Journal of Paleontology 1999: Vol 73 Index

7 Pages·1999·1.8 MB·English

J. Paleont., 73(6), 1999, pp. 1219-1225
Copyright © 1999, The Paleontological Society
0022-3360/99/0073-1219$03.00
JOURNAL OF PALEONTOLOGY
INDEX OF VOLUME 73
AUTHOR INDEX
ADACHI, S. see 74
. ADRAIN, JONATHAN M., AND STEPHEN R. WESTROP
Trilobite paleobiology: Past, present, and future, p. 161
ALEKSEEV, A. S., see 39
ALLISON, P. A., see 10
. ALVAREZ, FERNANDO, RONG JIA-YU, AND A. J. BoucOoT
Quadriloba, new name for the genus Tetraloba Alvarez, Rong, and Boucot (Brachiopoda, Athyridida); preoccupied by Tetraloba Lee, 1994 (Insecta,
Collembola), p. 547
ANEHUS, R., see 50
. ASKIN, ROSEMARY A.
Manumiella seymourensis new species, a stratigraphically significant dinoflagellate cyst from the Maastrichtian of Seymour Island, Antarctica, p. 374
BARTZSCH, K., see 19
4. BEAVAN, NEIL R., AND ANTHONY P. RUSSELL
An elasmobranch assemblage from the terrestrial-marine transitional Lethbridge Coal Zone (Dinosaur Park Formation: Upper Campanian), Alberta,
Canada, p. 495
. BIZZARRO, MARTIN, AND PIERRE J. LESPERANCE
Systematics of some Lower and Middle Devonian spiriferid brachiopods from Gaspé with a revision of the superfamily Delthyridoidea, p. 1056
BLAKE, D. B., see 96
. BLODGETT, ROBERT B., JIRi FRYDA, AND PATRICK R. RACHEBOEUF
Upper middle Devonian (Givetian) gastropods from the Kersadiou Formation, Brittany, France, p. 1081
BLODGETT, R. B., see 6, 85
. BOARDMAN, RICHARD S.
Indications of polypides in feeding zooids and polymorphs in Lower Paleozoic trepostomata (Bryozoa), p. 803
BOLT, J. R., see 58
. Boucot, A. J., L. R. M. Cocks, AND P. R. RACHEBOEUF
Early Devonian brachiopods from Satun Province, southern Thailand, p. 850
Boucot, A. J., see 2, 8, 84, 85
. BoyD, DONALD W., AND NORMAN D. NEWELL
Lyriomyophoria Kobayashi, 1964, a junior synonym of Elegantinia Waagen, 1917, p. 547
. BRETT, CARLTON E., THOMAS E. WHITELEY, PETER A. ALLISON, AND ELLIS L. YOCHELSON
The Walcott-Rust Quarry: Middle Ordovician trilobite Konservat-Lagerstatten, p. 289
. BREZINSKI, DAVID K.
The rise and fall of late Paleozoic trilobites of the United States, p. 164
. BROWER, JAMES C.
A new pleurocystitid rhombiferan echinoderm from the Middle Ordovician Galena Group of northern Iowa and southern Minnesota, p. 129
. Buick, ROGER, AND ANDREW H. KNOLL
Acritarchs and microfossils from the Mesoproterozoic Bangemall Group, northwestern Australia, p. 744
. CAPDEVILA, D. GARCIA-BELLIDO, AND S. CONWAY Morris
New fossil worms from the Lower Cambrian of the Kinzers Formation, Pennsylvania, with some comments on Burgess Shale-type preservation,
p. 395
. CARRERA, MARCELO G., AND J. KEITH RIGBY
Biogeography of Ordovician sponges, p. 26
. CHATTERTON, BRIAN D. E., GREGORY D. EDGECOMBE, NORBERTO E. VACCARI, AND BEATRIZ G. WAISFELD
Ontogenies of some Ordovician Telephinidae from Argentina, and larval patterns in the Proetida (Trilobita), p. 219
CHATTERTON, B. D. E., see 1/6, 28, 29
CHEND.E S.Y, s,ee 54
Cuol, D. K., see 55
. CLARK, DAVID L., JOHN K. SORENSON, ANDREA N. LADD, AND JAMES R. FREIHEIT
Probable microvertebrates, vertebrate-like fossils, and weird things from the Wisconsin Ordovician, p. 1201
CLARK, D. L., see 17, 91
COBBAN, W. A., see 52
Cocks, L. R. M., see 8
. CooMBs, MARGERY C., AND BRUCE M. ROTHSCHILD
Phalangeal fusion in schizotheriine Chalicotheres (Mammalia, Perissodactyla), p. 682
Cooper, D. L., see 47
Copper, P., see 5/
CRAMPTON, J. S., see 52
. CRONIER, C., K. BARTZSCH, D. WEYER, AND R. FEIST
Larval morphology and ontogeny of a late Devonian Phacopid with reduced sight from Thuringia, p. 240
Cuacy, M. B., see 98
. DALINGWATER, JOHN E., DEREK J. SIVETER, AND HARRY MUTVEI
Cuticular microstructure of some Silurian homolonotid trilobites from Sweden, p. 256
Day, J., see 61
1219
1220 JOURNAL OF PALEONTOLOGY, V. 73, NO. 6, 1999
21. DE GIBERT, J. M., AND A. A. EKDALE
Trace fossil assemblages reflecting stressed environments in the Middle Jurassic Carmel Seaway of central Utah, p. 711
. Dixon, OWEN A.
Upper Silurian heliolitine corals, Canadian Arctic: Taxonomic method, keys to identification, and biogeographic relationships, p. 1002
Droser, M. L., see 36
. DUNAGAN, STAN P.
A North American freshwater sponge (Eospongilla morrisonensis new genus and species) from the Morrison Formation (Upper Jurassic), Colorado,
p. 390
DuTRO, JR., J. T., see 48
24. EBACH, MALTE C., AND GREGORY D. EDGECOMBE
The Devonian trilobite Cordania from Australia, p. 431
. EBERLE, JAELYN J.
