUI, DIM: sce BELKAALOUL, KN. ..5..0..c5sscscesc0sceacreense s (4) 676 CORUHY Crsee BAB OG CAS sic discos sk censanenwnics. cecdeatesadesaands (4) 661 Pia NC SOR EOE OOO NILE, 5.5. cccicacscactsausamorsedtesneaneanseeds (1) 36 COWAN, E.A. Temperate glacimarine varves: an example from Disenchantment PP EO EN 85 Siok <s oe bisas vsncuawenwneneboradstenbarutceusiss e (1) 65 ays SOUR DAMNED ec creat sudan cus cuintaeieaiceesnducecwocadeions (3) 536 ANDREWS, J.E. Assessing mineralogical and geochemical heterogeneity in the sub CURTIS; CDi ste MAGQUARER. DEUS. o.socscnsscessc ecsakecoasscennee (5) 871 63 micron size fraction of Holocene lime muds ...................05: (3) 531 ARNOT, M.J. Photogeological and image-analysis techniques for collection of DALRYMPLE, D.W. see MACNAUGHTON, R.B. ..............0000ee0es (4) 622 EN AME MONMICRENI OAR 5 25).5 510.'c\n oisiercicdinrs sisei ne isv eusiabie nbs sda seh (5) 984 DAY, P.I. The Fischer diagram in the depth domain: a tool for sequence stratigraphy PTR MAS Bee SAGEMAN, BIB. os .5550sosdess s0eclcee dedweecteede n (2) 286 ciiohs ne NA rae DAES p ae as Ree Rea KORN CRs aede a Sata canbe eae (5) 982 AUTIN, W.J. see BETTIS III, E.A (4) 740 DEAN, W EASE SAGE MAN Bie ois sisisicnlcns vo oadevasseeest uoeduawsna e (2) 286 DDEININES, Ps SOC ND ReeW y 00s feisisicnis obs siidsiewencviees voavnsenaewoon (3) 531 SOPRA ORE MIAN LRN rain3 sine isinla 2 nancies ea bars ommmibemieninn semee eae (1) 130 DICKINSON, W.B. Authigenic chabazite and implications for weathering in Sirius BALOG, A. Shallow marine record of orbitally forced cyclicity in a late Triassic Group diamictite, Table Mountain, Dry Valleys, Antarctica .......... (5) 815 carbonate platform, Hungary (4) 661 DIEDRICH. NOW See WIEERENSON BEL 252520 .05eecdessedsesacuedess (6) 1068 BERANE SOE AES 3 5 sis c50.0 050500 swh-saisisnisseen aniienunleeasne (3) 590 DISINAR IRD SO PAGE ss sec so gabe dviss che bscidasvssoacignandacaete (1) 235 A RC EE IMIIE IGS, oiccso diloiss0 'sc had ckuncldgncsomanmsennoesiausensen (3) 424 DIX, G.R. Stratigraphic patterns of deep-water dolomite northeast Australia BELKAALOUL, K.N. Resolving sedimentological uncertainties using magnetostra- (6) 1083 tigraphic correlation: an example from the Middle Jurassic of Burgundy, France De RD, sscrerponsrcsiennbosnantennni sseeiss oendesnc n (3) 451 (4) 676 DRIVET, E. Dolomitization of the Leduc Formation (Upper Devonian), Southern BENNETT, M.R. Modification of clast shape in high-arctic glacial environments Rimbey—Meadowbrook reef trend, Alberta ..................00eeee e (3) 411 (3) 550 DRUMMOND, C.N. see WILKINSON, B.H. ..........e.e.ee .e.ee .e.ns (6) 1068 BERTRAND-SARFATI, J. Early Cambrian apatitic stromalites and phospharenites DRZEWIECKI, P.A. Carbonate platform drowning and oceanic anoxic events on a related to the glacio-eustatic cratonic rebound (Sahara, Algeria) ...... (5) 957 mid-cretaceous carbonate platform, south-central Pyrenees, Spain .... (4) 698 BESTLAND, E.A. Alluvial terraces and paleosols as indicators of early Oligocene DUAN, T. Syntactic simulation of 1-D sedimentry sequences in a coal-bearing suc- climate change (John Day Formation, Oregon) ....................065 (5) 840 cession using a stochastic context-free grammar—Reply (6) 1098 BETTIS Ill, E.A. Complex response of a midcontinent North American drainage DUTTON, S.P. Timing of compaction and quartz cementation from integrated pet- system to late Wisconsonian sedimentation (4) 740 rographic and burial-history analyses, Lower Cretaceous Fall River Formation, BIRCHEIELD AG Esce SAGEMAN, BIB... 0.2.0. 0ccc08cccccsepecaecesso s (2) 286 Wyoming and South Dakota ESSE DBO WALA EIIIRES, MCE, 2. oiiaisnos da cnsancstesaseaastee’s (5) 977 BLANCHON, P. Anatomy of a fringing reef around Grand Cayman: storm rubble, EHRENBERG, S.N. Influence of depositional sand quality and diagenesis on po- not coral framework rosity and permeability: examples from Brent Group Reservoirs, northern See NNO TM RE MCMC Sc sine vicles wings alnawialte nam ce anedeaseleseauoceneees (1) 17 North Sea BRACCO GARTNER, G.L. Quantification of topography using a laser-transit sys- BEITE el RCC WENO EU acdc nG ods sees asunsemetecscoeesstencesestons (2) 303 BUN De tecy shes San Sabet cg daays eKis«cice seauinergnee amar ce er Osescbesiomeine (5) 987 PROTON, eRe ENS OD soc icsdscs ances oichecendonestaawncsed (4) 653 BRAUN, J.-J. see PAGEL, M. ERWIN, MLE. see LONG, L.E. (1) 225 BREYER, J.A. Sequence stratigraphy of Guif Coast lignite, Wilcox Group (Paleo- PETRN ARMIN RIEMAS sary crcls siardiewaniciac Splameelelvoustuab Noielben ieecmi ineseei ne (6) 1018 BULLARD, J.E. A note on the use of the “‘Fryerberger Method’’ for evaluating PURER AA SOG NEMO MEDS scx 5 ssn oe an clisasaneon indies een la vnnigie vamistnencies (5S) 891 DMCHNAN SAN TARSDOM OY WINE 62 58 6cc2csieecdsnsoceneeaeusnscatan (3) 499 PES RRs RA NCO MOINC a eee: 0 snts(s Svisnrs isles acanianis mnloaanaramageenamarene’ (1) 225 BURNS, B.A. Fluvial response in a sequence-stratigraphic framework: example FLETCHER, W.K. Transport and deposition of cassiterite by a Malaysian stream from the Montserrat fan delta, Spain .................scceseeeseeeeees (2) 311 aRutsiaia asain spe eed araA ten Rapin an inaS ins Soa yaar saten ca tensGesaees (5) 763 BUSiaNl, Ms SCE MOOR EINBOO, FLO. 5.5555 sSaccedcg csebecsesbsasaecae s (1) 116 FLICOTEAUX, R. see BERTRAND-SARFATI, J. ...0....c .ece. e.nce e ee (5) 957 FOLK, R.L.The possible role of nannobacteria (dwarf bacteria) in clay-mineral di- REIAN AS MMOMM ANIM NSAI 2.5 5,5150's5sis ioioiin!aseias oieS ale sics/duac sebastien vane sic (3) 536 agensis and the importance of careful sample preparation in high-magnification CARTER, L. The sedimentary regime beneath the deep western boundary current SE LGUMAY 52 his ssa ahitn dnd owaemusdae wmnasa rues cou clade nensemes (3) 583 inflow to the southwest Pacific Ocean (6) 1005 FORNOS, J.J. Temperate carbonates on a modern. low-energy, isolated ramp, the CASEAMAD, itdi SOCWMREMUER, SEL UE. oo. .c.s0ccccesiivess eadiesensnene (6) 1040 SAIEATIG CANOE SOUT ons. ocd soos aan cicae doa Seseeewaveiveennovar (2) 364 SSRN id WCE NOTIN Boho oss3 5s suasc ae sewindidn gacaueueala caw eunelee (1) 130 POURE HEW i See Wert ent DAG sacs Vnnue ihitnietl gacnnesmevoddwnscnes (1) 178 RAMS SERY OMS OTEIN MOM 6 cc's sSsiereia ne bcemasaleecsinaiacecombawtedl (1) 130 FRIEDMAN, G.M. A re-examination of reported lacustrine vaterite formation in CHOUGH, S.K. The Duksung fan delta, SE Korea: growth of delta lobes on a Holkham Lake, Norfolk, U.K.—Opinion ...................ceeeeeeeee (3) 616 Gilbert-type topset in response to relative sea-level rise FRIEDMAN, G.M. Synsedimentary cements as Paleoproterozoic platform building CHOUGH, S.K. see RYANG, W.H. ) 274 blocks, Pethei Group, northwestern Canada—Discussion ............. (3) 614 HIMADEAUS DROS AMOREDWS, DE. 5s ascsecesccevcncecdediaascassuccess (3) 53] FRIEDMANN, S. J. Rock-avalanche elements of the Shadow Valley basin, eastern (3) 536 Mojave Desert, California: processes and problems .................. (5) 792 CLAUER, N. Mineralogical, geochemical (REE), and isotopic (K-Ar, Rb-Sr, 8'80) evolution of the clay minerals from faulted, carbonate-rich, passive paleomar- GAS TARG See RIMEROUGH a. ooiivescccctissasceccsnseacsacessers (5) 879 gin of southeastern Massif, Central France .................000ee0eees (5) 923 GAL THIER-LAPAYE, F. see CEAUERSN:. 6.25. 0s0s.cevcnstadescdeesivens (5) 923 COLEMAN, MLL. see MACQUAKER, JIS. ..............c0cetaeeeeeees (5) 871 SELIG AACE MO ir occ cis es abidecadne seiuaeunsterwgacle ens (2) 264 JOURNAL OF SEDIMENTARY RESEARCH, VOL. 67, No. 6, NOVEMBER, 1997, p. 1116-1118 Copyright © 1997, SEPM (Society for Sedimentary Geology) 1073-130X/97/067-1116/$03.00 AUTHOR INDEX 1117 GEORGE, A.D. Paleokarst in an Upper Devonian reef complex, Canning Basin, KIMBROUGH, D.L. Provenance investigations using magnetic susceptibility WEC SICRIN SUMMERS cistsi s arias crassieninrde w’salbuce Mas wae Racecwmae Rawal oee (5) 935 Sida Rae R EAC AT ANA tad eM SE RO ea Ea (5) 879 CRAY, T-¥. SCO NICUO y Bien 6 ciciass iga cidasyioaohto yme ncadttivienunwn'cssen s (1) 212 ENO s SOG TEIN AE Ch oe oobi nsec csiedder odds densenbvicucdccussssens (5) 884 GOLDHAMMER, R.K. Compaction and decompaction algorithms for sedimentary KOPF, A. Fabric evolution and mechanisms of diagenesis in fine-grained sediments CERMIDAMN are na nati dela eiacic eHwi Res eew Sew Ka ea RS Nand aNeyuNwe’ (1) 26 from the Kita-Yamato trough, Japan Sea ...................0ceeceeees (3) 590 SFT Nee SEC AMEE EE EOS, and ui leg Tdcwduucsaacsavonsecsaebvenstar (5) 984 ROSTHE Wis, RSG WENERE SD A iioi dence ncdasendnandentedeususdusvores (3) 424 GRAPES, REL See DICKINSON, W.B. once csc ov sssndsccasecoceccncserade (5) 815 KOFEARCZYK, J. see PASIERBIEWICZ, EB. «35022. cc0nnisd5coser ens (3) 510 COREE Weiss CrIWh SEO IONE Re 522s ses anids daiceuids apeaiabicualacdaskaswes (6) 1098 ROVAEE VICE VRE SG PENCE B,C ones ccosveuvdnelssvatcelavdenese (5) 913 GRIMM, K.A. Synsedimentary fracturing, fluid migration, and subaqueous mass wastings: intrastratal microfractured zones in laminated diatomaceous sedi- LARGE, E. Miocene and Pliocene sandstone petrofacies of the northern Albuquer- ments, Monterey Formation, California, U.S.A. .................00ee e (3) 601 que basin, New Mexico, and implications for the evolution of the Rio Grande GUPTA, S. Tectonic control on Paleovalley incision at the distal margin of the early WU eee tae ua cahesan ake sa sez sad anetaas canada ena (3) 462 Tertiary Alpine foreland basin south-east France (6) 1030 LAVOIE, D. Hydrothermal vent bacterial community in Ordovician ophicalcite, southert Cuetice ApaAChNANs (a5. 65s escidecenedetensuasdesescsaceds (1) 47 EEPEP LN YE: SEG PMEOMER Raa aise alaialsl Slow susie cds aco caaa saadesidte conedabasade (4) 661 LE ROUX, J.P.Comparison of sphericity indices as related to the hydraulic equiv- FIRMED Wid. SCOURS INRNEYO N WEN o Ssacsinacecacicdécseccedcvosadaeecs (3) 550 RUMI: OR SN MEMINS 36 cass wack cosy Uansandeaderocdsesacusmcaas (3) 527 HAMNER, PW. see RIMBROUGH, DID... 50565. sscavscessecnsanones’ (5) 879 LEBREIRO, S M. Late Quaternary turbidite emplacement on the Horseshoe abyssal HAND, B.M. Inverse grading resulting from coarse-sediment transport lag Bireeite CENGHIATD MBB RIS oad ccc o:c'hes.nnccadnapatewaaseastndusensacnsveree (5) 856 (1) 124 LEE, H.J. Development of stratigraphy and sediment distribution in the northeastern HATHWAY, B. Nonmarine sedimentation in an early cretaceous extensional con- Yellow Sea during Holocene sea-level rise ..................cceeeeee (2) 341 tinental-margin arc, Byers Peninsula, Livingston Island, South Shetland Islands Wiis 0.0. SCG IRIN N WES ons fccince soc wes snstes deena diewdaauideeradewes (5) 984 LI, C., Lagoon—shelf sediment exchange by storms—evidence from foraminiferal BEAVER. SOG WEINDIE I tah i cwacsaenuntduscaatendentdaarewasddendaens (3) 424 assemblages, east coast of Grand Cayman, British West Indies ........ (1) 17 FIBRE ER PL. SCG RING, BAe oso 5 00s cs de caw gonecnetlnddaetadeidsees (2) 311 RE GUVED IR.V SG LMEma en e: DOIN, ss scssiccsuahasdenccsansedadocoxerases (3) 391 HILLIER, S. High-gradient magnetic separation applied to sand-size particles: an RATER CE 900: PENCE WS Siecs csia bes cotecnhvacunxaaudasccosdass (5) 763 example of feldspar separation from syenite and granite ............. (5) 975 LONG, L.E. RB-SR ages of diagenesis of Mg-rich clay in Permian sediments, Palo HOBSON, NRE. Ste: FMERIER GS. 3 5200icsictasscstvysccedcsadstecsdssdeens (5) 975 Dare: Basin, Tense: Pannanile: US.A cs. 5 < <..0.c50cckees secssacsncsnas (1) 225 HOLLAND, S.M. Distal orogenic effects on peripheral bulge sedimentation: Middle ROeEE G E PSG DANG Be 26 ia oo So siacsiccenadavevieascnsedonscens (3) 486 and Upper Ordovician of the Nashville Dome ....................04. (2) 250 LOWENSTEIN, TE. see SCHUBEL, AL in. 5.5. 525 cccceccdccccccaseenes (1) 74 HUDDARE., Dy seeiBENNED!, WERE 66.65. cccseddovesd ccacocusenevtene s (3) 550 RUE SEG Weber Wek chesics ondisiicccnandauasnuadded Vuecamacyantedn s (5) 898 FROME, Gs SCE) FIC INeRe iss ok cs cceisecievanncdtacacacesavileeeer (1) 142 EUMSDEN, EEN. Piitee Gomme 5 < ....cesaintseecsd ccadnaveendccegesce n (3) 391 PEW Pies; PRs, SOC COMO SMe oss ocief esiecade wa deiacatenvatniarecedes (4) 725 EWING Es see PO ey Me 5 ide seine ied asasesauacadieeweecaaesies ; EIWAINGH RGOSES SOWING Wile os occdk.veniecceeannsmovaatodswondsasdesee (1) 130 MACNAUGHTON, R.B. Multiple orders of relative sea-level change in an earliest Cambrian passive-margin succession, Mackenzie Mountains, northwestern INGERSOLL, KEV. se@ PARGES Bec. ss tics cciwisenvendiasvcscadadendes (3) 462 Canada ISBELL, J.L. Reconstruction of preglacial topography using a postglacial flooding MACQUAKER, J.H.S. The role of iron in mudstone diagenesis: a comparison of surface: Upper Paleozoic deposits, central Transantarctic Mountains, Antarctica Kimmeridge Clay Formation mudstones from onshore and offshore (UKCS) Ea aanawinne eda sat aa ae ee Noa eraN aan oa ronan aera aces ia eeas (2) 264 NIGAM a 55.5 3 as sans done deo sauce eaWnscenalyscumncdemntsardanwes (5) 871 ITO, M. Spatial variation in turbidite-to-contourite continuums of the Kiwada and RRAIR UE E> SEO PAR INN oo ca cinacinsaiencscaussoiddadgcnadteosciaeeaaas (1) 235 Otadai Formations in the Boso Peninsula, Japan: an unstable bottom -current RRPRNC ERD Ne SEG RFR els a csisis idsicawlinisinecwesatanislevecenewonucas (2) 311 system in a Plio-Pleistocene forearc basin ................eeceee ee eee (3) 571 RPA eh SCO NNER Be oo eo. vista odo dcaeunenenasnnanduccesseasends (1) 212 RRS FAV PNG See WO sak.S iaisencvacaciwstedneavscondedaeen s (6) 1005 PEN SOG SARIN Bey adie JtaLavecsedeesatannsscauatasecsucaberes (3) 615 MGCAVE, EN. sce BERMEIROG SM onc cn ccc ccsessinnncisusescdasssades (5) 856 DAMAGES, ICP. GOP TURN BC. cic. cosa cnises cascabeeandssatacceteees (3) 437 MEGRENZIE, JA. see VASCONCELOS, ©. 50 i. .ci ssicedisecciescscseneces (3) 378 POPPIES HOR SEG DIEING Be 22g oo ccasjavnacsnosccctsdcunduawusaeates (6) 1098 MERINO, E. Diagenetic mineralogy, geochemistry, and dynamics of Mesozoic ar- JOHNSSON, Mil. see ROBINSON, RiS. sis eecivecercccossnsnntsewcdees (3) 560 koses, Hartford Rift Basin, Connecticut, U.S.A. ................00008- (1) 212 JONES, B. Biogenicity of silica precipitation around geysers and hot-spring vents, RGRRRIER Ee GU WOUNEE IR 2.9 Sep das csp vavcesnacwaadccnseantasaacae (5) 754 North Island, New Zealand MEYER, G.A. Fire-related sedimentation events on alluvial fans, Yellowstone Na- PORN S: Bh SEA EE ANGHIOING bes cieiscinsisidesiswecanedsacnsceteaevensaesaveons (1) 1 MNUON ROE is oaas 655225 ccectacoduds soradantisaavsdacaueeaaaeansam (5) 776 PRP Ee SEN 0 io naan Salad oatsuwduudavn venaumedansenunacceass (1) 17 NEW Eyy FA. SRO MEIER OH 55s seis ccsvnetavesanetedasaaadasseews (5) 884 JONES, B. Silica-cemented beachrock from Lake Taupo, North Island, New Zealand MEYERS, W.J. Dolomitization by mixed evaporative brines and freshwater, Upper Raseoa ay das tatva scuaca ddacedeatatee Goue wees at diwdea nena aes cwnee ss (5) 805 Miocene carenates, Naat: Sit 05.6 c5 si ceccdsscevanavesavesacess (5) 898 MILLER, D.J. Late Mississippian prodeltaic rhythmites in the Appalachian Basin: RALBPEEISCH, W. ste BEANCHON, Poo. occscccccceccassvcesteseasesssinns (1) 1 a hierarchical record of tidal and climatic periodicities ............... (4) 653 RAGEIADire, Ee See, WINEB s Se cca. cecnc cance siaenasdacSsacvicdesseesuas (3) 424 MOREY, G.B. Rare earth elements in weathering profiles and sediments of Min- KAUFMANN, B. Diagenesis of carbonate mounds of the Mader Basin (eastern Anti- nesota: implications for provenance studies (1) 105 PRM MONE ©6 2 n.da nsisleweaaqinacassssGeuls owuargnenauensaseesns (5) 945 WAGON FOE EW. SOO OEE Fe onic an cng ccccnsscuananesarcnisons (3) 411 KELLER, M. Evolution and sequence stratigraphy of an early Devonian carbonate MOUSSINE-POUCHKINE, A. see BERTRAND-SARFATI, J. ............ (5) 957 ramp, Cantabrian Mountains, Northern Spain (4) 638 MUTO, T. Principles of regression and transgression: the nature of the interplay KENTER, J.A. Effects of differential cementation on the sonic velocities of Upper between accommodation and sediment supply (6) 994 Cretaceous skeletal grainstones (southeastern Netherlands) KIDWELL, S.M. Anatomy of extremely thin marine sequences landward of a pas- NARBOQINNE, GM: seo FURIE BG. soso. siccsccaacdciod waucasdaeees s : sive-margin hinge zone: Neogene Calvert Cliffs succession, Maryland U.S.A. NARBONNE, G.M. see MACNAUGHTON, R.B. ...............00ceeeeee s (4) 622 NICOLAIDES, S. Submarine cementation and subaerial exposure in Oligo-Miocene WOAPOE WEE SOON CUEP EERS MR oio isc id oa sins v sein nine eeuaneuaenecbedsedeansals (1) 130 temperate carbonates, Torquay Basin, Australia ..................205. (3) 397 1118 AUTHOR INDEX OLIVERA, A.M. Hydrodynamics of bivalve shell entrainment and transport SHAW REE Ps SCO AUR, MOA Ts Svan avons dssseusdsaconauieeuadcl e (1) 154 (3) 514 SIRI) SA SCG RTE WEE PN ossccesazasecaseapeasgiasdaeudinseasee (4) 698 SSAA Ute ASO CA oo 5 -nenisasoc ledscrndne neewndsccwtdeas (3) 601 SIZUN, J.P. see CLAUER, N. SOHN, Y.K. Characteristics and depositional processes of large-scale gravely gil- PAGEL, M. Thermal history constraints from studies of organic matter, clay min- bert-type foresets in the Miocence Doumsan fan delta, Pohang Basin, SE Korea erals, fluid inclusions and apatite fission tracks at the Ardeche paleo-margin (1) 130 (Bai Drill Hole, GPF program), France (1) 235 SOHN, Y.K. On traction-carpet sedimentation .............0..ceceeeeeeee (3) 502 PALMER, B.A. Lacustrine sedimentation processes and patterns during efflusive SOREGHAN, G.S. Walther’s law, climate change, and upper Paleozoic cyclostra- and explosive volcanism, Challis volcanic field, Idaho tigraphy in the Ancestral Rocky Mountains ....................00055 (6) 1001 PAOLA, C. see BURNS, B.A. STREET ISSCC NN Ws ccisc os canesanatacdatennsvsanyersdenneansonaes (6) 994 ERTS a MIS oo oisn so ng as aaps innn sasprieielsneosr Msleee treio nn s (3) 486 SURES PROC Os dsc asad icicceasaeeemas cduisnocse ceiankase de in (1) 65 PASIERBIEWICZ, K.B. Flume experiments with fine-grained suspension, with im- plications for the origin of mud laminites .................c.e.c.e e.e s (3) 510 TANG, Z. Diagenesis of analcime-bearing reservoir sandstones: the Upper Permian PATERSON 19, SCC WESTIN, ME. oo oso oc ccd ewcnessewensaens (5) 977 Pingdiquan Formation, Junggar Basin, Northwest China ............. (3) 486 PATEROWSE TNE, SCOHOLEAND: SM. «2.0.5.0 caccsessseessedecsens (2) 250 TEDESCO, L.P. 2!°PB chronology of sequences affected by burrow excavation and PELLETIER, J.D. Synthetic stratigraphy with a stochastic diffusion model of fluvial infilling: examples from shallow marine carbonate sediment sequences, Holo- sedimentation (6) 1060 cene south Florida and Caicos platform, British West Indies .......... (1) 36 PERYT, T.M. Association of redeposited salt breccias and potash evaporites in the TENZER, G.E. Sources and distribution of organic and carbonate carbon in surface lower Miocene of Stebnyk (Carpathian Foredeep, West Ukraine) ....(5) 913 sediments of Pyramid Lake, Nevada PTRRTENER Or EMO ANN DEAN. SoS Juissciagse sesmoasencabeicedmmdwiei s (3) 536 TINGATES FRSC eaAe oo arise ccveaencacdcastwnsanresssiedaes (1) 168 PRPW aL. So, RA SPE NOONE, AUD. .......ccccascacenasadeeseeesenea. (5) 935 TRUER SARIS PSEC ERS es So s/sicicsidsigsinan sbuenstaavecasanacieses (5) 923 POE DMPO ROW OMOEA. 6 oscciie nc sess seteascesveteateseoaenens (3) 536 TREXLER, J.H. Jr. A southern Antler foredeep submarine fan: the Mississippian Eleana Formation, Nevada Test Site (6) 1040 RANGANATHAN V, sce MERINO, E..\...Re.st.s sc.ce.cse5ce0ca0car5se s (1) 212 TRICHET, J. Organic matter in the genesis of high-island atoll peloidal phospho- RASMUSSEN, E.S. Depositional evolution and sequence stratigraphy of the shelf GILOSY tie FROM MYR oon cose srosnsnientdaslasvins ameeonwcentaeiyeects (5) 891] and slope off South Gabon, west Africa TROP, J.M. Petrofacies and provenance of a Late Cretaceous suture zone thrust-top RD, Be MIMS INS oinis s dcisc n vdinvigwpnsnwhinsmsiamblenapenauauaaesees (4) 661 basin, Cantwell basin, central Alaska Range ..................0e0ee e (3) 469 READ, W.A. Syntactic simulation of | D sedimentary sequences in a coal-bearing PURCOTTE, DSSS PEMA AUER HDS 5.5 se suivissinwaverGneeracesountew (6) 1060 succession using a stochastic context-free grammar—Discussion ....(6) 1097 TURNER, E.C. Growth dynamics of Neoproterozoic calcimicrobial reefs, Macken- Reed as, ASCO MAAN RON occas sc ccsaninmenadeendemesers (4) 676 ne Moutains, northwestern Canada oo... 2. ..06see.n ccacssecesscescce s' (3) 437 RE OR GONE SOAS oio isiba.s vidsv isnis calsy otsw hoaenentuinwncanar e (1) 178 PeeeNe A ORC RNO EN OOS cialiss inisi.cs ss sinc lascld Oat anual teres eantemes (1) 235 VAN DE PLASSCHE, O. see VAN HETEREN, S. ENE Be NB ois wisin isin swe nenspendlateamewuresheecsaate (1) 88 VAN HETEREN, S. Influence of relative sea-level change and tidal-inlet develop- SRNRI A RY AOE MIME IS 5 osc a slag seiss visa is s hsm oles coabemeeants (5) 805 ment on barrier-spit stratigraphy, Sandy Neck, Massachusetts ........ (2) 350 REZAEE, M. Origin of quartz cement in the Tirrawarra Sandstone, southern Cooper VASCONCELOS, C. Microbial mediation of modern dolomite precipitation and Basin, south Australia diagenesis under anoxic conditions (Lagoa Vermelha, Rio De Janeiro, Brazil) BOCA ROR PHANSEINPRIN, MRSS 5.5.5.5 0:aisasn seia'en ine Sv ela nels nannies smo oa (2) 286 dai ocidol asd ensa tuahtntece hak ea usucon near sea tnminaeae eenaaiauasneteeaer (3) 378 RESID MraP ROO MMROE SINE. oss cisic50 00 cnisnareundwatdanratesseaciens s (3) 469 WASSE URN G BEG EER Mo 457s n os Sac en caet iericancueeoensaoaraeaes (1) 235 RIGGS, N.R. The interaction of volcanism and sedimentation in the proximal areas VINCENT. S.J. Long-lived transfer-zone paleovalleys in mountain belts: an example of a mid-tertiary volcanic dome field, central Arizona, U.S.A. .......