Table Of ContentAmer. ZOOL., 31:903-905 (1991)
INDEX TO VOLUME 31
The index covers only the major papers, their authors, and the principal headings.
It does not include the abstracts. For the latter there is a separate index to authors
on pages 147A-154A. Minutes of business meetings, officers, and reports are entered
only under American Society of Zoologists.
ABLE, KENNETH P., Common themes and variations MHC-like molecules and xenoantibody crossreac-
in animal orientation systems, 157-167. tions, 570-579.
Abstracts, see noice above. Reagents specific for Xenopus MHC class I antigens,
Index of authors, annual meeting, Atlanta, Georgia, 580-591.
147A-154A. BARLOw, GEORGE W., Nature-nurture and the debates
Of annual meeting, Atlanta, Georgia, 1A-146A. surrounding ethology and sociobiology, 286-296.
AMBROSE, WILLIAM G., Jr., Are infaunal predators BLock, BARBARA, Evolutionary novelties: How fish
important in structuring marine soft-bottom com- have built a heater out of muscle, 726-742.
munities?, 849-860. Book reviews, 277-278, 472-474, 598-599, 757-758,
AMEMIYA, CHRIS T. AND GARY W. LITMAN, Early evo- 901-902.
lution of immunoglobulin genes, 558-569. Boscu, IsipRo, see PEARSE, JOHN S. ef al.
American Society of Zoologists, Bropeur, RICHARD D., see QUINN, THOMAS P.
Committees, iv—vi. Brower, LINCOLN P. AND STEPHEN B. MALCOLM, Ani-
Divisional officers, iv. mal migrations: Endangered phenomena, 265-276.
Honorary members, vi. Brown, Betsy, see WILSON, W. HERBERT, JR.
Minutes of annual business meeting, vii—viii. BurRKE, ANN CAMPBELL, The development and evo-
Officers for 1991, iv—vi. lution of the turtle body plan: Inferring intrinsic
Presidents, iii. aspects of the evolutionary process from experi-
Sponsoring members, vi. mental embryology, 616-627.
American Zoologist, Byers, Bruce E., see KROODSMA, DONALD E.
Directions for authors, cover 1. CANEL, CAMILIO, see FLAJNIK, MARTIN F. et al.
Editorial board, cover 1. CARRIER, DAvID R., Conflict in the hypaxial musculo-
Statement of ownership, xii. skeletal system: Documenting an evolutionary
Subscriptions, cover 1. constraint, 644-654.
ANIMAL BEHAVIOR: PAST, PRESENT AND Curisty, JoHN H. AND MICHAEL SALMON, Compara-
FUTURE, 281-348. tive studies of reproductive behavior in mantis
Animal behavior, 283-285. shrimps and fiddler crabs, 329-331.
Comparative ethology of crustaceans, 329-337. CLARKE, ANDREW, What is cold adaptation and how
Functions of bird song, 318-328. should we measure it?, 81-92.
Future trends in animal behavior, 338-348. CLEGG, JAMEs S. AND Denys N. WHEATLEY, Intracel-
lular organization: Evolutionary origins and pos-
Nature-nurture: Ethology and sociobiology, 286-296.
sible consequences to metabolic rate control in
Ontogeny of dominance, 306-317.
vertebrates, 504—513.
Signals for survival in crickets, 297-305. Costa, DANiEL P., Reproductive and foraging ener-
Anima! migration, recent developments in the study getics of high latitude penguins, albatrosses and
of, 151-276. pinnipeds: Implications for life history patterns,
ANTARCTIC MARINE BIOLOGY, 1-149. 111-130.
Antarctic ice biota, 17-33. DinGcLe, HuGu, Evolutionary genetics of animal migra-
Antarctic planktonic production, 5-16. tion, 253-264.
Biology of the antarctic krill, 49-63. DINGLE, HUGH AND Sipney A. GAUTHREAUX, JR.,
Cold adaptation in marine organisms, 81-92. Introduction to the symposium: The maturing of
Ecology of antarctic seals, 143-149. migration, 153-155.
Ecology of McMurdo Sound seaweeds, 35-48. Du Pasquier, Louis, see FLAJNIK, MARTIN F. et al.
Evolution of notothenoid fishes, 93-109. EMLET, RICHARD B., Functional constraints on the evo-
Introduction, 3-4. lution of larval forms of marine invertebrates:
Reproduction of antarctic marine invertebrates, 65- Experimental and comparative evidence, 707-725.
80 EASTMAN, JOSEPH T., Evolution and diversification of
Reproductive and foraging energetics, 1 11-130. Antarctic notothenioid fishes, 93-109.
Seabirds in polar oceans, 131-142. EXPERIMENTAL APPROACHES TO THE ANAL-
APPLICATION OF MOLECULAR GENETIC YSIS OF FORM AND FUNCTION, 601-756.
APPROACHES IN UNDERSTANDING THE Analysis of clinal variation, 694-706.
BASIS FOR IMMUNE AND OTHER FORMS Documenting an evolutionary constraint, 644-654.
OF SPECIFIC RECOGNITION, 547-597. Evolutionary embryology, 605-615.
Allorecognition in Hydractinia, 549-557. Experiment and the evolution of function, 743-756.