Bridging the transition between Didelphodonts and Taeniodonts, p. 936
26. EBERLE, JAELYN J., AND JOHN E. STORER
Northernmost record of brontotheres, Axel Heiberg Island, Canada—Implications for age of the Buchanan Lake Formation and brontothere paleobi-
ology, p. 979
EBERLE, J. J., see 25, 26, 57
. Eppy, Juiz D., AND Linpa B. McCOLLUM
New name for a Middle Cambrian trilobite and a figure correction, p. 722
. EDGECOMBE, GREGORY D., BRIAN D. E. CHATTERTON, BEATRIZ G. WAISFELD, AND NORBERTO E. VACCARI
Ordovician cheirurid trilobites from the Argentine Precordillera, p. 1155
. EDGECOMBE, GREGORY D., BRIAN D. E. CHATTERTON, BEATRIZ G. WAISFELD, AND NORBERTO E. VACCARI
Ordovician pliomerid and prosopiscid trilobites from Argentina, p. 1144
. EDGECOMBE, GREGORY D., AND LARS RAMSKOLD
Relationships of Cambrian Arachnata and the systematic position of Trilobita, p. 263
EDGECOMBE, G. D., see 16, 24, 28, 29, 30
EKDALE, A. A., see 2/
Eutas, R. J., see 102
. ERIKSSON, MATS
Taxonomic discussion of the scolecodont genera Nereidavus Grinnell, 1887, and Protarabellites Stauffer, 1943 (Annelida: Polychaeta), p. 403
. FATMI, A. N., AND W. J. KENNEDY
Maastrichtian ammonties from Balochistan, Pakistan, p. 641
FeIsT, R., see 19
. FELDMANN, RODNEY M., TOMAS VILLAMIL, AND ERLE G. KAUFFMAN
Decapod and stomatopod crustaceans from mass mortality Lagerstatten: Turonian (Cretaceous) of Colombia, p. 92
FELDMANN, R. M., see 33, 45, 93
. FERNANDEZ, MARTA S.
A new ichthyosaur from the Los Molles Fermation (Early Bajocian), Neuquen Basin, Argentina, p. 677
. FIELITZ, CHRISTOPHER, AND KENSHU SHIMADA
A new species of Bananogmius (Teleostei: Tselfatiformes) from the Upper Cretaceous Carlile Shale of western Kansas, p. 504
. FoRTEY, RICHARD A., AND MARY L. DROSER
Trilobites from the base of the type Whiterockian (Middle Ordovician) in Nevada, p. 183
ForTey, R. A., see 36, 62
FREDHOLM, D., see 50
FREIHEIT, J. R., see 17
FRYDA, JIRi, see 6
GALE, A. S., see 52
. GASS, KENNETH C.
Mackenziurus emielityi new species: A new encrinurine (Trilobita) from the Silurian (Wenlock-Ludlow) of Wisconsin and Illinois, p. 977
. GEIGER, DANIEL L., AND LINDSEY T. GROVES
Review of fossil abalone (Gastropoda: Vetigastropoda: Haliotidae) with comparison to Recent species, p. 872
GIo-ARGIEZ, R., see 93
Giass, A., see 96
Goopison, R., see 10]
GOSLINGER, T. M., see 40
GRAHN, Y., see 67
. GROVES, JOHN R., TAMARA I. NEMYROVSKA, AND ALEXANDER S. ALEKSEEV
Correlation of the type Bashkirian Stage (Middle Carboniferous, South Urals) with the Morrowan and Atokan series of the midcontinental and western
United States, p. 529
Groves, L. T., see 38
HAFLEY, D. J., see 96
HANCOCK, J. M., see 52
. HARVEY, ALAN W., RICH MOool, AND TERRENCE M. GOSLINGER
Phylogenetic taxonomy and the status of Allonautilus Ward and Saunders, p. 1214
. HEAD, MARTIN J., AND HENRIK NgHR-HANSEN
The extant thermophilic dinoflagellate Tectatodinium pellitum (al. Tectatodinium rugulatum) from the Danian of Denmark, p. 577
. HEAD, MARTIN J., AND HILDEGARD WESTPHAL
Palynology and paleoenvironments of a Pliocene carbonate platform: the Clino core, Bahamas, p. 1
. Hoare, R. D., J. L. Svirko, AND M. T. STURGEON
Pennsylvanian bairdidae (Ostracoda) from the Appalachian basin, p. 437
. Hoare, R. D.
New name for a Pennsylvanian foraminifera, p. 722
HOEKSEMA, B. W., see 68
AUTHOR INDEX 1221
. Hopkins, C. SCHWEITZER, ERIC W. SALVA, AND RODNEY M. FELDMANN
Re-evaluation of the genus Xanthosia Bell, 1874 (Decapoda: Brachyura: Xanthidae) and description of two new species from the Cretaceous of Texas,
p. 78
. Hou XIAN-GUANG
New rare bivalved arthropods from the Lower Cambrian Chengjiang fauna, Yunnan, China, p. 103
. HUGHES, NIGEL C., AND DAN L. COOPER
Paleobiologic and taphonomic aspects of the “granulosa’’ trilobite cluster, Kope Formation (Upper Ordovician, Cincinnati Region), p. 306
HUuGHES, N. C., see 47, 97
INDEHERBERGE, L., see 49
. ISAACSON, PETER E., AND J. THOMAS DUTRO, JR.