(1) 142 from the Tertiary of the Spanish Pyrenees ..................0eeeeeeee (2) 303 RIGGS, S. Sr isotopic age analysis of co-occurring Miocene phosphate grain types on the North Carolina continental shelf WALLACE, MW: SCOINNCOUIAIDE SS. 52.055 000-snscadeceseesonsaeeoness (3) 397 ROBINSON, R.S. Chemical and physical weathering of fluvial sands in an arctic WARDESH REO TUIGS OS. oso etalc ciacaustasteassaviavedeedonasenues (1) 142 weathering environment: sands of the Sagavanirktok River, North Slope, Alas- WEAVER PP: SCOR RM IROL SOME, «5 ssc .ccssvavesnweans caovideeecesna n (5) 856 RB pashan nae reias otiaisG s kuwlswinndideaiauccivinnaaewabsijeoneundarrinelareas (3) 560 WUS EBERG SE SEC MCR NURI ING 2 corp onisics aagis/esd ican aug paw sleswansend cane (5) 923 PRN ANE REC OES ARS os seiss ua. nte siaa nied od odsc ninbadsiewe ce cendinca gal (1) 88 WEIS; OG. SOC UVanra IRS RAS: S525 esd oacaaiaidsacwaasinnosdlesidseaesiacaye (5) 776 SAIN a eC MINES E530 5 21.5 diso ss da uiddo d Rea uses ss Ake weanianei te (5) 805 WENDT, J. The world’s most spectacular carbonate mud mounds (Middle Devo- RUFERAMIAIN, 02:19 SCO WHURENDON, BIL. 50. ccicsissssecac sasebecvmares (6) 1068 WAN AISCRARSADAED) 2a. iis 2 scssacsssceiev noadseragcontonenGSawkoakes (3) 424 RYANG, W.H. Sequential development of alluvial/lacustrine system: southeastern WERNER, B.T. Concave sand grains in eolian environments: evidence, mechanism, Exesenp Ssasin (Ometaccons), Korea. 66. is. e.scaasseness ssoscuexs s as (2) 274 AUG PHIOUGUEE 0 cj ve deicoewnan wanna aaviuescamCaoilonneas paaxsee t s (5) 754 WILKINSON, B.H. Stratal order in peritidal carbonate sequences ........ (6) 1068 SAGEMAN, B.B. Evidence for Milankovitch periodicities in Cenomanian-Turonian WILKS RGR: sce' COORBNBOO) TO: bccn siwaccstecesssdwacwwmsaeaasa t (1) 116 lithologic and geochemical cycles, western interior U.S.A. ..........(.2 ) 286 WILTSHIRE, K.H. The Cryolander: a new method for fine-scale in situ sampling SANDED, “Gs, sce BELKAADOULS KON, .....225025.ccseseeecsnrnscsesevtes (4) 676 of intertidal surface sediments minimizing distortion of sediment structure SAMI, T.T. Synsedimentary cements as Paleoproterozoic platform building blocks, su dnmeltainare des hanlemiemestacemuer onion a caeieren «ime so a cman steamers aces ane (5) 977 Pethei Group, northwestern Canada—Reply ..................0.00000 : (3) 615 WOODS WAL See OMIVERA GAUMY fo7 bi casupomsiantaabasetitsneceraere e (3) 514 SCHAFER, J. Heavy-mineral analysis and typology of detrital zircons; a new ap- WRIGHT, D.T. An organogenic origin for widespread dolomite in the Cambrian proach to provenance study (Saxothuringian flysch, Germany) ....... (3) 451 Eilean Dubh Fomation, northwestern Scotland SCHLAGER, W. see BRACCO-GARTNER, G.L. ............c.0ceeeeeees (5) 987 eARASE OE, TS. ROO NGS, NR. 5 i55oeca ssa suesiesacabaceaswd teaei en (1) 142 YOON, Sil 260 VRE MG csc sahetnddac aeeeaestsddseoecseatswa Meuwe es (2) SCHUBEL, K.A. Criteria for the recognition of shallow-perennial-saline-halites based on recent sediments from the Qaidam Basin, western China .... (1) 74 PRCT AITATURNSCC NMOMERS Wid: is ioisadieinswinnvoneienvins moacheseneas (5) 898 RASTER MAM ROE MOMSEN WLS occ dawaisin anise aduaedisaevlese seweeinaa ue (2) 264 ZALEHA, M.J. Siwalik paleosols, (Miocene, northern Pakistan): genesis and con- SETTERHOLM, D.R. see MOREY, G.B. (1) 105 HOLS ON MCI BEMESIS FOPAIANON css ces ns on ncn ewncoteebichaedoeasens (5) 821 SUBJECT INDEX TO VOLUME 67 Casbonales, \EMPCTME «665 ccecceissecacs. (2) 364 MY CMON Bogie ccs oce sch cazccendand. (5) 957 (6) 994 GRINNING? 855 has foes Scesie dons doewagwens (5) 763 Early Devonian (4) 638 abyssal sedimentation (6) 1005 ROMNN vo axan a oan wee dnaradacoudiacaniee. (3) 615 Eleana Formation (6) 1040 PUNE 5 6.555) waie Sede Nat atte cascape aston (3) 560 COMNERE SUGCESSINE icsieis ooii aiais caste nandnccues (5) 945 electron spin resonance .................... (3) 39] MMM ety cence edi dicacoespeaeeaees (2) 411 cementation electron-microprobe POBAIS ODGIN ai 55 seis5 caie csecivcaavnte (3) 462 Cenomanian-Turonian boundary GUI 5522 oa as sc ess daee a Sona (3) 514 MON 3 ns ca veka Gehdae das caudan eos es (5) 977 COMIN aoe sarc crece sia ceaviendelemacdease (5) 815 AMM peed lao yn sees acaxeaesaecaeeaeeeens (5) 756 PUMCNAEE SURG 6555. s.cv sled gscesisseaacae (3) 424 chemosynthesis eruption styles QUMMIONIS ican ca cavawsiisnvuccves . (1) 26,(5) 982 chromite ESC OUI ois eacaunerudcssaasearay (3) 462 BRNO sss de gina dedadiuncaansds (2) 311, (5) 840 clast lithology CNGMRMIVG: PRIN ooo = 5 od5e2x 50sa s an de: (5) 898 SUMP ANN os victvies ye sanisonaneudawexevens (5) 776 CRASH ONMONONIONIR S35. <ikcic-s os av cne sean (3) 550 CVI 5 Sas on ed skoda vantedoaves (1) 74, (5) 913 alluvial stratigraphy (4) 740 CRMs acsesccwavveer ssasei iagsdeasnrceteed s (3) 583 CHRGMMA CONII o'soiao 0k Seen cncxs Pade (5) 792 GUNNER SUMO ls wa Soe ide eoadosasnee (2) 274 CON IOIIN 6., gasiotonecansccstiacatas (1) 225 anoxic dolomite precipitation .............. (3) 378 clay mineralogy 225 SMR 5 Sos ertian aiis dacned dees (5) 776 PMN ode Ne nea eaceecnssaens e (2) 264, (4) 686 clay minerals (5) 923 facies transformation SPUN RIOR a5. 5S sen ecco cas cotyc (5) 957 climate change (6) 1001 fan delta Appalachian Basin (4) 653 climatic periodicities (4) 653 fault system behavior ..................04. (5) 923 coal geology (6) 1018 feldspar dissolution (1) 168 Arizona coal-bearing succession (6) 1098 fine-grained suspensions ................... (3) 510 Australia (6) 1083 COMIN yo 2 8 sso ie aireiwadantaiuunees (2) 350 Paine MN so oc asce cave veenstanes (5) 982 SUUMABOMIC MHHNCTAIS ox 55055d0ca0c a2se8s e is (5) 815 compaction (1) 186, (1) 26 Spd SECTION oo. saiss k ste cre dens (3) 536 autoretreat (6) 994 complex response (4) 740 GRMN ss 22 cash 75s> can Saaatsiasauaywretteee m (5) 776 FONE SUN 5255 52s i ee nsyz zien oan. (2) 2 COMRANMERG cd discis eus tuschddetevouecszdaws (5) 756 bacteria flow strength COMME SAMO Fs stonisa ce ewansnaccesesneet s (2) 322 IGM ok Ps awcvatawdiaadsonenoaauenans (2) 311 UNE MONEE oo 0 525 dwt ou seaside (5) 923 continental ste[If base-level rise (1) 142 fluid inclusions (1) 168, (1) 74, (5) 913 CONN ins isie ds sastninedes (3) 571 DANCHICNG TAMING <6. 2.05 2c02hescsseoads (6) 1030 PIE CHEMIN 25 5 ok Seckiecnccavonce (3) 510 cool-water carbonates .................000: (3) 397 BASIE MAYSI os 6.550 cok ness Sigwats cease sifaslos (2) 274 MUNN esas eden owanucdadenatenaseaeasn (5) 763 CU oadavncaccancoedeassauaeaeaikaen (5) 977 CRMC SOME os 5/5 0: earaaaaauvavadcieenne s (3) 437 fluvial incision (6) 1030 Cretaceous (1) 178, (2) 274, (2) 286, (3) 469, MNES sta2 s Dia uly teas ce ecitar ces (5) 805 (6) 1060 (4) 653, (4) 686 OMNES Es Seca jae Ses eue vas setre es (5) 977 fluvial sedimentology ..................64. (2) 303 CYMROUAEENA! i oe ideese nse (3) 614, (5) 891 biogenic magnetite (4) 638 foraminifera CPOE aelciayic dasiadetiineswdvauexdidecdaes s (5) 982 WRN de rere sancenccodnacne sesre ne (3) 514 NONMIINNI 5562 Sees Goskic eelanusteneeanm (2) 311 cyclostratigraphy (6) 1001 OM MORN ind dire sv enevcdduwacedoaus (3) 571 fOnmnall BORNE S25 io siocis cxsicatiatnddekedets (2) 250 DOUNGAFY CURES: ...5.50:65 ccncssececoess (6) 1005 RONG SORE SUNOS 9 5 debs Ca vac ste ieaanndacesee (5) 935 debris fall (1) 130, (5) 776 Bowser Basin (1) 116 foreset (1) 130 brines debris flow (1) 130 RIA 2 adr tn dese icaaagcasnyaeanss (5) 776 deep-water fringing reef burrows DeForest Formation calei-nnicrobial reefs «i566 os ccc ecese sees (3) 437 delta lobe Gabon Basin GUI io no scn ease see ask aes (5) 815, (5) 945 denudation geysers Cambrian CURIONI ooo cece ara Nacabescacencdeowact (3) 510 Gilbert-type fan delta (1) 130 CARNE GSH 633s 6 sch atannncsasiae nsc e (5) 935 depositional evolution SEMAN CII Soars ic eisc itciavionceaayees (2) 264 Cantabrian Mountains ...................5- (4) 638 Geposisonal MONE! .d...5.s5c6<.0ececnceees (2) 286 grain flow ........... Pieris Giuedeadeateie s (3) 502 CNC ARID od cao ieaek oak dasecasda w (3) 469 GMEINY SION So occcdicacucassncaeens (3) 451 Grand Cayman (1) 1, (1) 17 CANMOH IROUNIES oes Svsntaccdsvasdoebee r (5) 884 DC WONRINE 52 eons Swe hye: (2) 41(15), 93 5 SUMMBIM MRCHAINES so oo sein5 5650 cccanceceek (5) 792 RUMOR Sait EE docs donk geek epee (2) 250 Devoniark: MMS ooo <i sien dndeindousiwdse (5) 945 Greenhorn Formation .................245. (2) 286 CAWONME CANDON. 6 oi cs bee sexvecediad cilcacnes (5) 884 diagenesis .. (1) 178, (1) 186, (1) 212, (3) 378, (3) ground-penetrating radar .................. (2) 350 CARDONA COMENE 5 oso dsenciscciaarsse sne s (3) 614 583, (3) 590, (5) 805 Gulf Coast (6) 1018 CREDO CV CIES 5/55 5s orcsa cca aponndecsenes (4) 653 RNNNCUNCR: co ou pai anuceaacaustaueucucas (5) 815 CHAM TOONS «6 bas cis esa cerseeeune (1) 17 CUMMINS © hes6e 3 so cae (3) 536 CROORME TENE s coksiceiesiciiescsess (3) 424, (3) 531 diatomaceous sediments .................4. (3) 601 Rts secre nt caanogetesemceeass (3) 3 carbonate platform (4) 653 CUMIN ea dccescg cuidsncdearcacdcssa ca se (5) 977 Hartford Basin carbonate ramp (4) 638 distal foreland basin (6) 1030 CRU IMICIANG 52 35.505 vss. waenasOeerese (5) 763 carbonate sedimentation ................... (3) 437 dolomite (1) 54, (3) 78(3) 391, (6) 1083 heavy-mineral analysis .................... (3) 451 CAMMONALS SCQMENOES 0:50 5:0 <isiscciisciceese ls( 6) 1068 GONMMMEZAION Sf i555 cook Sins’, 2dd oses (5) 898 RRRU CNOUNG 5.2s eizsad eidtcantsedaanan s (5) 856 carbonates (1) 47, (3) 615 WN saa a koa const cune ria (2) 411, (3) 391 MPEG 5 cs «saosin nncsaess (5) 984 carbonates, freshwater ........5......sc000 (5) 898 CNN PONOIRUN 5a Sa dase scala ncaas nace: (3) 499 HGMS (High -Gradient-Magnetic-Separation) carbonates, marine CU cecS ose santads asiGet eciy et ases (3) 616 asddgntedanctataddstas tata a neenaxnaeeaes (5) 975 JOURNAL OF SEDIMENTARY RESEARCH, VOL. 67, No. 6, NovemBer, 1997, p. 1119-1121 Copyright © 1997, SEPM (Society for Sedimentary Geology) 1073-130X/97/067-1119/$03.00 1120 SUBJECT INDEX MBI US. os Bharsocec aktochbe aenansint ee (3) 590 Pruerra OIG os Zak shies ou esai ys Baneeeeesns (3) 615 RINNE 52 2nd See eee oe eae awe (5) 871 provenance (1) 105, (1) 116, (3) 451, (3) 469, (5) 879 Namurian (6) 1097 PUDAMME PAKS 5 sade sclaaansbeaivitdeeenss (5) 884 Holocene stratigraphy RGD os bch incr ieacreecuee (3) 583 PROMOS oss 53c5 ores edaiisachssendosvsnecets (2) 303 Horseshoe Abyssal Plain .................. (5) 856 PRCORENE: ise ss swtssisvecsncnes (2) 322, (6) 1083 NGBINGIIOLOIC 60552355, cc0esuneompuneuees (3) 437 quantitative geomorphology ............ (5) B1005 PIRUPRNGISOIET 0 coisciciesaien sacencscciessins (3) 536 Nevada (6) 1040 quartz cement (1) 86, (1) 168 RMR oo enw sce ict olsceccctuuilenpiewsinsies (1) 17 New Zealand (1) 88, (5) 805, (6) 1005 QURGMAEY 3s dives citeneveancadgncaes (5) 856 hydrocarbon PRIMER iiss 5 2s'cisiv od pamcnaaneeaeno uee ls (5) 898 WTRNEGS 35505505022 jmnssantian sant (3) 514 North Carolina Rb-Sr method (1) 225 hydrothermalism North Sea (1) 197 ba SNC INI Vas seek ue edad uwonsmeness (5) 923 PUIG Gi saa casicuescondsenueenstaee (3) 560 PUOTMOME S553 isosd bsoeatsS eanstis Ionah (5) 913 ERIE oS doce Sas aces een cosmo ese (3) 536 northwestern Canada Rhea Psa css 'gn aan we mermn alu (1) 105 ice-marginal moraines ................00005 (3) 550 RE PCOCHEMISIDY o..5.0 0c.c cinsieideensmouieage : SRI UE ID cS arisea\s anes cnuvisdswsisssemce (5) 984 oceanic anoxic event PURSUING io 2s a5 sisx Cadieasecesiecsusinceins (5) 935 insular phosphorites ..................00004 (5) 891 OUR ic css pelsjnneiesm olaesanieenennacses (3) 616 PRRR RADIOS: che hiexe nce views come suanakesesarenties (1) 1 SAINE=ANCAIASINS 55.65.55 0:50 50s cs oodewiasiaor'eec e (4) 686 RONSOCONEN coco cdancisnsaiouaaucsensxesaeeeee (5) 840 regression (6) 994 inverse grading (1) 124, (3) 502 WE MICOS 5 seks Sigg esi nee Selene (3) 397 relative sea level (4) 725 MOMRMNMOMENIS nico tu desde pele tecee den exer (5) 871 ophicalcites TSSCIVOM IOC CNNE 60.005 c orar gear Senin ewes (5)984 MRSA aisle x cipsinciicseiros wioess viicisewaaniesie’ s (3) 590 CAME CANDOR. is a's jamais osines seivnirsteisee (5) 884 reservoir quality (1) 197 Jurassic 653 organic geothermometers ...............06. (1) 235 RG VROIS MUMMDET: 6.3... c6 osipacedocemecet (3) 527 Jurassic, Middle 638 WT SAMUSRMOT: os on kas aegecns canecavengunal (5) 891 rift basin organogenic ) 54 Rimbey-Meadowbrook .................08 (2) 411 K/Ar dating (1) 212, (5) 923 CERO AE Fs, oiss)ofhtececnsie indvedwpceeshes (5) 984 RICANS UIE iol n svar tadae euntiadsiineet e (3) 462 BMRA SIMU 5.05). cX acne Geaeicaensanske (3) 571 oxygen isotope geochemistry .............. (5) 923 rock succession ; (4) 715 RMMMMSE AE oo costes eleeesecase de (5) 871 RIPEN BOWI DES 5 0)s.s55 sci5s esiacois s sioomsediac’ (5) 884 RPRCNG MDM 5 5.006c5sc8s30c00ceceenses (1) 54 SAQAVAMEMOK RIVED <0 ccs csancvencvenences (3) 560 Reece ceerevicne seeoea nest wa (2) 274, (4) 725 Pacific (6) 1005 saline lakes RO MAMBO 5 nicd ss saves ecacecineece (3) 571 RMR 8 ouia cioahse an speasmncieasaiuetionee (5) 821 Salton Trough, California ................. (5) 879 DAIPOREANOSTADAY ©5 siaisie.s oisac slonise.esjeeoei se (2) 250 SARE ICOMPOSINOIE Seo « oiev iss v ciawaerne (3) 560 lacustrine 154 OREO MENEAME oiss oo cr aistoussic scare vam eG (5) 840 RAR a Aah seine sclennieh nesilanctnees (5) 756, (5) 975 Lagoa Vermelha, Brazil ................... (3) 378 paleodrainage (6) 1030 sandstone PRIOR oor csdecachacuniisvaaskasessstensece (5) 891 Paleogene (6) 1018 sandstone diagenesis SUMMON 5 5os c snes cupwcwis tae dscwsisccasseese (3) 510 DRICOKAISE ac chies ace «sears nenannsensero s (5) 935 SANGSPONE |POWOLACIES s<.<.6550000cc0e0ceces (3) 462 PE MREID occ sn ccs aase se canousinscnceass s (5) 987 paleomargin evolution ..................0 (5) 923 SANUS GROUP acces rocacpatdecotse nacn e (3) 462 laterite (1) 105 PALCOSHISMOIOSY) &5.-...co.w.s csa0emncesne0ec0ts (3) 601 saprolith Ue Cc 1 or re (2) 411 PANDORA osGoocc ob oa.se h en sc e (5) 821, (5) 840 Saxothuringian Flysch ............:..ss000+ (3) 451 MW OREIOY TRIAD 5 cbscc esas ceshsaecca (2) 364 PAlCOWANENS 5 .10..0siicic'si cntiemicemet (2) 303, (6) 1030 Scotland (6) 1097 Paleozoic (6) 1001 sea level (4) 622, (4) 715 Mackenzie Mountains ..................... (3) 437 Palo Duro Basin (1) 225 SEAPIEVER CUAIRE: 2 oe xio's.s cisco nlnvaciecbiereet s (2) 350 II ieonseen accdieuaiaue cveee (5) 945 PRTAMOUGSIS 165): fatesionitSdaius aooi nadnoe (1) 212 SEMMENEMTIRE. oct sifuv isiu nlvshs ap comer aot (2) 341 magnetic susceptibility .................... (5) 879 Paris basin (4) 638 SCCUECUAVHANINCS 5 0.5.2:0:s ssipi eisteeise as asels (5) 856 Magnetic-separation .................e.ee e (5) 975 PARMOIEGRADE 5.5 9i2isiccavinaals caneeneeeasee (3) 550 SOCMIPCNEWANSDONE <5 ois sce cpa vesnnicevescurs (3) 499 magnetostratigraphy (4) 638 POADRERESIS S55. csresiev ashauantignnrmmetar e s (5) 821 SCULMENUANY PLOCESSES 5.5.05 ssc ssh oss esee (3) 601 PIATINE COMEMIAION o.050.05200080c00000008 (3) 397 pelagic deposition sedimentary sequences (6) 1098 MONEE 5c ction ae tasmeseessdecus (5) 792 POMS ser alcsaaih osnannumimusnmennne s (3) 614 sedimentary structures ..................065 (1) 124 on) a eee (5) B1005 PenINSlAl RANGES isiais0sasadeeltee ailnoe s (5) 879 CECE MIEN 25 3,-oio 20S cls ncnain wacom ealease’s (5) 792 RICHIE: 0... (3) 531, (3) 614, (3) 615, (3) 397 peritidal (6) 1065 SOUMMCROIOON os Sias es.0scdctcnsincesesautien (5) 913 PNRM a Lt ee onal (1) 88, (5) 805 permeability (1) 186, (1) 197 seismic data microbial degradation Permian (1) 225, (2) 264 SERNAME ACO ctoa cc arisen enescweatos (3) 583 microbial diagenesis ....................044 (5) 891 CRISES 3.2 asset osreacae cane aet cece (3) 469 SORIESUOR ooiclsicvcienassec ncsoaniveaeennaswe (5) 975 microbial dolomite model ................. (3) 378 PORTO es ires incaiaideindinstnasaberdeawacees (5) 756 GRANENOE Yss iaiss scv ied s/o:caihatain bares sare kalwaieaiet (5) 982 MID eet Rea idstcery lcc ae ewais wlw Fre (3) 590 phosphate sequence stratigraphy ...(2) 311, (2) 322, (4) 622, microphytobenthos ...................0eeee (5) 977 PURO MNOEY 4 siescssinu icamnmenndncseeiene (5) 984 (4) 638, (4) 715, (6)1018 mid-Tertiary PHOUOPEADCETY sicisindicvsdicleisicigsinetselstoae (5) B1005 SRAMOHCES 435,5 chasette ussa in cad (6) 1097, (6) 1098 Milankovitch cycles .................0s000 (2) 286 PURBOES sia scaiisie's Saids a ewnndinesa@haseomas (5) 763 SBE ABO. 54.: cfsvistss bec cdanha ve Semana (3) 527 Milankovitch cyclicity (4) 661 platform drowning .................ceeees (4) 653 SEHUNPEVEIDCIEY 2c. 2 lucas odihenocswnanns (3) 527 mineral geothermometers .................. (1) 235 PlatfOrMVEVOLULION: % 05.0 2s.sccedsedsoseiewe (2) 250 SAL aero aa tion)o cracaauiueesr sccuineaseyee n (5) 871 Miocene (1) 65, (4) 725, (5) 821, (5) 898, platform stratigraphy (4) 653 shoreline migration (5) 913 porosity (1) 26, (1) 178, (1) 197 SHIGICIASHE 1.5 )2205):0000/050: (3) 469, (4) 622, (2) 322 ON Es ait sida deauewnasmsceasasiney (5) 756 POSEMIRCIAN <2. shtscs adeno savas quasars (5) 957 SHEACHINOI 30 cttec aceen epaonodsesends (5) 805 MOUNT CAPDONALES 5.55 occ scenes scccecccas (5) 945 POREPIAGIADWOCKS 55 5 5:5i/caascssuaicestoeeee (2) 264 BSEM BS EINUDY 5 <5 3 ov cive ck iccee havea wees (5) 815 UMMNMMNIOND oh iidccs scicsouaeaseswedsaceee (2) 303 PROCIINSUON3).ic5 stviesesan <vasduccunevenachar (3) 616 SIWABIES) oocs inca pr cnvaccaceticaimeseeannens (5) 821 WA NSIT ANS etseavas a ac’ (3) 510 prodelta SKEIELSTAMSIONES. 0505 0<0ahiseeesieodisieies (1) 178 PRR MMINAS 2 5h oie cid ehaiiuiessueadee (3) 424 prodeltaic rhythmites ...................00: (4) 653 sonic velocity SUBJECT INDEX 1121 WOME oieo s mane geranacuae cdsemeatcesceae s (3) 514 submarine fan (6) 1040 AN oo cece Sidi eiteen dss (3) 514 South Shetland Islands .................... (4) 686 suclfate reducing bacteria ................. (3) 378 (Rn OWE 5 sieae eae (5) 856 ROGER 0 siend as ccdatenvaacciieecdies (2) 31(12), 36 4 RON DOME iss tarsi ccc aic nr teas ob Seca (3) 469 RED Fiiasiccuse seen (3) 502, (3) 571, (1) 124 SCE MON SHARING 6 9 5 c/eiic s niesd bvoviinaeenee (2) 286 SVBMONC E ies cs sud wads Sac lgrseaesceens h s (3) 550 SMMMMNS COMING 0: 53 des cezuccnacasccads (1) 124 SPIE IRIE 6 huavuses esd vev esens (3) 527 synsedimentary deformation ............... (3) 601 stability misidentification .................. (3) 616 synsedimentary tectonics (4) 638 WINUNS Soto eee (3) 536 SEMIN TIOUIES 5 os os soe avevds ckinedee (3) 531 syntactic simulation (6) 1097. (6) 1098 WI os asn att auitetes dd Risie se (3) 616 stochastic diffusion model (6) 1060 synthetic stratigraphy (6) 1060 MRM ic cbse ach ttscaheusdseociineere (3) 601 stochastic grammar (6) 1098 volcanic dome (1) 142 SHMOMIONAMN Y 9 evs 5 aide i csiomnsadesatrots (3) 391 tectonics and sedimentation ............... (2) 303 volcaniclastic deposits .................000. (4) 686 SNE CAOM ISNS 5-5cS css ccc tnsiorcmsnowntoaeneees: (1) 1 temperate (cool-water) limestones ......... (2) 250 volcaniclastic sedimentation (1) 154, (1) 142 storms terrace (5) 840 Walther’s law (6) 1001 SPU ARARURIS 5c va5ie dise srcnaus-golvaweeyee s (3) 590 thermal history (1) 235 WOM 65 acd castiontiadiil s (1) 105, (3) 560 stratal order (6) 1065 CAE POSIOMIOHIES. 5 5255 sb 03 dsi ses dacctedees (4) 653 WENN NNO oe irseu easia d ane (5) 957 stratigraphic successions CGINOEENEY 2 oo iisiseesstdadadiecmseesons (2) 341 widespread stratigraphy ............ (2) 350, (5) 982, (6) 1083 IRIN arse doco iauwcidcanatodasssenases (5) 987 Wilcox Group SINCSEB D DAME os cscs oiacerwtdvavintes (2) 274 MPAGG CRPNEIIN oo oe conw nc braxeaccedscaeua (1) 168 wind energy SWOM OMNES oo 52 fee p cs sadaxeincsesveacns (3) 424 PFOOUNORE CONNEo os cicdc daca deen seerscatact (3) 502 StrOMALACHS CAVITIES. 20.565 s0ccsceceneceds (5) 945 WAWARED DOMES ss pevicin Soscctisa edetas e es (2) 303 stromatolites (1) 88, (3) 614 transgression (6) 994 GINA sos acias eecndnauceaesae (2) 341 SHOHMUND IMNODES 3 << 5.5< ic0s ccacdesadevnevee e (1) 65 WARS NENSING FAGNES 2.5 do so coansatcceaas (2) 341 BENE Sos ojos hissyc ast. as oem Neat (5) 792 WaRSpPOIl CQMIVAICING 6.555556.5 5c2nee5nsi es (5) 763 zircon-typology analysis ................... (3) 451 BOOK REVIEW INDEX TO VOLUME 67 Ancient Sedimentary Environments and their Sub-Surface Diagnosis Modern Carbonates: Tropical, Temperate, Polar, Introduction to Sedimentology and YG Se Rey casi wileah Siedneeustanddoedenteoenss Saidamseseganeewaase (2) 374 Geochemistry Characterization of Deep Marine Clastic Systems by Ci Rae ocscsdsese Beats a eels erecta ata aaa tas So aie ee (3) 617 Sequence Stratigraphy of Foreland Basin Deposits, Outcrop and Subsurface Exam- edited by A.J. Hartley and D.J. James ples from the Cretaceous of North America Dolomites—A Volume in Honour of Dolomieu edited by J.C. Van Wagoner and G.T. Bertram .................00.0000 s (3) 617 edited by B.H. Purser, M.E. Tucker, and D.H. Zenger Stochastic Modeling and Geostatistics—Principals, Methods and Case Studies Global Events and Event Stratigraphy in the Phanerozoic edited by J.M. Yarus and R.I. Chambers ..................:ceeeeeeeeeees (4) 749 edited By Gill WalSek” ws iawie heidesncee cud des pd ebsawsaxemendciey. (5) The Geology of Fluvial Deposits—Sedimentary Facies, Basin Analysis by ADS Miah 55 acu Seg naseernerataaaianicl ys asus eNutasniessead aes: (2) 374 High Resolution Sequence Stratigraphy: Innovations and Applications The Sea Floor—An Introduction to Marine Geology edited by J.A. Howell and J.F. Aitken by E. Seibold and W.E. Berger Magnetic Stratigraphy Tidal Signatures in Modern and Ancient Sediments by Neil D. Opdyke and James E.T. Channell edited by B.W. Flemming and A.Bartholoméa ......................0.005 (5) 990

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JOURNAL OF SEDIMENTARY RESEARCH INDEX VOLUME 67 JANUARY 1997—NOVEMBER 1997 EDITOR GAIL M. ASHLEY EDITORIAL ASSISTANT CHRISTINE V. ALFANO PUBLISHING ASSISTANT MARCIA E. MAGUIRE PUBLISHED BY SEPM (Society for Sedimentary Geology) PO. Box 4756 Tulsa, Oklahoma 74159-0756 AUTHOR INDEX TO VOLUME 67 PARSIEE 1 BOO MANOS NON. os 5s sseeadawnins sabinelenas'seose (5) 879 COOKENBOO, H.O. Detrital chromian spinel compositions used to reconstruct the AHMED, A.A. see BERTRAND-SARFATI, J. ..............ccecceeceeeoes (5) 957 tectonic setting of provenance: implications for orogeny in the Canadian cor- PRN ARTIS NS 6 5 sissd5:5 cidae sicp 'lbiein dniasa's teslain vo innie disg vigial (2) 364 dillera (1) 116 AISAQUI, DIM: sce BELKAALOUL, KN. ..5..0..c5sscscesc0sceacreense s (4) 676 CORUHY Crsee BAB OG CAS sic discos sk censanenwnics. cecdeatesadesaands (4) 661 Pia NC SOR EOE OOO NILE, 5.5. cccicacscactsausamorsedtesneaneanseeds (1) 36 COWAN, E.A. Temperate glacimarine varves: an example from Disenchantment PP EO EN 85 Siok <s oe bisas vsncuawenwneneboradstenbarutceusiss e (1) 65 ays SOUR DAMNED ec creat sudan cus cuintaeieaiceesnducecwocadeions (3) 536 ANDREWS, J.E. Assessing mineralogical and geochemical heterogeneity in the sub CURTIS; CDi ste MAGQUARER. DEUS. o.socscnsscessc ecsakecoasscennee (5) 871 63 micron size fraction of Holocene lime muds ...................05: (3) 531 ARNOT, M.J. Photogeological and image-analysis techniques for collection of DALRYMPLE, D.W. see MACNAUGHTON, R.B. ..............0000ee0es (4) 622 EN AME MONMICRENI OAR 5 25).5 510.'c\n oisiercicdinrs sisei ne isv eusiabie nbs sda seh (5) 984 DAY, P.I. The Fischer diagram in the depth domain: a tool for sequence stratigraphy PTR MAS Bee SAGEMAN, BIB. os .5550sosdess s0eclcee dedweecteede n (2) 286 ciiohs ne NA rae DAES p ae as Ree Rea KORN CRs aede a Sata canbe eae (5) 982 AUTIN, W.J. see BETTIS III, E.A (4) 740 DEAN, W EASE SAGE MAN Bie ois sisisicnlcns vo oadevasseeest uoeduawsna e (2) 286 DDEININES, Ps SOC ND ReeW y 00s feisisicnis obs siidsiewencviees voavnsenaewoon (3) 531 SOPRA ORE MIAN LRN rain3 sine isinla 2 nancies ea bars ommmibemieninn semee eae (1) 130 DICKINSON, W.B. Authigenic chabazite and implications for weathering in Sirius BALOG, A. Shallow marine record of orbitally forced cyclicity in a late Triassic Group diamictite, Table Mountain, Dry Valleys, Antarctica .......... (5) 815 carbonate platform, Hungary (4) 661 DIEDRICH. NOW See WIEERENSON BEL 252520 .05eecdessedsesacuedess (6) 1068 BERANE SOE AES 3 5 sis c50.0 050500 swh-saisisnisseen aniienunleeasne (3) 590 DISINAR IRD SO PAGE ss sec so gabe dviss che bscidasvssoacignandacaete (1) 235 A RC EE IMIIE IGS, oiccso diloiss0 'sc had ckuncldgncsomanmsennoesiausensen (3) 424 DIX, G.R. Stratigraphic patterns of deep-water dolomite northeast Australia BELKAALOUL, K.N. Resolving sedimentological uncertainties using magnetostra- (6) 1083 tigraphic correlation: an example from the Middle Jurassic of Burgundy, France De RD, sscrerponsrcsiennbosnantennni sseeiss oendesnc n (3) 451 (4) 676 DRIVET, E. Dolomitization of the Leduc Formation (Upper Devonian), Southern BENNETT, M.R. Modification of clast shape in high-arctic glacial environments Rimbey—Meadowbrook reef trend, Alberta ..................00eeee e (3) 411 (3) 550 DRUMMOND, C.N. see WILKINSON, B.H. ..........e.e.ee .e.ee .e.ns (6) 1068 BERTRAND-SARFATI, J. Early Cambrian apatitic stromalites and phospharenites DRZEWIECKI, P.A. Carbonate platform drowning and oceanic anoxic events on a related to the glacio-eustatic cratonic rebound (Sahara, Algeria) ...... (5) 957 mid-cretaceous carbonate platform, south-central Pyrenees, Spain .... (4) 698 BESTLAND, E.A. Alluvial terraces and paleosols as indicators of early Oligocene DUAN, T. Syntactic simulation of 1-D sedimentry sequences in a coal-bearing suc- climate change (John Day Formation, Oregon) ....................065 (5) 840 cession using a stochastic context-free grammar—Reply (6) 1098 BETTIS Ill, E.A. Complex response of a midcontinent North American drainage DUTTON, S.P. Timing of compaction and quartz cementation from integrated pet- system to late Wisconsonian sedimentation (4) 740 rographic and burial-history analyses, Lower Cretaceous Fall River Formation, BIRCHEIELD AG Esce SAGEMAN, BIB... 0.2.0. 0ccc08cccccsepecaecesso s (2) 286 Wyoming and South Dakota ESSE DBO WALA EIIIRES, MCE, 2. oiiaisnos da cnsancstesaseaastee’s (5) 977 BLANCHON, P. Anatomy of a fringing reef around Grand Cayman: storm rubble, EHRENBERG, S.N. Influence of depositional sand quality and diagenesis on po- not coral framework rosity and permeability: examples from Brent Group Reservoirs, northern See NNO TM RE MCMC Sc sine vicles wings alnawialte nam ce anedeaseleseauoceneees (1) 17 North Sea BRACCO GARTNER, G.L. Quantification of topography using a laser-transit sys- BEITE el RCC WENO EU acdc nG ods sees asunsemetecscoeesstencesestons (2) 303 BUN De tecy shes San Sabet cg daays eKis«cice seauinergnee amar ce er Osescbesiomeine (5) 987 PROTON, eRe ENS OD soc icsdscs ances oichecendonestaawncsed (4) 653 BRAUN, J.-J. see PAGEL, M. ERWIN, MLE. see LONG, L.E. (1) 225 BREYER, J.A. Sequence stratigraphy of Guif Coast lignite, Wilcox Group (Paleo- PETRN ARMIN RIEMAS sary crcls siardiewaniciac Splameelelvoustuab Noielben ieecmi ineseei ne (6) 1018 BULLARD, J.E. A note on the use of the “‘Fryerberger Method’’ for evaluating PURER AA SOG NEMO MEDS scx 5 ssn oe an clisasaneon indies een la vnnigie vamistnencies (5S) 891 DMCHNAN SAN TARSDOM OY WINE 62 58 6cc2csieecdsnsoceneeaeusnscatan (3) 499 PES RRs RA NCO MOINC a eee: 0 snts(s Svisnrs isles acanianis mnloaanaramageenamarene’ (1) 225 BURNS, B.A. Fluvial response in a sequence-stratigraphic framework: example FLETCHER, W.K. Transport and deposition of cassiterite by a Malaysian stream from the Montserrat fan delta, Spain .................scceseeeseeeeees (2) 311 aRutsiaia asain spe eed araA ten Rapin an inaS ins Soa yaar saten ca tensGesaees (5) 763 BUSiaNl, Ms SCE MOOR EINBOO, FLO. 5.5555 sSaccedcg csebecsesbsasaecae s (1) 116 FLICOTEAUX, R. see BERTRAND-SARFATI, J. ...0....c .ece. e.nce e ee (5) 957 FOLK, R.L.The possible role of nannobacteria (dwarf bacteria) in clay-mineral di- REIAN AS MMOMM ANIM NSAI 2.5 5,5150's5sis ioioiin!aseias oieS ale sics/duac sebastien vane sic (3) 536 agensis and the importance of careful sample preparation in high-magnification CARTER, L. The sedimentary regime beneath the deep western boundary current SE LGUMAY 52 his ssa ahitn dnd owaemusdae wmnasa rues cou clade nensemes (3) 583 inflow to the southwest Pacific Ocean (6) 1005 FORNOS, J.J. Temperate carbonates on a modern. low-energy, isolated ramp, the CASEAMAD, itdi SOCWMREMUER, SEL UE. oo. .c.s0ccccesiivess eadiesensnene (6) 1040 SAIEATIG CANOE SOUT ons. ocd soos aan cicae doa Seseeewaveiveennovar (2) 364 SSRN id WCE NOTIN Boho oss3 5s suasc ae sewindidn gacaueueala caw eunelee (1) 130 POURE HEW i See Wert ent DAG sacs Vnnue ihitnietl gacnnesmevoddwnscnes (1) 178 RAMS SERY OMS OTEIN MOM 6 cc's sSsiereia ne bcemasaleecsinaiacecombawtedl (1) 130 FRIEDMAN, G.M. A re-examination of reported lacustrine vaterite formation in CHOUGH, S.K. The Duksung fan delta, SE Korea: growth of delta lobes on a Holkham Lake, Norfolk, U.K.—Opinion ...................ceeeeeeeee (3) 616 Gilbert-type topset in response to relative sea-level rise FRIEDMAN, G.M. Synsedimentary cements as Paleoproterozoic platform building CHOUGH, S.K. see RYANG, W.H. ) 274 blocks, Pethei Group, northwestern Canada—Discussion ............. (3) 614 HIMADEAUS DROS AMOREDWS, DE. 5s ascsecesccevcncecdediaascassuccess (3) 53] FRIEDMANN, S. J. Rock-avalanche elements of the Shadow Valley basin, eastern (3) 536 Mojave Desert, California: processes and problems .................. (5) 792 CLAUER, N. Mineralogical, geochemical (REE), and isotopic (K-Ar, Rb-Sr, 8'80) evolution of the clay minerals from faulted, carbonate-rich, passive paleomar- GAS TARG See RIMEROUGH a. ooiivescccctissasceccsnseacsacessers (5) 879 gin of southeastern Massif, Central France .................000ee0eees (5) 923 GAL THIER-LAPAYE, F. see CEAUERSN:. 6.25. 0s0s.cevcnstadescdeesivens (5) 923 COLEMAN, MLL. see MACQUAKER, JIS. ..............c0cetaeeeeeees (5) 871 SELIG AACE MO ir occ cis es abidecadne seiuaeunsterwgacle ens (2) 264 JOURNAL OF SEDIMENTARY RESEARCH, VOL. 67, No. 6, NOVEMBER, 1997, p. 1116-1118 Copyright © 1997, SEPM (Society for Sedimentary Geology) 1073-130X/97/067-1116/$03.00 AUTHOR INDEX 1117 GEORGE, A.D. Paleokarst in an Upper Devonian reef complex, Canning Basin, KIMBROUGH, D.L. Provenance investigations using magnetic susceptibility WEC SICRIN SUMMERS cistsi s arias crassieninrde w’salbuce Mas wae Racecwmae Rawal oee (5) 935 Sida Rae R EAC AT ANA tad eM SE RO ea Ea (5) 879 CRAY, T-¥. SCO NICUO y Bien 6 ciciass iga cidasyioaohto yme ncadttivienunwn'cssen s (1) 212 ENO s SOG TEIN AE Ch oe oobi nsec csiedder odds densenbvicucdccussssens (5) 884 GOLDHAMMER, R.K. Compaction and decompaction algorithms for sedimentary KOPF, A. Fabric evolution and mechanisms of diagenesis in fine-grained sediments CERMIDAMN are na nati dela eiacic eHwi Res eew Sew Ka ea RS Nand aNeyuNwe’ (1) 26 from the Kita-Yamato trough, Japan Sea ...................0ceeceeees (3) 590 SFT Nee SEC AMEE EE EOS, and ui leg Tdcwduucsaacsavonsecsaebvenstar (5) 984 ROSTHE Wis, RSG WENERE SD A iioi dence ncdasendnandentedeususdusvores (3) 424 GRAPES, REL See DICKINSON, W.B. once csc ov sssndsccasecoceccncserade (5) 815 KOFEARCZYK, J. see PASIERBIEWICZ, EB. «35022. cc0nnisd5coser ens (3) 510 COREE Weiss CrIWh SEO IONE Re 522s ses anids daiceuids apeaiabicualacdaskaswes (6) 1098 ROVAEE VICE VRE SG PENCE B,C ones ccosveuvdnelssvatcelavdenese (5) 913 GRIMM, K.A. Synsedimentary fracturing, fluid migration, and subaqueous mass wastings: intrastratal microfractured zones in laminated diatomaceous sedi- LARGE, E. Miocene and Pliocene sandstone petrofacies of the northern Albuquer- ments, Monterey Formation, California, U.S.A. .................00ee e (3) 601 que basin, New Mexico, and implications for the evolution of the Rio Grande GUPTA, S. Tectonic control on Paleovalley incision at the distal margin of the early WU eee tae ua cahesan ake sa sez sad anetaas canada ena (3) 462 Tertiary Alpine foreland basin south-east France (6) 1030 LAVOIE, D. Hydrothermal vent bacterial community in Ordovician ophicalcite, southert Cuetice ApaAChNANs (a5. 65s escidecenedetensuasdesescsaceds (1) 47 EEPEP LN YE: SEG PMEOMER Raa aise alaialsl Slow susie cds aco caaa saadesidte conedabasade (4) 661 LE ROUX, J.P.Comparison of sphericity indices as related to the hydraulic equiv- FIRMED Wid. SCOURS INRNEYO N WEN o Ssacsinacecacicdécseccedcvosadaeecs (3) 550 RUMI: OR SN MEMINS 36 cass wack cosy Uansandeaderocdsesacusmcaas (3) 527 HAMNER, PW. see RIMBROUGH, DID... 50565. sscavscessecnsanones’ (5) 879 LEBREIRO, S M. Late Quaternary turbidite emplacement on the Horseshoe abyssal HAND, B.M. Inverse grading resulting from coarse-sediment transport lag Bireeite CENGHIATD MBB RIS oad ccc o:c'hes.nnccadnapatewaaseastndusensacnsveree (5) 856 (1) 124 LEE, H.J. Development of stratigraphy and sediment distribution in the northeastern HATHWAY, B. Nonmarine sedimentation in an early cretaceous extensional con- Yellow Sea during Holocene sea-level rise ..................cceeeeee (2) 341 tinental-margin arc, Byers Peninsula, Livingston Island, South Shetland Islands Wiis 0.0. SCG IRIN N WES ons fccince soc wes snstes deena diewdaauideeradewes (5) 984 LI, C., Lagoon—shelf sediment exchange by storms—evidence from foraminiferal BEAVER. SOG WEINDIE I tah i cwacsaenuntduscaatendentdaarewasddendaens (3) 424 assemblages, east coast of Grand Cayman, British West Indies ........ (1) 17 FIBRE ER PL. SCG RING, BAe oso 5 00s cs de caw gonecnetlnddaetadeidsees (2) 311 RE GUVED IR.V SG LMEma en e: DOIN, ss scssiccsuahasdenccsansedadocoxerases (3) 391 HILLIER, S. High-gradient magnetic separation applied to sand-size particles: an RATER CE 900: PENCE WS Siecs csia bes cotecnhvacunxaaudasccosdass (5) 763 example of feldspar separation from syenite and granite ............. (5) 975 LONG, L.E. RB-SR ages of diagenesis of Mg-rich clay in Permian sediments, Palo HOBSON, NRE. Ste: FMERIER GS. 3 5200icsictasscstvysccedcsadstecsdssdeens (5) 975 Dare: Basin, Tense: Pannanile: US.A cs. 5 < <..0.c50cckees secssacsncsnas (1) 225 HOLLAND, S.M. Distal orogenic effects on peripheral bulge sedimentation: Middle ROeEE G E PSG DANG Be 26 ia oo So siacsiccenadavevieascnsedonscens (3) 486 and Upper Ordovician of the Nashville Dome ....................04. (2) 250 LOWENSTEIN, TE. see SCHUBEL, AL in. 5.5. 525 cccceccdccccccaseenes (1) 74 HUDDARE., Dy seeiBENNED!, WERE 66.65. cccseddovesd ccacocusenevtene s (3) 550 RUE SEG Weber Wek chesics ondisiicccnandauasnuadded Vuecamacyantedn s (5) 898 FROME, Gs SCE) FIC INeRe iss ok cs cceisecievanncdtacacacesavileeeer (1) 142 EUMSDEN, EEN. Piitee Gomme 5 < ....cesaintseecsd ccadnaveendccegesce n (3) 391 PEW Pies; PRs, SOC COMO SMe oss ocief esiecade wa deiacatenvatniarecedes (4) 725 EWING Es see PO ey Me 5 ide seine ied asasesauacadieeweecaaesies ; EIWAINGH RGOSES SOWING Wile os occdk.veniecceeannsmovaatodswondsasdesee (1) 130 MACNAUGHTON, R.B. Multiple orders of relative sea-level change in an earliest Cambrian passive-margin succession, Mackenzie Mountains, northwestern INGERSOLL, KEV. se@ PARGES Bec. ss tics cciwisenvendiasvcscadadendes (3) 462 Canada ISBELL, J.L. Reconstruction of preglacial topography using a postglacial flooding MACQUAKER, J.H.S. The role of iron in mudstone diagenesis: a comparison of surface: Upper Paleozoic deposits, central Transantarctic Mountains, Antarctica Kimmeridge Clay Formation mudstones from onshore and offshore (UKCS) Ea aanawinne eda sat aa ae ee Noa eraN aan oa ronan aera aces ia eeas (2) 264 NIGAM a 55.5 3 as sans done deo sauce eaWnscenalyscumncdemntsardanwes (5) 871 ITO, M. Spatial variation in turbidite-to-contourite continuums of the Kiwada and RRAIR UE E> SEO PAR INN oo ca cinacinsaiencscaussoiddadgcnadteosciaeeaaas (1) 235 Otadai Formations in the Boso Peninsula, Japan: an unstable bottom -current RRPRNC ERD Ne SEG RFR els a csisis idsicawlinisinecwesatanislevecenewonucas (2) 311 system in a Plio-Pleistocene forearc basin ................eeceee ee eee (3) 571 RPA eh SCO NNER Be oo eo. vista odo dcaeunenenasnnanduccesseasends (1) 212 RRS FAV PNG See WO sak.S iaisencvacaciwstedneavscondedaeen s (6) 1005 PEN SOG SARIN Bey adie JtaLavecsedeesatannsscauatasecsucaberes (3) 615 MGCAVE, EN. sce BERMEIROG SM onc cn ccc ccsessinnncisusescdasssades (5) 856 DAMAGES, ICP. GOP TURN BC. cic. cosa cnises cascabeeandssatacceteees (3) 437 MEGRENZIE, JA. see VASCONCELOS, ©. 50 i. .ci ssicedisecciescscseneces (3) 378 POPPIES HOR SEG DIEING Be 22g oo ccasjavnacsnosccctsdcunduawusaeates (6) 1098 MERINO, E. Diagenetic mineralogy, geochemistry, and dynamics of Mesozoic ar- JOHNSSON, Mil. see ROBINSON, RiS. sis eecivecercccossnsnntsewcdees (3) 560 koses, Hartford Rift Basin, Connecticut, U.S.A. ................00008- (1) 212 JONES, B. Biogenicity of silica precipitation around geysers and hot-spring vents, RGRRRIER Ee GU WOUNEE IR 2.9 Sep das csp vavcesnacwaadccnseantasaacae (5) 754 North Island, New Zealand MEYER, G.A. Fire-related sedimentation events on alluvial fans, Yellowstone Na- PORN S: Bh SEA EE ANGHIOING bes cieiscinsisidesiswecanedsacnsceteaevensaesaveons (1) 1 MNUON ROE is oaas 655225 ccectacoduds soradantisaavsdacaueeaaaeansam (5) 776 PRP Ee SEN 0 io naan Salad oatsuwduudavn venaumedansenunacceass (1) 17 NEW Eyy FA. SRO MEIER OH 55s seis ccsvnetavesanetedasaaadasseews (5) 884 JONES, B. Silica-cemented beachrock from Lake Taupo, North Island, New Zealand MEYERS, W.J. Dolomitization by mixed evaporative brines and freshwater, Upper Raseoa ay das tatva scuaca ddacedeatatee Goue wees at diwdea nena aes cwnee ss (5) 805 Miocene carenates, Naat: Sit 05.6 c5 si ceccdsscevanavesavesacess (5) 898 MILLER, D.J. Late Mississippian prodeltaic rhythmites in the Appalachian Basin: RALBPEEISCH, W. ste BEANCHON, Poo. occscccccceccassvcesteseasesssinns (1) 1 a hierarchical record of tidal and climatic periodicities ............... (4) 653 RAGEIADire, Ee See, WINEB s Se cca. cecnc cance siaenasdacSsacvicdesseesuas (3) 424 MOREY, G.B. Rare earth elements in weathering profiles and sediments of Min- KAUFMANN, B. Diagenesis of carbonate mounds of the Mader Basin (eastern Anti- nesota: implications for provenance studies (1) 105 PRM MONE ©6 2 n.da nsisleweaaqinacassssGeuls owuargnenauensaseesns (5) 945 WAGON FOE EW. SOO OEE Fe onic an cng ccccnsscuananesarcnisons (3) 411 KELLER, M. Evolution and sequence stratigraphy of an early Devonian carbonate MOUSSINE-POUCHKINE, A. see BERTRAND-SARFATI, J. ............ (5) 957 ramp, Cantabrian Mountains, Northern Spain (4) 638 MUTO, T. Principles of regression and transgression: the nature of the interplay KENTER, J.A. Effects of differential cementation on the sonic velocities of Upper between accommodation and sediment supply (6) 994 Cretaceous skeletal grainstones (southeastern Netherlands) KIDWELL, S.M. Anatomy of extremely thin marine sequences landward of a pas- NARBOQINNE, GM: seo FURIE BG. soso. siccsccaacdciod waucasdaeees s : sive-margin hinge zone: Neogene Calvert Cliffs succession, Maryland U.S.A. NARBONNE, G.M. see MACNAUGHTON, R.B. ...............00ceeeeee s (4) 622 NICOLAIDES, S. Submarine cementation and subaerial exposure in Oligo-Miocene WOAPOE WEE SOON CUEP EERS MR oio isc id oa sins v sein nine eeuaneuaenecbedsedeansals (1) 130 temperate carbonates, Torquay Basin, Australia ..................205. (3) 397 1118 AUTHOR INDEX OLIVERA, A.M. Hydrodynamics of bivalve shell entrainment and transport SHAW REE Ps SCO AUR, MOA Ts Svan avons dssseusdsaconauieeuadcl e (1) 154 (3) 514 SIRI) SA SCG RTE WEE PN ossccesazasecaseapeasgiasdaeudinseasee (4) 698 SSAA Ute ASO CA oo 5 -nenisasoc ledscrndne neewndsccwtdeas (3) 601 SIZUN, J.P. see CLAUER, N. SOHN, Y.K. Characteristics and depositional processes of large-scale gravely gil- PAGEL, M. Thermal history constraints from studies of organic matter, clay min- bert-type foresets in the Miocence Doumsan fan delta, Pohang Basin, SE Korea erals, fluid inclusions and apatite fission tracks at the Ardeche paleo-margin (1) 130 (Bai Drill Hole, GPF program), France (1) 235 SOHN, Y.K. On traction-carpet sedimentation .............0..ceceeeeeeee (3) 502 PALMER, B.A. Lacustrine sedimentation processes and patterns during efflusive SOREGHAN, G.S. Walther’s law, climate change, and upper Paleozoic cyclostra- and explosive volcanism, Challis volcanic field, Idaho tigraphy in the Ancestral Rocky Mountains ....................00055 (6) 1001 PAOLA, C. see BURNS, B.A. STREET ISSCC NN Ws ccisc os canesanatacdatennsvsanyersdenneansonaes (6) 994 ERTS a MIS oo oisn so ng as aaps innn sasprieielsneosr Msleee treio nn s (3) 486 SURES PROC Os dsc asad icicceasaeeemas cduisnocse ceiankase de in (1) 65 PASIERBIEWICZ, K.B. Flume experiments with fine-grained suspension, with im- plications for the origin of mud laminites .................c.e.c.e e.e s (3) 510 TANG, Z. Diagenesis of analcime-bearing reservoir sandstones: the Upper Permian PATERSON 19, SCC WESTIN, ME. oo oso oc ccd ewcnessewensaens (5) 977 Pingdiquan Formation, Junggar Basin, Northwest China ............. (3) 486 PATEROWSE TNE, SCOHOLEAND: SM. «2.0.5.0 caccsessseessedecsens (2) 250 TEDESCO, L.P. 2!°PB chronology of sequences affected by burrow excavation and PELLETIER, J.D. Synthetic stratigraphy with a stochastic diffusion model of fluvial infilling: examples from shallow marine carbonate sediment sequences, Holo- sedimentation (6) 1060 cene south Florida and Caicos platform, British West Indies .......... (1) 36 PERYT, T.M. Association of redeposited salt breccias and potash evaporites in the TENZER, G.E. Sources and distribution of organic and carbonate carbon in surface lower Miocene of Stebnyk (Carpathian Foredeep, West Ukraine) ....(5) 913 sediments of Pyramid Lake, Nevada PTRRTENER Or EMO ANN DEAN. SoS Juissciagse sesmoasencabeicedmmdwiei s (3) 536 TINGATES FRSC eaAe oo arise ccveaencacdcastwnsanresssiedaes (1) 168 PRPW aL. So, RA SPE NOONE, AUD. .......ccccascacenasadeeseeesenea. (5) 935 TRUER SARIS PSEC ERS es So s/sicicsidsigsinan sbuenstaavecasanacieses (5) 923 POE DMPO ROW OMOEA. 6 oscciie nc sess seteascesveteateseoaenens (3) 536 TREXLER, J.H. Jr. A southern Antler foredeep submarine fan: the Mississippian Eleana Formation, Nevada Test Site (6) 1040 RANGANATHAN V, sce MERINO, E..\...Re.st.s sc.ce.cse5ce0ca0car5se s (1) 212 TRICHET, J. Organic matter in the genesis of high-island atoll peloidal phospho- RASMUSSEN, E.S. Depositional evolution and sequence stratigraphy of the shelf GILOSY tie FROM MYR oon cose srosnsnientdaslasvins ameeonwcentaeiyeects (5) 891] and slope off South Gabon, west Africa TROP, J.M. Petrofacies and provenance of a Late Cretaceous suture zone thrust-top RD, Be MIMS INS oinis s dcisc n vdinvigwpnsnwhinsmsiamblenapenauauaaesees (4) 661 basin, Cantwell basin, central Alaska Range ..................0e0ee e (3) 469 READ, W.A. Syntactic simulation of | D sedimentary sequences in a coal-bearing PURCOTTE, DSSS PEMA AUER HDS 5.5 se suivissinwaverGneeracesountew (6) 1060 succession using a stochastic context-free grammar—Discussion ....(6) 1097 TURNER, E.C. Growth dynamics of Neoproterozoic calcimicrobial reefs, Macken- Reed as, ASCO MAAN RON occas sc ccsaninmenadeendemesers (4) 676 ne Moutains, northwestern Canada oo... 2. ..06see.n ccacssecesscescce s' (3) 437 RE OR GONE SOAS oio isiba.s vidsv isnis calsy otsw hoaenentuinwncanar e (1) 178 PeeeNe A ORC RNO EN OOS cialiss inisi.cs ss sinc lascld Oat anual teres eantemes (1) 235 VAN DE PLASSCHE, O. see VAN HETEREN, S. ENE Be NB ois wisin isin swe nenspendlateamewuresheecsaate (1) 88 VAN HETEREN, S. Influence of relative sea-level change and tidal-inlet develop- SRNRI A RY AOE MIME IS 5 osc a slag seiss visa is s hsm oles coabemeeants (5) 805 ment on barrier-spit stratigraphy, Sandy Neck, Massachusetts ........ (2) 350 REZAEE, M. Origin of quartz cement in the Tirrawarra Sandstone, southern Cooper VASCONCELOS, C. Microbial mediation of modern dolomite precipitation and Basin, south Australia diagenesis under anoxic conditions (Lagoa Vermelha, Rio De Janeiro, Brazil) BOCA ROR PHANSEINPRIN, MRSS 5.5.5.5 0:aisasn seia'en ine Sv ela nels nannies smo oa (2) 286 dai ocidol asd ensa tuahtntece hak ea usucon near sea tnminaeae eenaaiauasneteeaer (3) 378 RESID MraP ROO MMROE SINE. oss cisic50 00 cnisnareundwatdanratesseaciens s (3) 469 WASSE URN G BEG EER Mo 457s n os Sac en caet iericancueeoensaoaraeaes (1) 235 RIGGS, N.R. The interaction of volcanism and sedimentation in the proximal areas VINCENT. S.J. Long-lived transfer-zone paleovalleys in mountain belts: an example of a mid-tertiary volcanic dome field, central Arizona, U.S.A. .......