Lower Carboniferous brachiopods from Sierra de Almeida, northern Chile, p. 625
. JAGT, JOHN W. M., RAYMOND W. J. M. VAN DER HAM, ROLAND MEuRIS, AND LUDO INDEHERBERGE
A note on Salenia gr. nutrix Peron and Gauthier, 1891 (Echinoidea) from the Maastrichtian type area (southeastern Netherlands, northeastern Belgium),
p. 663
. JEPPSSON, LENNART, RIKARD ANEHUS, AND DorIS FREDHOLM
The optimal acetate buffered acetic acid technique for extracting phosphatic fossils, p. 964
. JIN, Jisuo, AND PAUL COPPER
The deep-water brachiopod Dicoelosia King, 1860, from the Early Silurian tropical carbonate shelf of Anticosti Island, eastern Canada, p. 1042
KAMATA, Y., see 74
KAUFFMAN, E. G., see 33
. KENNEDY, W. J., A. S. GALE, J. M. HANCOCK, J. S. CRAMPTON, AND W. A. COBBAN
Ammonites and inoceramid bivalves from close to the middle-upper Albian Boundary around Fort Worth, Texas, p. 1101
KENNEDY, W. J., see 32, 52
KLUSSENDORF, J., see 63
KNOLL, A. H., see /3
. KORTH, WILLIAM W.
Hesperogaulus, a new genus of mylagaulid rodent (Mammalia) from the Miocene (Barstovian to Hemphillian) of the Great Basin, p. 945
. KORTH, WILLIAM W., AND DAN S. CHENEY
A new subfamily of geomyoid rodents (Mammalia) and a possible origin of Geomyidae, p. 1191
Kua.itscu, J. J., see 91, 94
Lapp, A. N., see 1/7
LAKOoVA, I., see 67
Lang, N. G., see 69
. LEE, DONG-CHAN, AND DuCK K. CHOI
Ontogenetic chanses of bacculae in Korean asaphid trilobites and their taxonomic implications, p. 1210
LEscINSKY, H. L., see 72
LESPERANCE, P. J., see 5
LIAO ZHOU-TING, see 69
Li RONG- ’U, see 7/
. LIEBERMAN, BRUCE S.
Testing the Darwinian legacy of the Cambrian radiation using trilobite phylogeny and biogeography, p. 177
. LILLEGRAVEN, JASON A., AND JAELYN J. EBERLE
Vertebrate faunal changes through Lancian and Puercan time in southern Wyoming, p. 691
Liu Lu-JON, see 69
Locu, J. D., see 86
. LOMBARD, R. ERIC, AND JOHN R. BOLT
A microsaur from the Mississippian of Illinois and a standard format for morphological characters, p. 908
. LUNDIN, ROBERT F, AND COLIN D. SUMRALL
Ostracodes from the Naco Formation (Upper Carboniferous) at the Kohl Ranch locality, central Arizona, p. 454
. MANABE, M.
The early evolution of the Tyrannosauridae in Asia, p. 1176
Ma~pPLEs, C. G., see 69
. MA, XUEPING, AND JED DAY
The Late Devonian brachiopod Cyrtiopsis davidsoni Grabau, 1933, and related forms from central Hunan of South China, p. 608
McCoL_uM, L. B., see 27
. McCormick, TIM, AND RICHARD A. FORTEY
The most widely distributed trilobite species: Ordovician Carolinites genacinaca, p. 202
McRobserts, C. A., see 66
MEUvRIS, R., see 49
. MIKULIC, DONALD G., AND JOANNE KLUESSENDORF
Stasis and extinction of Silurian (Llandovery-Wenlock) trilobite associations related to oceanic cyclicity, p. 320
. MILLER, ARNOLD I.
J. John Sepkoski, Jr.: A personal reflection, p. 737
Mool, R., see 40
Morris, S. C., see /4
. MoTANI, RYOSUKE
The skull and taxonomy of Mixosaurus (Ichthyopterygia), p. 924
Munasnrl, see 74
MutTvEI, H., see 20
NEMYROVSKA, T. I., see 39
NEWELL, NORMAN D., see 9
NEsTOR, V., see 67
N@HR-HANSEN, H., see 4]
1222 JOURNAL OF PALEONTOLOGY, V. 73, NO. 6, 1999
66. PANDEY, DHIRENDRA K., CHRISTOPHER A. MCROBERTS, AND MANOJ K. PANDIT
Dimorpharaea de Frommentel, 1872 (Scleractinia, Anthozoa) from the Middle Jurassic of Kachchh, India, p. 1015
PANDIT, M. K., see 66
. PARIS, FLORENTIN, YNGVE GRAHN, ViIU NESTOR, AND ISKRA LAKOVA
A revised chitinozoan classification, p. 549
PERFETTA, P. J., see 86
. PLUSQUELLEC, YVES, GREGORY E. WEBB, AND BERT W. HOEKSEMA
Automobility in Tabulata, Rugosa, and extant scleractinian analogues: Stratigraphic and paleogeographic distribution of Paleozoic mobile corals, p.
985
PRATT, B. R., see /03
RACHEBOEUF, P. R., see 6, 8
RAMSKQ@LD, L., see 30
RAN, W. Z., see 85
. RicBy, J. KetrH, JOHNNY A. WATERS, CHRISTOPHER G. MAPLES, N. GARY LANE, LIAO ZHOU-TING, AND LIU LU-JON
Hexactinellid and calcareous sponges from the Pennsylvanian (Moscovian) Dikanre Formation from Xinjiang-Uygur Autonomous Region, northwestern
People’s Republic of China, p. 381
RicbBy, J. K., see 15, 69
. RoR, DAvip M., AND ELLIS L. YOCHELSON
Life association of shell and operculum of Middle Ordovician gastropod Maclurites, p. 1078.
. RONG Jia-Yu, AND Li RONG-YU
A silicified Hirnantia fauna (late Ordovician brachiopods) from Guizhou, southwest China, p. 831
RONG JiA-Yu, see 2, 7/
ROTHSCHILD, B. M., see /8
RUSSELL, A. P., see 4
. SALAK, MARC, AND HALARD L, LESCINSKY
Spygoria zappania new genus and species, a Cloudina-like biostromal metazoan from the Lower Cambrian of central Nevada, p. 571
SALVA, E. W., see 45
. SANCHEZ, Teresa M.
New Late Ordovician (Early Caradoc) bivalves from the Sierra de Villicum (Argentine Precordillera), p. 67
. SASHIDA, K., Y. KAMATA, S. ADACHI, AND MUNASRI
Middle Triassic radiolarians from West Timor, Indonesia, p. 765
. SELF-TRAIL, JEAN M.
Some new and rarely documented Late Cretaceous calcareous nannofossils from subsurface sediments in South Carolina, p. 952
SENOWBARI-DARYAN, B., see 80, 8/
. SHEN, SHUZHONG, JUN-ICHI TAZAWA, AND G. R. SHI
Pelitchia Jin and Liao, 1992 (Enteletidae, Brachiopoda) from Asia: taxonomy, biostratigraphy, and paleobiogeography, p. 49
SIVETER, D. J., see 20
SHI, G. R., see 76
SHIMADA, K., see 35
. SOHN, I. G. AND FE M. SWAIN
On the superfamily Darwinuloidacea, the type species of Darwinuloidea Mandelstam, 1967, and on the status of Cheikella Sohn and Morris, 1974
(Ostracoda), p. 159
. SORAUF, JAMES E.
Skeletal microstructure, geochemistry, and organic remnants in Cretaceous scleractinian corals: Santonian Gosau Beds of Gosau, Austria, p. 1029
SORENSON, J. K., see /7
. SPARLING, DALE R.
Conodonts from the Prout Dolomite of north-central Ohio and Givetian (upper Middle Devonian) correlation problems, p. 892
SPRINKLE, J., see 82
. STANLEY, JR., GEORGE D., AND BABA SENOWBARI-DARYAN
The Triassic sponge Neoguadalupia oreogonensis Senowbari-Daryan and Stanley, 1998, is actually the trace of a living bee’s nest, p. 721
. STANLEY, JR., GEORGE D., AND BABA SENOWBARI-DARYAN
Upper Triassic reef fauna from the Quesnel terrane, central British Columbia, Canada, p. 787
STORER, J. E., see 26
STURGEON, M. T., see 43
. SUMRALL, COLIN D., AND JAMES SPRINKLE
Ponticulocarpus, a new cornute-grade stylophoran from the Middle Cambrian Spence Shale of Utah, p. 886
SUMRALL, C. D., see 59, 82
. SUNDBERG, FREDERICK A.
Redescription of Alokistocare subcoronatum (Hall and Whitfield, 1887), the type species of Alokistocare, and the status of Alokistocaridae Resser,
1949B (Ptychopariida: Trilobita, Middle Cambrian), p. 1126
. SuN, Y. L., AND A. J. BOUCOT
Ontogeny of Stringocephalus gubiensis and the origin of Stringocephalus, p. 860
. Sun, Y. L., A. J. Boucot, R. B. BLODGETT, AND W. Z. RAN
Color pattern on a martiniid brachiopod from South China, p. 973
SviTko, J. L., see 43
Swain, FE M., see 77
. TAYLOR, JOHN F, JAMES D. LOCH, AND PATRICK J. PERFETTA
Trilobite faunas from Upper Cambrian microbial reefs in the Central Appalachians, p. 326
. TAYLOR, PAUL D., AND MARK A. WILSON
Dianulites Eichwald, 1839: An unusual Ordovician bryozoan with a high-magnesium calcite skeleton, p. 38
. TAYLOR, PAUL D., AND MARK. A. WILSON
Middle Jurassic bryozoans from the Carmel Formation of southwestern Utah, p. 816
TAZAWA, J., see 76
AUTHOR INDEX 1223
. THEODOR, JESSICA M.
Protoreodon walshii, a new species of agriochoerid (Oreodonta, Artiodactyla, Mammalia) from the late Uintan of San Diego County, California, p.
1179
. TORRES, Andew M.
A three-dimensional CT (CAT) scan through a rock with Permian alga Ivanovia tebagaensis, p. 154
. TURNER, SUSAN, JEFFREY J. KUGLITSCH, AND DAviID L. CLARK
Llandoverian thelodont scales from the Burnt Bluff group of Wisconsin and Michigan, p. 667
!
. UHEN, M. D.
New species of protocetid archaeocete whale, Eocetus wardii (Mammalia: Cetacea) from the middle Eocene of North Carolina, p. 512
VACCARI, N. E., see 16, 28, 29
VAN DER Ham, R. W. J. M., see 49
. VEGA, FRANCISCO J., RODNEY M. FELDMANN, JOSE LUIS VILLALOBOS-HIRIART, AND RAUL GIO-ARGIEZ
A new decapod fauna from the Miocene Tuxpan Formation, eastern Mexico, p. 407
VILLALOBOS-HIRIART, J. L., see 93
VILLAMIL, T., see 33
WAISFELD, B. G., see 16, 28, 29
WALSH, K. A., see 94
WATERS, J. A., see 69
. WATKINS, RODNEY, KATHLEEN A. WALSH, AND JEFFREY J. KUGLITSCH
Silurian (Llandovery/Wenlock) foraminiferida in carbonate environments of southeastern Wisconsin, p. 540
WEBB, G. E., see 68
. WEBERS, GERALD FE, AND ELLIS L. YOCHELSON
A revision of Palaeacmaea (Upper Cambrian) (?Cnidaria), p. 598
. WEBSTER, GARY D., DANIEL J. HAFLEY, DANIEL B. BLAKE, AND ALEXANDER GLASS
Crinoids and stelleroids (Echinodermata) from the Broken Rib Member, Dyer Formation (Late Devonian, Famennian) of the White River Plateau,
Colorado, p. 461
. WEBSTER, MARK, AND NIGEL C. HUGHES
Compaction-related deformation in Cambrian olenelloid trilobites and its implications for fossil morphometry, p. 355
WESTPHAL, H., see 42
. WESTROP, STEPHEN R., AND MICHAEL B. CUGGY
Comparative paleoecology of Cambrian trilobite extinctions, p. 337
WESTROP, STEPHEN R., see /, 98
WEYER, D., see 19
WHITELEY, T. E., see /0
. WHITTINGTON, HARRY B.
Siluro-Devonian Scutelluinae (Trilobita) from the Czech Republic: Morphology and classification, p. 414
WILSON, M. A., see 87, 88
. YOCHELSON, ELLIS L.