(1) 142 from the Tertiary of the Spanish Pyrenees ..................0eeeeeeee (2) 303 RIGGS, S. Sr isotopic age analysis of co-occurring Miocene phosphate grain types on the North Carolina continental shelf WALLACE, MW: SCOINNCOUIAIDE SS. 52.055 000-snscadeceseesonsaeeoness (3) 397 ROBINSON, R.S. Chemical and physical weathering of fluvial sands in an arctic WARDESH REO TUIGS OS. oso etalc ciacaustasteassaviavedeedonasenues (1) 142 weathering environment: sands of the Sagavanirktok River, North Slope, Alas- WEAVER PP: SCOR RM IROL SOME, «5 ssc .ccssvavesnweans caovideeecesna n (5) 856 RB pashan nae reias otiaisG s kuwlswinndideaiauccivinnaaewabsijeoneundarrinelareas (3) 560 WUS EBERG SE SEC MCR NURI ING 2 corp onisics aagis/esd ican aug paw sleswansend cane (5) 923 PRN ANE REC OES ARS os seiss ua. nte siaa nied od odsc ninbadsiewe ce cendinca gal (1) 88 WEIS; OG. SOC UVanra IRS RAS: S525 esd oacaaiaidsacwaasinnosdlesidseaesiacaye (5) 776 SAIN a eC MINES E530 5 21.5 diso ss da uiddo d Rea uses ss Ake weanianei te (5) 805 WENDT, J. The world’s most spectacular carbonate mud mounds (Middle Devo- RUFERAMIAIN, 02:19 SCO WHURENDON, BIL. 50. ccicsissssecac sasebecvmares (6) 1068 WAN AISCRARSADAED) 2a. iis 2 scssacsssceiev noadseragcontonenGSawkoakes (3) 424 RYANG, W.H. Sequential development of alluvial/lacustrine system: southeastern WERNER, B.T. Concave sand grains in eolian environments: evidence, mechanism, Exesenp Ssasin (Ometaccons), Korea. 66. is. e.scaasseness ssoscuexs s as (2) 274 AUG PHIOUGUEE 0 cj ve deicoewnan wanna aaviuescamCaoilonneas paaxsee t s (5) 754 WILKINSON, B.H. Stratal order in peritidal carbonate sequences ........ (6) 1068 SAGEMAN, B.B. Evidence for Milankovitch periodicities in Cenomanian-Turonian WILKS RGR: sce' COORBNBOO) TO: bccn siwaccstecesssdwacwwmsaeaasa t (1) 116 lithologic and geochemical cycles, western interior U.S.A. ..........(.2 ) 286 WILTSHIRE, K.H. The Cryolander: a new method for fine-scale in situ sampling SANDED, “Gs, sce BELKAADOULS KON, .....225025.ccseseeecsnrnscsesevtes (4) 676 of intertidal surface sediments minimizing distortion of sediment structure SAMI, T.T. Synsedimentary cements as Paleoproterozoic platform building blocks, su dnmeltainare des hanlemiemestacemuer onion a caeieren «ime so a cman steamers aces ane (5) 977 Pethei Group, northwestern Canada—Reply ..................0.00000 : (3) 615 WOODS WAL See OMIVERA GAUMY fo7 bi casupomsiantaabasetitsneceraere e (3) 514 SCHAFER, J. Heavy-mineral analysis and typology of detrital zircons; a new ap- WRIGHT, D.T. An organogenic origin for widespread dolomite in the Cambrian proach to provenance study (Saxothuringian flysch, Germany) ....... (3) 451 Eilean Dubh Fomation, northwestern Scotland SCHLAGER, W. see BRACCO-GARTNER, G.L. ............c.0ceeeeeees (5) 987 eARASE OE, TS. ROO NGS, NR. 5 i55oeca ssa suesiesacabaceaswd teaei en (1) 142 YOON, Sil 260 VRE MG csc sahetnddac aeeeaestsddseoecseatswa Meuwe es (2) SCHUBEL, K.A. Criteria for the recognition of shallow-perennial-saline-halites based on recent sediments from the Qaidam Basin, western China .... (1) 74 PRCT AITATURNSCC NMOMERS Wid: is ioisadieinswinnvoneienvins moacheseneas (5) 898 RASTER MAM ROE MOMSEN WLS occ dawaisin anise aduaedisaevlese seweeinaa ue (2) 264 ZALEHA, M.J. Siwalik paleosols, (Miocene, northern Pakistan): genesis and con- SETTERHOLM, D.R. see MOREY, G.B. (1) 105 HOLS ON MCI BEMESIS FOPAIANON css ces ns on ncn ewncoteebichaedoeasens (5) 821 SUBJECT INDEX TO VOLUME 67 Casbonales, \EMPCTME «665 ccecceissecacs. (2) 364 MY CMON Bogie ccs oce sch cazccendand. (5) 957 (6) 994 GRINNING? 855 has foes Scesie dons doewagwens (5) 763 Early Devonian (4) 638 abyssal sedimentation (6) 1005 ROMNN vo axan a oan wee dnaradacoudiacaniee. (3) 615 Eleana Formation (6) 1040 PUNE 5 6.555) waie Sede Nat atte cascape aston (3) 560 COMNERE SUGCESSINE icsieis ooii aiais caste nandnccues (5) 945 electron spin resonance .................... (3) 39] MMM ety cence edi dicacoespeaeeaees (2) 411 cementation electron-microprobe POBAIS ODGIN ai 55 seis5 caie csecivcaavnte (3) 462 Cenomanian-Turonian boundary GUI 5522 oa as sc ess daee a Sona (3) 514 MON 3 ns ca veka Gehdae das caudan eos es (5) 977 COMIN aoe sarc crece sia ceaviendelemacdease (5) 815 AMM peed lao yn sees acaxeaesaecaeeaeeeens (5) 756 PUMCNAEE SURG 6555. s.cv sled gscesisseaacae (3) 424 chemosynthesis eruption styles QUMMIONIS ican ca cavawsiisnvuccves . (1) 26,(5) 982 chromite ESC OUI ois eacaunerudcssaasearay (3) 462 BRNO sss de gina dedadiuncaansds (2) 311, (5) 840 clast lithology CNGMRMIVG: PRIN ooo = 5 od5e2x 50sa s an de: (5) 898 SUMP ANN os victvies ye sanisonaneudawexevens (5) 776 CRASH ONMONONIONIR S35. <ikcic-s os av cne sean (3) 550 CVI 5 Sas on ed skoda vantedoaves (1) 74, (5) 913 alluvial stratigraphy (4) 740 CRMs acsesccwavveer ssasei iagsdeasnrceteed s (3) 583 CHRGMMA CONII o'soiao 0k Seen cncxs Pade (5) 792 GUNNER SUMO ls wa Soe ide eoadosasnee (2) 274 CON IOIIN 6., gasiotonecansccstiacatas (1) 225 anoxic dolomite precipitation .............. (3) 378 clay mineralogy 225 SMR 5 Sos ertian aiis dacned dees (5) 776 PMN ode Ne nea eaceecnssaens e (2) 264, (4) 686 clay minerals (5) 923 facies transformation SPUN RIOR a5. 5S sen ecco cas cotyc (5) 957 climate change (6) 1001 fan delta Appalachian Basin (4) 653 climatic periodicities (4) 653 fault system behavior ..................04. (5) 923 coal geology (6) 1018 feldspar dissolution (1) 168 Arizona coal-bearing succession (6) 1098 fine-grained suspensions ................... (3) 510 Australia (6) 1083 COMIN yo 2 8 sso ie aireiwadantaiuunees (2) 350 Paine MN so oc asce cave veenstanes (5) 982 SUUMABOMIC MHHNCTAIS ox 55055d0ca0c a2se8s e is (5) 815 compaction (1) 186, (1) 26 Spd SECTION oo. saiss k ste cre dens (3) 536 autoretreat (6) 994 complex response (4) 740 GRMN ss 22 cash 75s> can Saaatsiasauaywretteee m (5) 776 FONE SUN 5255 52s i ee nsyz zien oan. (2) 2 COMRANMERG cd discis eus tuschddetevouecszdaws (5) 756 bacteria flow strength COMME SAMO Fs stonisa ce ewansnaccesesneet s (2) 322 IGM ok Ps awcvatawdiaadsonenoaauenans (2) 311 UNE MONEE oo 0 525 dwt ou seaside (5) 923 continental ste[If base-level rise (1) 142 fluid inclusions (1) 168, (1) 74, (5) 913 CONN ins isie ds sastninedes (3) 571 DANCHICNG TAMING <6. 2.05 2c02hescsseoads (6) 1030 PIE CHEMIN 25 5 ok Seckiecnccavonce (3) 510 cool-water carbonates .................000: (3) 397 BASIE MAYSI os 6.550 cok ness Sigwats cease sifaslos (2) 274 MUNN esas eden owanucdadenatenaseaeasn (5) 763 CU oadavncaccancoedeassauaeaeaikaen (5) 977 CRMC SOME os 5/5 0: earaaaaauvavadcieenne s (3) 437 fluvial incision (6) 1030 Cretaceous (1) 178, (2) 274, (2) 286, (3) 469, MNES sta2 s Dia uly teas ce ecitar ces (5) 805 (6) 1060 (4) 653, (4) 686 OMNES Es Seca jae Ses eue vas setre es (5) 977 fluvial sedimentology ..................64. (2) 303 CYMROUAEENA! i oe ideese nse (3) 614, (5) 891 biogenic magnetite (4) 638 foraminifera CPOE aelciayic dasiadetiineswdvauexdidecdaes s (5) 982 WRN de rere sancenccodnacne sesre ne (3) 514 NONMIINNI 5562 Sees Goskic eelanusteneeanm (2) 311 cyclostratigraphy (6) 1001 OM MORN ind dire sv enevcdduwacedoaus (3) 571 fOnmnall BORNE S25 io siocis cxsicatiatnddekedets (2) 250 DOUNGAFY CURES: ...5.50:65 ccncssececoess (6) 1005 RONG SORE SUNOS 9 5 debs Ca vac ste ieaanndacesee (5) 935 debris fall (1) 130, (5) 776 Bowser Basin (1) 116 foreset (1) 130 brines debris flow (1) 130 RIA 2 adr tn dese icaaagcasnyaeanss (5) 776 deep-water fringing reef burrows DeForest Formation calei-nnicrobial reefs «i566 os ccc ecese sees (3) 437 delta lobe Gabon Basin GUI io no scn ease see ask aes (5) 815, (5) 945 denudation geysers Cambrian CURIONI ooo cece ara Nacabescacencdeowact (3) 510 Gilbert-type fan delta (1) 130 CARNE GSH 633s 6 sch atannncsasiae nsc e (5) 935 depositional evolution SEMAN CII Soars ic eisc itciavionceaayees (2) 264 Cantabrian Mountains ...................5- (4) 638 Geposisonal MONE! .d...5.s5c6<.0ececnceees (2) 286 grain flow ........... Pieris Giuedeadeateie s (3) 502 CNC ARID od cao ieaek oak dasecasda w (3) 469 GMEINY SION So occcdicacucassncaeens (3) 451 Grand Cayman (1) 1, (1) 17 CANMOH IROUNIES oes Svsntaccdsvasdoebee r (5) 884 DC WONRINE 52 eons Swe hye: (2) 41(15), 93 5 SUMMBIM MRCHAINES so oo sein5 5650 cccanceceek (5) 792 RUMOR Sait EE docs donk geek epee (2) 250 Devoniark: MMS ooo <i sien dndeindousiwdse (5) 945 Greenhorn Formation .................245. (2) 286 CAWONME CANDON. 6 oi cs bee sexvecediad cilcacnes (5) 884 diagenesis .. (1) 178, (1) 186, (1) 212, (3) 378, (3) ground-penetrating radar .................. (2) 350 CARDONA COMENE 5 oso dsenciscciaarsse sne s (3) 614 583, (3) 590, (5) 805 Gulf Coast (6) 1018 CREDO CV CIES 5/55 5s orcsa cca aponndecsenes (4) 653 RNNNCUNCR: co ou pai anuceaacaustaueucucas (5) 815 CHAM TOONS «6 bas cis esa cerseeeune (1) 17 CUMMINS © hes6e 3 so cae (3) 536 CROORME TENE s coksiceiesiciiescsess (3) 424, (3) 531 diatomaceous sediments .................4. (3) 601 Rts secre nt caanogetesemceeass (3) 3 carbonate platform (4) 653 CUMIN ea dccescg cuidsncdearcacdcssa ca se (5) 977 Hartford Basin carbonate ramp (4) 638 distal foreland basin (6) 1030 CRU IMICIANG 52 35.505 vss. waenasOeerese (5) 763 carbonate sedimentation ................... (3) 437 dolomite (1) 54, (3) 78(3) 391, (6) 1083 heavy-mineral analysis .................... (3) 451 CAMMONALS SCQMENOES 0:50 5:0 <isiscciisciceese ls( 6) 1068 GONMMMEZAION Sf i555 cook Sins’, 2dd oses (5) 898 RRRU CNOUNG 5.2s eizsad eidtcantsedaanan s (5) 856 carbonates (1) 47, (3) 615 WN saa a koa const cune ria (2) 411, (3) 391 MPEG 5 cs «saosin nncsaess (5) 984 carbonates, freshwater ........5......sc000 (5) 898 CNN PONOIRUN 5a Sa dase scala ncaas nace: (3) 499 HGMS (High -Gradient-Magnetic-Separation) carbonates, marine CU cecS ose santads asiGet eciy et ases (3) 616 asddgntedanctataddstas tata a neenaxnaeeaes (5) 975 JOURNAL OF SEDIMENTARY RESEARCH, VOL. 67, No. 6, NovemBer, 1997, p. 1119-1121 Copyright © 1997, SEPM (Society for Sedimentary Geology) 1073-130X/97/067-1119/$03.00 1120 SUBJECT INDEX MBI US. os Bharsocec aktochbe aenansint ee (3) 590 Pruerra OIG os Zak shies ou esai ys Baneeeeesns (3) 615 RINNE 52 2nd See eee oe eae awe (5) 871 provenance (1) 105, (1) 116, (3) 451, (3) 469, (5) 879 Namurian (6) 1097 PUDAMME PAKS 5 sade sclaaansbeaivitdeeenss (5) 884 Holocene stratigraphy RGD os bch incr ieacreecuee (3) 583 PROMOS oss 53c5 ores edaiisachssendosvsnecets (2) 303 Horseshoe Abyssal Plain .................. (5) 856 PRCORENE: ise ss swtssisvecsncnes (2) 322, (6) 1083 NGBINGIIOLOIC 60552355, cc0esuneompuneuees (3) 437 quantitative geomorphology ............ (5) B1005 PIRUPRNGISOIET 0 coisciciesaien sacencscciessins (3) 536 Nevada (6) 1040 quartz cement (1) 86, (1) 168 RMR oo enw sce ict olsceccctuuilenpiewsinsies (1) 17 New Zealand (1) 88, (5) 805, (6) 1005 QURGMAEY 3s dives citeneveancadgncaes (5) 856 hydrocarbon PRIMER iiss 5 2s'cisiv od pamcnaaneeaeno uee ls (5) 898 WTRNEGS 35505505022 jmnssantian sant (3) 514 North Carolina Rb-Sr method (1) 225 hydrothermalism North Sea (1) 197 ba SNC INI Vas seek ue edad uwonsmeness (5) 923 PUIG Gi saa casicuescondsenueenstaee (3) 560 PUOTMOME S553 isosd bsoeatsS eanstis Ionah (5) 913 ERIE oS doce Sas aces een cosmo ese (3) 536 northwestern Canada Rhea Psa css 'gn aan we mermn alu (1) 105 ice-marginal moraines ................00005 (3) 550 RE PCOCHEMISIDY o..5.0 0c.c cinsieideensmouieage : SRI UE ID cS arisea\s anes cnuvisdswsisssemce (5) 984 oceanic anoxic event PURSUING io 2s a5 sisx Cadieasecesiecsusinceins (5) 935 insular phosphorites ..................00004 (5) 891 OUR ic css pelsjnneiesm olaesanieenennacses (3) 616 PRRR RADIOS: che hiexe nce views come suanakesesarenties (1) 1 SAINE=ANCAIASINS 55.65.55 0:50 50s cs oodewiasiaor'eec e (4) 686 RONSOCONEN coco cdancisnsaiouaaucsensxesaeeeee (5) 840 regression (6) 994 inverse grading (1) 124, (3) 502 WE MICOS 5 seks Sigg esi nee Selene (3) 397 relative sea level (4) 725 MOMRMNMOMENIS nico tu desde pele tecee den exer (5) 871 ophicalcites TSSCIVOM IOC CNNE 60.005 c orar gear Senin ewes (5)984 MRSA aisle x cipsinciicseiros wioess viicisewaaniesie’ s (3) 590 CAME CANDOR. is a's jamais osines seivnirsteisee (5) 884 reservoir quality (1) 197 Jurassic 653 organic geothermometers ...............06. (1) 235 RG VROIS MUMMDET: 6.3... c6 osipacedocemecet (3) 527 Jurassic, Middle 638 WT SAMUSRMOT: os on kas aegecns canecavengunal (5) 891 rift basin organogenic ) 54 Rimbey-Meadowbrook .................08 (2) 411 K/Ar dating (1) 212, (5) 923 CERO AE Fs, oiss)ofhtececnsie indvedwpceeshes (5) 984 RICANS UIE iol n svar tadae euntiadsiineet e (3) 462 BMRA SIMU 5.05). cX acne Geaeicaensanske (3) 571 oxygen isotope geochemistry .............. (5) 923 rock succession ; (4) 715 RMMMMSE AE oo costes eleeesecase de (5) 871 RIPEN BOWI DES 5 0)s.s55 sci5s esiacois s sioomsediac’ (5) 884 RPRCNG MDM 5 5.006c5sc8s30c00ceceenses (1) 54 SAQAVAMEMOK RIVED <0 ccs csancvencvenences (3) 560 Reece ceerevicne seeoea nest wa (2) 274, (4) 725 Pacific (6) 1005 saline lakes RO MAMBO 5 nicd ss saves ecacecineece (3) 571 RMR 8 ouia cioahse an speasmncieasaiuetionee (5) 821 Salton Trough, California ................. (5) 879 DAIPOREANOSTADAY ©5 siaisie.s oisac slonise.esjeeoei se (2) 250 SARE ICOMPOSINOIE Seo « oiev iss v ciawaerne (3) 560 lacustrine 154 OREO MENEAME oiss oo cr aistoussic scare vam eG (5) 840 RAR a Aah seine sclennieh nesilanctnees (5) 756, (5) 975 Lagoa Vermelha, Brazil ................... (3) 378 paleodrainage (6) 1030 sandstone PRIOR oor csdecachacuniisvaaskasessstensece (5) 891 Paleogene (6) 1018 sandstone diagenesis SUMMON 5 5os c snes cupwcwis tae dscwsisccasseese (3) 510 DRICOKAISE ac chies ace «sears nenannsensero s (5) 935 SANGSPONE |POWOLACIES s<.<.6550000cc0e0ceces (3) 462 PE MREID occ sn ccs aase se canousinscnceass s (5) 987 paleomargin evolution ..................0 (5) 923 SANUS GROUP acces rocacpatdecotse nacn e (3) 462 laterite (1) 105 PALCOSHISMOIOSY) &5.-...co.w.s csa0emncesne0ec0ts (3) 601 saprolith Ue Cc 1 or re (2) 411 PANDORA osGoocc ob oa.se h en sc e (5) 821, (5) 840 Saxothuringian Flysch ............:..ss000+ (3) 451 MW OREIOY TRIAD 5 cbscc esas ceshsaecca (2) 364 PAlCOWANENS 5 .10..0siicic'si cntiemicemet (2) 303, (6) 1030 Scotland (6) 1097 Paleozoic (6) 1001 sea level (4) 622, (4) 715 Mackenzie Mountains ..................... (3) 437 Palo Duro Basin (1) 225 SEAPIEVER CUAIRE: 2 oe xio's.s cisco nlnvaciecbiereet s (2) 350 II ieonseen accdieuaiaue cveee (5) 945 PRTAMOUGSIS 165): fatesionitSdaius aooi nadnoe (1) 212 SEMMENEMTIRE. oct sifuv isiu nlvshs ap comer aot (2) 341 magnetic susceptibility .................... (5) 879 Paris basin (4) 638 SCCUECUAVHANINCS 5 0.5.2:0:s ssipi eisteeise as asels (5) 856 Magnetic-separation .................e.ee e (5) 975 PARMOIEGRADE 5.5 9i2isiccavinaals caneeneeeasee (3) 550 SOCMIPCNEWANSDONE <5 ois sce cpa vesnnicevescurs (3) 499 magnetostratigraphy (4) 638 POADRERESIS S55. csresiev ashauantignnrmmetar e s (5) 821 SCULMENUANY PLOCESSES 5.5.05 ssc ssh oss esee (3) 601 PIATINE COMEMIAION o.050.05200080c00000008 (3) 397 pelagic deposition sedimentary sequences (6) 1098 MONEE 5c ction ae tasmeseessdecus (5) 792 POMS ser alcsaaih osnannumimusnmennne s (3) 614 sedimentary structures ..................065 (1) 124 on) a eee (5) B1005 PenINSlAl RANGES isiais0sasadeeltee ailnoe s (5) 879 CECE MIEN 25 3,-oio 20S cls ncnain wacom ealease’s (5) 792 RICHIE: 0... (3) 531, (3) 614, (3) 615, (3) 397 peritidal (6) 1065 SOUMMCROIOON os Sias es.0scdctcnsincesesautien (5) 913 PNRM a Lt ee onal (1) 88, (5) 805 permeability (1) 186, (1) 197 seismic data microbial degradation Permian (1) 225, (2) 264 SERNAME ACO ctoa cc arisen enescweatos (3) 583 microbial diagenesis ....................044 (5) 891 CRISES 3.2 asset osreacae cane aet cece (3) 469 SORIESUOR ooiclsicvcienassec ncsoaniveaeennaswe (5) 975 microbial dolomite model ................. (3) 378 PORTO es ires incaiaideindinstnasaberdeawacees (5) 756 GRANENOE Yss iaiss scv ied s/o:caihatain bares sare kalwaieaiet (5) 982 MID eet Rea idstcery lcc ae ewais wlw Fre (3) 590 phosphate sequence stratigraphy ...(2) 311, (2) 322, (4) 622, microphytobenthos ...................0eeee (5) 977 PURO MNOEY 4 siescssinu icamnmenndncseeiene (5) 984 (4) 638, (4) 715, (6)1018 mid-Tertiary PHOUOPEADCETY sicisindicvsdicleisicigsinetselstoae (5) B1005 SRAMOHCES 435,5 chasette ussa in cad (6) 1097, (6) 1098 Milankovitch cycles .................0s000 (2) 286 PURBOES sia scaiisie's Saids a ewnndinesa@haseomas (5) 763 SBE ABO. 54.: cfsvistss bec cdanha ve Semana (3) 527 Milankovitch cyclicity (4) 661 platform drowning .................ceeees (4) 653 SEHUNPEVEIDCIEY 2c. 2 lucas odihenocswnanns (3) 527 mineral geothermometers .................. (1) 235 PlatfOrMVEVOLULION: % 05.0 2s.sccedsedsoseiewe (2) 250 SAL aero aa tion)o cracaauiueesr sccuineaseyee n (5) 871 Miocene (1) 65, (4) 725, (5) 821, (5) 898, platform stratigraphy (4) 653 shoreline migration (5) 913 porosity (1) 26, (1) 178, (1) 197 SHIGICIASHE 1.5 )2205):0000/050: (3) 469, (4) 622, (2) 322 ON Es ait sida deauewnasmsceasasiney (5) 756 POSEMIRCIAN <2. shtscs adeno savas quasars (5) 957 SHEACHINOI 30 cttec aceen epaonodsesends (5) 805 MOUNT CAPDONALES 5.55 occ scenes scccecccas (5) 945 POREPIAGIADWOCKS 55 5 5:5i/caascssuaicestoeeee (2) 264 BSEM BS EINUDY 5 <5 3 ov cive ck iccee havea wees (5) 815 UMMNMMNIOND oh iidccs scicsouaeaseswedsaceee (2) 303 PROCIINSUON3).ic5 stviesesan <vasduccunevenachar (3) 616 SIWABIES) oocs inca pr cnvaccaceticaimeseeannens (5) 821 WA NSIT ANS etseavas a ac’ (3) 510 prodelta SKEIELSTAMSIONES. 0505 0<0ahiseeesieodisieies (1) 178 PRR MMINAS 2 5h oie cid ehaiiuiessueadee (3) 424 prodeltaic rhythmites ...................00: (4) 653 sonic velocity SUBJECT INDEX 1121 WOME oieo s mane geranacuae cdsemeatcesceae s (3) 514 submarine fan (6) 1040 AN oo cece Sidi eiteen dss (3) 514 South Shetland Islands .................... (4) 686 suclfate reducing bacteria ................. (3) 378 (Rn OWE 5 sieae eae (5) 856 ROGER 0 siend as ccdatenvaacciieecdies (2) 31(12), 36 4 RON DOME iss tarsi ccc aic nr teas ob Seca (3) 469 RED Fiiasiccuse seen (3) 502, (3) 571, (1) 124 SCE MON SHARING 6 9 5 c/eiic s niesd bvoviinaeenee (2) 286 SVBMONC E ies cs sud wads Sac lgrseaesceens h s (3) 550 SMMMMNS COMING 0: 53 des cezuccnacasccads (1) 124 SPIE IRIE 6 huavuses esd vev esens (3) 527 synsedimentary deformation ............... (3) 601 stability misidentification .................. (3) 616 synsedimentary tectonics (4) 638 WINUNS Soto eee (3) 536 SEMIN TIOUIES 5 os os soe avevds ckinedee (3) 531 syntactic simulation (6) 1097. (6) 1098 WI os asn att auitetes dd Risie se (3) 616 stochastic diffusion model (6) 1060 synthetic stratigraphy (6) 1060 MRM ic cbse ach ttscaheusdseociineere (3) 601 stochastic grammar (6) 1098 volcanic dome (1) 142 SHMOMIONAMN Y 9 evs 5 aide i csiomnsadesatrots (3) 391 tectonics and sedimentation ............... (2) 303 volcaniclastic deposits .................000. (4) 686 SNE CAOM ISNS 5-5cS css ccc tnsiorcmsnowntoaeneees: (1) 1 temperate (cool-water) limestones ......... (2) 250 volcaniclastic sedimentation (1) 154, (1) 142 storms terrace (5) 840 Walther’s law (6) 1001 SPU ARARURIS 5c va5ie dise srcnaus-golvaweeyee s (3) 590 thermal history (1) 235 WOM 65 acd castiontiadiil s (1) 105, (3) 560 stratal order (6) 1065 CAE POSIOMIOHIES. 5 5255 sb 03 dsi ses dacctedees (4) 653 WENN NNO oe irseu easia d ane (5) 957 stratigraphic successions CGINOEENEY 2 oo iisiseesstdadadiecmseesons (2) 341 widespread stratigraphy ............ (2) 350, (5) 982, (6) 1083 IRIN arse doco iauwcidcanatodasssenases (5) 987 Wilcox Group SINCSEB D DAME os cscs oiacerwtdvavintes (2) 274 MPAGG CRPNEIIN oo oe conw nc braxeaccedscaeua (1) 168 wind energy SWOM OMNES oo 52 fee p cs sadaxeincsesveacns (3) 424 PFOOUNORE CONNEo os cicdc daca deen seerscatact (3) 502 StrOMALACHS CAVITIES. 20.565 s0ccsceceneceds (5) 945 WAWARED DOMES ss pevicin Soscctisa edetas e es (2) 303 stromatolites (1) 88, (3) 614 transgression (6) 994 GINA sos acias eecndnauceaesae (2) 341 SHOHMUND IMNODES 3 << 5.5< ic0s ccacdesadevnevee e (1) 65 WARS NENSING FAGNES 2.5 do so coansatcceaas (2) 341 BENE Sos ojos hissyc ast. as oem Neat (5) 792 WaRSpPOIl CQMIVAICING 6.555556.5 5c2nee5nsi es (5) 763 zircon-typology analysis ................... (3) 451 BOOK REVIEW INDEX TO VOLUME 67 Ancient Sedimentary Environments and their Sub-Surface Diagnosis Modern Carbonates: Tropical, Temperate, Polar, Introduction to Sedimentology and YG Se Rey casi wileah Siedneeustanddoedenteoenss Saidamseseganeewaase (2) 374 Geochemistry Characterization of Deep Marine Clastic Systems by Ci Rae ocscsdsese Beats a eels erecta ata aaa tas So aie ee (3) 617 Sequence Stratigraphy of Foreland Basin Deposits, Outcrop and Subsurface Exam- edited by A.J. Hartley and D.J. James ples from the Cretaceous of North America Dolomites—A Volume in Honour of Dolomieu edited by J.C. Van Wagoner and G.T. Bertram .................00.0000 s (3) 617 edited by B.H. Purser, M.E. Tucker, and D.H. Zenger Stochastic Modeling and Geostatistics—Principals, Methods and Case Studies Global Events and Event Stratigraphy in the Phanerozoic edited by J.M. Yarus and R.I. Chambers ..................:ceeeeeeeeeees (4) 749 edited By Gill WalSek” ws iawie heidesncee cud des pd ebsawsaxemendciey. (5) The Geology of Fluvial Deposits—Sedimentary Facies, Basin Analysis by ADS Miah 55 acu Seg naseernerataaaianicl ys asus eNutasniessead aes: (2) 374 High Resolution Sequence Stratigraphy: Innovations and Applications The Sea Floor—An Introduction to Marine Geology edited by J.A. Howell and J.F. Aitken by E. Seibold and W.E. Berger Magnetic Stratigraphy Tidal Signatures in Modern and Ancient Sediments by Neil D. Opdyke and James E.T. Channell edited by B.W. Flemming and A.Bartholoméa ......................0.005 (5) 990

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