Rejection of Carboniferous Quasidentalium Shimansky, 1974, from the phylum Mollusca, p. 63
. YOCHELSON, ELLIS L., AND RONALD GOODISON
Devonian Dentalium martini Whitfield, 1892, is not a mollusk but a worm, p. 634
YOCHELSON, E. L., see /0, 70, 95, 100, 101
. YOUNG, GRAHAM A., AND ROBERT J. ELIAS
Relationships between internal and external morphology in Paleofavosites (Tabulata): The unity of growth and growth form, p. 580
3. ZHANG, XI-GUANG, AND BRIAN R. PRATT
Early Cambrian trilobite larvae and ontogeny of Ichangia ichangensis Chang, 1968 (Protolenidae) from Henan, China, p. 117
. ZHANG JIAN-HUA
Review of the Ordovician conodont zonal index Eoplacognathus suecicus Bergstrom, 1982, p. 487
SUBJECT INDEX
Acidiphorus? lineotuberculatus n. sp., Trilobita, 36 Baltochitina n. gen., Chitinozoa, 67
Acritarchs: Proterozoic, Australia, /3 Baltochitina nolvaki n. sp., Chitinozoa, 67
Alaska: Gastropoda, Ordovician, 70 Bananogmius ellisensis n. sp., Vertebrata, 35
Alga: Permian, Tunisia, 90 Belgium: Echinoidea, Cretaceous, 49
Alveugena n. gen., Mammalia, 25 Benthamaspis sera n. sp., Trilobita, 36
Alveugena carbonensis n. sp., Mammalia, 25 Biogeography: Cambrian, Trilobita, 56; Ordovician, Porifera, /5; Silurian,
Annelida: Taxonomy, 3/ Cnidaria, 22
Ancyrolepis huntleyi n. sp., Conodonta, 79 Biostratigraphy: Devonian, Conodonta, 79; Permian, Brachiopoda, 76
Angyomphalus Eoangyomphalus weyanti n. sp., Gastropoda, 6 Bivalvia: Cretaceous, Texas, 52; Ordovician, Argentina, 73; Taxonomy, 9
Brachiopoda: Carboniferous, Chile, 48; Devonian, 84; Devonian, China, 5/;
Antarcticia: Dinoflagellata, Cretaceous, 3
Devonian, Thailand, 8; Devonian, Canada, 5; Ordovician, China, 7/: Perm-
Bivalvia, Ordovician, 73; Trilobita, Ordovician, /6, 28, 29; Vertebrata, Juras-
ian, China, 85; Permian, Japan, 76; Silurian, Canada, 5/; Taxonomy, 2
sic, 34
Brachyspirifer Brachyspirifer yorkensis n. sp., Brachiopoda, 5
Arizona: Ostracoda, Carboniferous, 59
Breizospira n. gen., Gastropoda, 6
Arthropoda: Cambrian, China, /00 Breizospira crozonensis n. sp., Gastropoda, 6
Atalotaenia n. gen., ““Vermes”, 14 Brevispirifer florentinus n. sp., Brachiopoda, 5
Atalotaenia adela n. sp., ““Vermes”, 14 Brevispirifer quebecensis n. sp., Brachiopoda, 5
Australia: Acritarchs, Proterozoic, /3; Trilobita, Devonian, 24 Bryozoa: Jurassic, Utah, 88; Ordovician, 87; Paleozoic, 7
Austria: Cnidaria, Cretaceous, 78 Calculites favosus n. sp., Coccolithophorida, 75
Bahamas: Palynology, Pliocene, 42 California: Mammalia, Eocene, 89
Bairdia cuspidis n. sp., Ostracoda, 43 Calvibembexia n. gen., Gastropoda, 6
1224 JOURNAL OF PALEONTOLOGY, V. 73, NO. 6, 1999
Calvibembexia lethiersi n. sp., Gastropoda, 6 Eoplatyzona ongaroae n. sp., Gastropoda, 6
Cambrian: Arthropoda, China, /00; Cnidaria, New York, 95; Echinodermata, Eospongilla n. gen., Porifera, 23
Utah, 82; Metazoa, Nevada, 72; Trilobita, China, /04; Trilobita, 27, 30, Eospongilla morrisonensis n. sp., Porifera, 23
56, 83; Trilobita, Nevada, 97; Trilobita, North America, 98; Trilobita, Europe: Vertebrata, Triassic, 65
Pennsylvania, 86; ‘‘Vermes,”’ Pennsylvania, /4 Extinction: Trilobita, North America, 98; Trilobita, United States, 63
Canada: Brachiopoda, Devonian, 5; Brachiopoda, Silurian, 5/; Cnidaria, Silu- Fanthalamia multicanalis n. sp., Porifera, 8]
rian, 22; Mammalia, Eocene, 26; Triassic, 8/; Vertebrata, Cretaceous, 4 Fardenia modica n. sp., Brachiopoda, 71
Caplinoplia thailandensis n. sp., Brachiopoda, 8 Finisterella n. gen., Gastropoda, 6
Carboniferous: Brachiopoda, Chile, 48; General, United States, 39; Ostracoda, Finisterella tibidiensis n. sp., Gastropoda, 6
Arizona, 59 Foraminifera: Pennsylvanian, Kentucky, Ohio, 44; Silurian, Wisconsin, 94
Cephalopoda: Cretaceous, Pakistan, 32; Cretaceous, Texas, 52; General, 40 Forfexicaris n. gen., Arthropoda, 46
Ceraurinella zhoui n. sp., Trilobita, 28 Forfexicaris valida n. sp., Arthropoda, 46
Cheilocephalus quadratus n. sp., Trilobita, 86 France: Gastropoda, Devonian, 6
Chile: Brachiopoda, Carboniferous, 48 Gaspespirifer n. gen., Brachiopoda, 5
Chilenochonetes n. gen., Brachiopoda, 48 Gaspespirifer gaspensis n. sp., Brachiopoda, 5
Chilenochonetes anna n. sp., Brachiopoda, 48 Gastropoda: Devonian, France, 6; General, 38; Ordovician, Alaska, Wiscon-
China: Arthropoda, Cambrian, /00; Brachiopoda, Devonian, 6/; Brachiopoda, sin, 70
Ordovician, 7/; Brachiopoda, Permian, 85; Porifera, Pennsylvanian, 69; Germany: Trilobita, Devonian, 19
Trilobita, Cambrian, /03 Harpillaenus rossi n. sp., Trilobita, 36
Chitinozoa: Taxonomy, 67 Hastacypris acutula n. sp., Ostracoda, 43
Cloacaspis tesselata n. sp., Trilobita, 36 Hemiconcavodonta n. gen., Bivalvia, 73
Clorinda wongwanichi n. sp., Brachiopoda, 8 Hemiconcavodonta minuta n. sp., Bivalvia, 73
Clypecarididae n. fam., Arthropoda, 46 Hesperogaulus n. gen., Mammalia, 53
Clypecaris n. gen., Arthropoda, 46 Hesperogaulus gazini n. sp., Mammalia, 53
Clypecaris pteroidea n. sp., Arthropod, 46 Hesperogaulus wilsonii n. sp., Mammalia, 53
Cnidaria: Cambrian, New York, 95; Cretaceous, Austria, 78; Jurassic, India, Hormotomina fiacrensis n. sp., Gastropoda, 6
66; Morphology, /02; Paleozoic, 68; Silurian, Canada, 22; Triassic, Can- Howellella Howellella forillonensis n. sp., Brachiopoda, 5
ada, 8/ Hyalochitina n. gen., Chitinozoa, 67
Coccolithophorida: Cretaceous, South Carolina, 75 Hyporosopora nielsoni n. sp., Bryozoa, 88
Colombia: Crustacea, Cretaceous, 33 Ichnofossils: Jurassic, Utah, 2/
Colorado: Echinodermata, Devonian, 96; Porifera, Jurassic, 23 Illinois: Trilobita, Silurian 37; Vertebrata, Mississippian, 58
Color Pattern: Brachiopoda, China, 85 India: Cnidaria, Jurassic, 66
Concavodonta ovalis n. sp., Bivalvia, 73 Indonesia: Radiolaria, Triassic, 74
Concavodontinae n. fam., Bivalvia, 73 Iowa: Echinodermata, Ordovician, /2
Concavoleda n. gen., Bivalvia, 73 Japan: Brachiopoda, Permian, 76; Vertebrata, Cretaceous, 60
Concavoleda braulense n. sp., Bivalvia, 73 Jurassic: Bryozoa, Utah, 88; Cnidaria, India, 66; Ichnofossils, Utah, 2/; Por-
Conodonta: Devonian, Ohio, 79; Ordovician, /04 ifera, Colorado, 23; Vertebrata, Argentina, 34
Cordania buicki n. sp., Trilobita, 24 Kansas: Vertebrata, Cretaceous, 35
Costellispirifer briseboisi n. sp., Brachiopoda, 5 Kentucky: Foraminifera, Pennsylvanian, 44; Ostracoda, Pennsylvanian, 43
Crenistriella armoricana n. sp., Gastropoda, 6 Kersadiella n. gen., Gastropoda, 6
Cretaceous: Bivalvia, Cephalopoda, Texas, 52; Cephalopoda, Pakistan, 32; Kersadiella babini n. sp., Gastropoda, 6
Cnidaria, Austria, 78; Coccolithophorida, South Carolina, 75; Crustacea, Kinzeria n. gen., ““Vermes”, /4
Colombia, 33; Decapoda, Texas, 45; Dinoflagellata, Antarctica, 3; Ech- Kinzeria crinita n. sp., ““Vermes”, 14
inoidea, Belgium, Netherlands, 49; Vertebrata, Canada, 4; Vertebrata, Ja- Kitchinites spengleri n. sp., Cephalopoda, 32
pan, 60; Vertebrata, Kansas, 35; Vertebrata, Wyoming, 57 Korea: Trilobita, Ordovician, 55
Crustacea: Cretaceous, Colombia, 33 Lithraphidites? charactozorro n. sp., Coccolithophorida, 75
Cryptostephanidium? Megaspinosum n. sp., Radiolaria, 74 Mackenziurus emielityi n. sp., Trilobita, 37
Cuyopsis n. gen., Bivalvia, 73 Macrogrammus pengii n. sp., Trilobita, 28
Cuyopsis symmetricus n. sp., Bivalvia, 73 Macrogrammus rafi n. sp., Trilobita, 28
Czech Republic: Trilobita, Silurian, Devonian, 99 Mammalia: Eocene, California, 89; Eocene, Canada, 26; Miocene, Nebraska,
Deformation: Trilobita, Cambrian, 97 18; Miocene, New Mexico, 54; Miocene, United States, 53; Paleocene,
Dellamarina n. gen., Trilobita, 27 Wyoming, 25
Denmark: Dinoflagellata, Recent, 4/ Manumiella seymourensis n. sp., Dinoflagellata, 3
Devonian: Brachiopoda, 84; Brachiopoda, Canada, 5; Brachiopoda, China, 6/; Metazoa: Cambrian, Nevada, 72
Brachiopoda, Thailand, 8; Conodonta, Ohio, 79; Echinodermata, Colo- Mexico: Decapoda, Miocene, 93
rado, 96; Gastropoda, France, 6; Trilobita, Australia, 24; Trilobita, Czech Michigan: Vertebrata, Silurian, 9/
Republic, 99; Trilobita, Germany, 19; ‘‘Vermes,”” Ohio, /0/ Microeciella pollostos n. sp., Bryozoa, 88
Decapoda: Cretaceous, Texas, 45; Miocene, Mexico, 93 Minnesota: Echinodermata, Ordovician, /2
Dicoelosia dauphinensis n. sp., Brachiopoda, 5/ Miocene: Decapoda, Mexico, 93; Mammalia, Nevada, 7/8; Mammalia, New
Dinoflagellata: Cretaceous, Antarctica, 3; Pliocene, Bahamas, 42; Recent, Mexico, 54; Mammalia, United States, 53
Denmark, 4/ Mississippian: Trilobita, United States, //; Vertebrata, Illinois, 58
Dorytreta longicrura n. sp., Brachiopoda, 7/ Mojavemyinae n. subf., Mammalia, 54
Echinodermata: Cambrian, Utah, 82; Devonian, Colorado, 96 Mojavemys galushai n. sp., Mammalia, 54
Echinoidea: Cretaceous, Belgium, Netherlands, 49 Mollesaurus n. gen., Vertebrata, 34
Eireocrinus? Coloradoensis n. sp., Echinodermata, 96 Mollesaurus periallus n. sp., Vertebrata, 34
Emiliania n. gen., Bivalvia, 73 Morphology: Cnidaria /02; Vertebrata, 58
Emiliania cuerdae n. sp., Bivalvia, 73 Mortoniceras Deiradoceras beloventer n. sp., Cephalopoda, 52
Endothyranella mehli n. sp., Foraminifera, 44 Murchisonia oehlerti n. sp., Gastropoda, 6
Entmema n. gen., Ostracoda, 43 Nebraska: Mammalia, Miocene, /8
Entmema distenta n. sp., Ostracoda, 43 Necronectes tajnensis n. sp., Decapoda, 93
Eocene: Mammalia, California, 89; Mammalia, Canada, 26; Vertebrata, North Netherlands: Echinoidea, Cretaceous, 49
Carolina, 92 Nevada: Metazoa, Cambrian, 72; Trilobita, Cambrian, 97; Trilobita, Ordovi-
Eocetus wardii n. sp., Vertebrata, 92 cian, 36
SUBJECT INDEX
New Mexico: Mammalia, Miocene, 54 Rectobairdia absidata n. sp., Ostracoda, 43
New York: Cnidaria, Cambrian, 95; Trilobita, Ordovician, /0 Rectobairdia apiculata n. sp., Ostracoda, 43
Nieszkowskia jakei n. sp., Trilobita, 28 Rectobairdia levis n. sp., Ostracoda, 43
Nieszkowskia yongyii n. sp., Trilobita, 28 Rectobairdia sohni n. sp., Ostracoda, 43
Nodoloxonema n. gen., Gastropoda, 6 Retiophyllia quesneliana n. sp., Cnidaria, 8]
Nodoloxonema plusquelleci n. sp., Gastropoda, 6 Rucinolithus oriens n. sp., Coccolithophorida, 75
North America: Trilobita, Cambrian, 98 Saharochitina n. gen., Chitinozoa, 67
North Carolina: Vertebrata, Eocene, 92 Saudi Arabia: Ostracoda, Pliocene, 77
Occacarididae n. fam., Arthropoda, 46 Senilatus n. gen., Coccolithophorida, 75
Occacaris n. gen., Arthropoda, 46 Senilatus zipperum n. comb., Coccolithophorida, 75
Occacaris oviformis n. sp., Arthropoda, 46 Septosyringothyris covacevichi n. sp., Brachiopoda, 48
Ohio: Conodonta, Devonian, 79; Foraminifera, Pennsylvanian, 44; Ostracoda, Silurian: Brachiopoda, Canada, 5/; Cnidaria, Canada, 22; Foraminifera, Wis-
Pennsylvanian, 43; Trilobita, Ordovician, 47; ‘“Vermes,’’ Devonian, /0/ consin, 94; Trilobita, Czech Republic, 99; Trilobita, Illinois, Wisconsin,
Operculodinium bahamense n. sp., Dinoflagellata, 42 37; Trilobita, Sweden, 20; Trilobita, United States, 63; Vertebrata, Mich-
Operculodinium megagranum n. sp., Dinoflagellata, 42 igan, Wisconsin, 9/
Ophiopolytretus n. gen., Echinodermata, 96 Sinutitna (Sinuitina) morzadeci n. sp., Gastropoda, 6
Ophiopolytretus aethus n. sp., Echinodermata, 96 South Carolina: Coccolithophorida, Cretaceous, 75
Opthalmoplax spinosus n. sp., Crustacea, 33 South China: Brachiopoda, Permian, 76
Ordovician: Bivalvia, Argentina, 73; Brachiopoda, China, 7/; Bryozoa, 87; Spiniferites rhizophorus n. sp., Dinoflagellata, 42
Echinodermata, Iowa, Minnesota, 12; Gastropoda, Alaska, Wisconsin, Spygoria n. gen., Metazoa, 72
70; Porifera, 15; Trilobita, 62; Trilobita, Argentina, /6, 28, 29; Trilobita, Spygoria zappania n. sp., Metazoa, 72
Korea, 55; Trilobita, Nevada, 36; Trilobita, New York, /0; Trilobita, Stioderma magna n. sp., Porifera, 69
Ohio, 47; Vertebrata, Wisconsin, 17 Stioderma micra n. sp., Porifera, 69
Oregon: Porifera, Triassic, 80 Stioderma sinensis n. sp., Porifera, 69
Ostracoda: Carboniferous, Arizona, 59; Pennsylvanian, Ohio, Kentucky, Strimplecrinus dyerensis n. sp., Echinodermata, 96
Pennsylvania, West Virginia, 43; Pliocene, 77 Sweden: Trilobita, Silurian, 20
Pachydiscus (Pachydiscus) noetlingi n. sp., Cephalopoda, 32 Tarassocrunis n. gen., Ehinodermata, 96
Pakistan: Cephalopoda, Cretaceous, 32 Tarassocrunis synchlydus n. sp., Ehinodermata, 96
Paleoecology: Ichnofossils, Jurassic, 2/; Trilobita, Cambrian, 98 Techniques: Phosphatic Extraction, 50
Paleobiogeography: Brachiopoda, Permian, 76; Cnidaria, Paleozoic, 68 Telephina calandria n. sp., Trilobita, 16
Paleobiology: Mammalia, Canada, 26; Trilobita, /; Trilobita, Ohio, 47; Telephina chingolo n. sp., Trilobita, 16
Paleocene: Mammalia, Wyoming, 25; Vertebrata, Wyoming, 57 Telephina problematica n. sp., Trilobita, 16
Paleoenvironmental: Pliocene, Bahamas, 42 Tetrarchiplagia compacta n. sp., Radiolaria, 74
Paleozoic: Bryozoa, 7; Cnidaria, 68 Texas: Cephalopoda, Bivalvia, Cretaceous, 52; Decapoda, Cretaceous, 45
Parahormotomina n. gen., Gastropoda, 6 Thailand: Brachiopoda, Devonian, 8
Parahormotomina sibertae n. sp., Gastropoda, 6 Transcaucasia: Brachiopoda, Permian, 76
Paraspirifer desbiensi n. sp., Brachiopoda, 5 Triassic: Canada, 8/; Porifera, Oregon, 80; Radiolaria, Indonesia, 74; Verte-
Parentactinia suparkai n. sp., Radiolaria, 74 brata, Europe, 65
Patellilabia (Phragmosphaera) ponceti n. sp., Gastropoda, 6 Trigonoconcha n. gen., Bivalvia, 73
Patulopora n. gen., Bryozoa, 88 Trigonoconcha acuta n. sp., Bivalvia, 73
Patulopora cutleri n. sp., Bryozoa, 88 Trilobita: Cambrian, 27, 30, 56, 83; Cambrian, China, /03; Cambrian, Nevada,
Pectocaridida n. ord., Arthropoda, 46 97; Cambrian, North America, 98; Cambrian, Pennsylvania, 86; Devo-
Pectocarididae n. fam., Arthropoda, 46 nian, Australia, 24; Devonian, Germany, /9; Ordovician, 62; Ordovician,
Pectocaris n. gen., Arthropoda, 46 Argentina, 16, 28, 29; Ordovician, Korea, 55; Ordovician, Nevada, 36;
Pectocaris spatiosa n. sp., Arthropoda, 46 Ordovician, New York, /0; Ordovician, Ohio, 47; Paleobiology, /; Pa-
Peltichia subtriangularis n. sp., Brachiopoda, 76 leozoic, United States, //; Silurian, Devonian, Czech Republic, 99; Si-
Pennsylvania: Ostracoda, Pennsylvanian, 43; Trilobita, Cambrian, 86; “‘Ver- lurian, Illinois, Wisconsin, 37; Silurian, Sweden, 20; Silurian, United
mes,” Cambrian, /4 States, 63;
Pennsylvanian: Foraminifera, Kentucky, Ohio, 44; Ostracoda, Ohio, Ken- Tunisia: Alga, Permian, 90
tucky, Pennsylvania, West Virginia, 43; Porifera, China, 69 United States: Carboniferous, General, 39; Mammalia, Miocene, 53; Trilobita,
Permian: Alga, Tunisia, 90; Brachiopoda, China, 85; Brachiopoda, Japan, 76; Silurian, 63
Trilobita, United States, // Utah: Bryozoa, Jurassic, 88; Echinodermata, Cambrian, 82; Ichnofossils, Ju-
Phelosaccomys neomexicanus n. sp., Mammalia, 54 rassic, 2]
Plectodonta forteyi n. sp., Brachiopoda, 8 ““Vermes”’: Cambrian, Pennsylvania, /4; Carboniferous, China, /03; Devo-
Pleiadeaster n. gen., Echinodermata, 96 nian, Ohio, /0/
Pleiadeaster inceptus n. sp., Echinodermata, 96 Vertebrata: Cretaceous, Canada, 4; Cretaceous, Japan, 60; Cretaceous, Kansas,
Pleurocystites strimplei n. sp., Echinodermata, /2 35; Cretaceous, Paleocene, Wyoming, 57; Eocene, North Carolina, 92;
Pliocene: Dinoflagellata, Bahamas, 42; Ostracoda, Saudi Arabia, 77 Jurassic, Argentina, 34; Mississippian, Illinois, 58; Ordovician, Wiscon-
Pliomerina peripata n. sp., Trilobita, 29 sin, /7; Triassic, Europe, 65
Ponticulocarpus n. gen., Echinodermata, 82 Vietnam: Brachiopoda, Permian, 76
Ponticulocarpus robisoni n. sp., Echinodermata, 82 Villicumia n. gen., Bivalvia, 73
Porifera: Jurassic, Colorado, 23; Ordovician, /5; Pennsylvanian, China, 69; Villicumia canteraensis n. sp., Bivalvia, 73
Triassic, Canada, 8/; Triassic, Oregon, 80; Watznaueria bybelliae n. sp., Coccolithophorida, 75
Praenuculinae n. subf., Bivalvia, 73 West Virginia: Ostracoda, Pennsylvanian, 43
Proterozoic: Acritarchs, Australia, /3 Wisconsin: Foraminifera, Silurian, 94; Gastropoda, Ordovician, 70; Trilobita,
Protocalymene A n. sp., Trilobita, 36 Silurian, 37; Vertebrata, Ordovician, /7; Vertebrata, Silurian, 9/;
Protoreodon walshi n. sp., Mammalia, 89 Wyoming: Mammalia, Paleocene, 25; Vertebrata, Cretaceous, Paleocene, 57
Pseudocyrtiopsis n. gen., Brachiopoda, 6/ Xanthosia pawpawensis n. sp., Decapoda, 45
Pseudostylosphaera timorensis n. sp., Radiolaria, 74 Xanthosia reidi n. sp., Decapoda, 45
Quasiprosserella n. gen., Brachiopoda, 8 Yunnanocaris n. gen., Arthropoda, 46
Quasiprosserella samedensis n. sp., Brachiopoda, 8 Yunnanocaris megista n. sp., Arthropoda, 46
Radiolaria: Triassic, Indonesia, 74 Zuegelepis n. gen., Vertebrata, 9/
Recent: Dinoflagellata, Denmark, 4/ Zuegelepis potanus n. sp., Vertebrata, 9/