Chicken major histocompatibility complex, 592-597. Experimental ecomorphology, 680-693.
Evolution of immunoglobulin genes, 558-569. Introduction, 603-604.
903
904 INDEX TO VOLUME 31
Invertebrate larval forms, 707-725. KIRSCHVINK, ATSUKO KOBAYASHI, see KIRSCHVINK,
Neural tube morphogenesis, 628-643. JosEPH L.
Strain analysis in functional morphology, 655-669. KirSCHVINK, JOsEPH L. AND ATSUKO KOBAYASHI
Thermogenesis in muscle, 726-742. KirSCHVINK, Is geomagnetic sensitivity real? Rep-
Turtle development and evolution, 616-627. lication of the Walker-Bitterman magnetic con-
“Wing” control in a mollusc and a bird, 670-679. ditioning experiment in honey bees, 169-185.
FAIRBAIRN, DAPHNE J., see ROFF, DEREK. Kner, R. T., Indirect effects in experimental studies
FLAJNIK, MARTIN F., ELEANOR TAYLOR, CAMILIO CANEL, of marine soft-sediment communities, 874-885.
Dario GROSSBERGER, AND Louis Du PASQUIER, KrRoopsMA, DONALD E. AND Bruce E. Byers, The
Reagents specific for MHC class I antigens of Xen- function(s) of bird song, 318-328.
opus, 580-591. LEBLANC, JANINE M. AND LeEsLic A. LEINWAND, The
Form and function, experimental approaches to the diversity of myosin-based contractile systems in
analysis of, 601-756. eukaryotic cells, 514-521.
FRANKS, RoBerTA R., Cis-regulatory elements required Ler, KArREL F., Toward a new morphology: Pluralism
for a lineage-specific gene expression in the sea in research and education, 759-767.
urchin embryo, 490-492. LEINWAND, LESLIE A., see LEBLANC, JANINE M.
FRIESEN, LARRY Jon, see WENNER, ADRIAN M. ef al. Levin, Lisa ANN, Interactions between metazoans and
GarRrISON, Davip L., Antarctic sea ice biota, 17-33. large, agglutinating protozoans: Implications for
GAUTREAUX, SipNEyY A., Jr., The flight behavior of the community structure of deep-sea benthos, 886-
migrating birds in changing wind fields: Radar and 900.
visual analysis, | 87-204. LITMAN, GARY W., see AMEMIYA, CuHrRIs T.
GAUTREAUX, SIDNEY A., JR., see DINGLE, HUGH. LIVINGSTONE, DAviD RoseRT, Origins and evolution
Gorpon, DANA M., see GORDON, MALCOLM S. of pathways of anaerobic metabolism in the ani-
Gorvon, MALCOLM S. AND DANA M. Gorpon, Intro- mal kingdom, 522-534.
duction to the symposium: The origins and evo- LoMBARD, R. Eric, Experiment and comprehending
lution of metabolic pathways in animals, 477-478. the evolution of function, 743-756.
Gos tow, G. E., JR., see WELSFORD, IAN G. et al. Lowery, Mary SuE, see SOMERO, GEORGE N. et al.
GROSSBERGER, DARIO, see FLAJNIK, MARTIN F. et al. MALCOLM, STEPHEN B., see BROWER, LINCOLN P.
GuILLEMOT, FRANCois, The chicken major histocom- McCuintock, JAMES B. AND JOHN S. PEARSE, Intro-
patibility complex (MHC): Evolutionary con- duction to the symposium: Antarctic marine biol-
served class I and class II genes are closely asso- ogy, 3-4
ciated with non-MHC genes, 592-597. McCLInTock, JAMES B., see PEARSE, JOHN S. et al.
Ha-tpin, ZULEYMA TANG, Introduction to the sympo- Meape, DANIEL E., see WENNER, ADRIAN M. + al.
sium: Animal behavior: Past, present, and future, Metabolic pathways in animals, the origin and evo-
283-285. lution of, 475-545.
HANKEN, JAMES AND MARVALEE H. WAKE, [ntroduc- Meyers, R. A., see WELSFORD, IAN G. et al.
tion to the symposium: Experimental approaches MILLER, KATHY ANN AND JOHN S. PEARSE, Ecological
to the analysis of form and function, 603-604. studies of seaweeds in McMurdo Sound, Antarc-
HIGHSMITH, RAYMOND C. AND KENNETH O. COYLE, tica, 35-48.
Amphipod life histories: Community structure, Moore, JouN A., Science as a way of knowing—VII
impact of temperature on decoupled growth and Aconceptual framework for biology— Part III, 349-
maturation rates, productivity, and P:B ratios, 861- 471.
873 MUuLter, GerD B., Experimental strategies in evolu-
HIGHSMITH, RAYMOND C., see COYLE, KENNETH O. tionary embryology, 605-615.
HoLekamp, Kay E. AND LAURA SMALE, Dominance NAKANISHI, Kost, Why 1 1-cis-retinal?, 479-489.
acquisition during mammalian social develop- NEW PERSPECTIVES IN SOFT-SEDIMENT ECOL-
ment: The “inheritance” of maternal rank, 306- OGY, 783-900.
317. Amphipod life histories and production, 861-873.
Hoy, Rona.p R., Signals for survival in the lives of Benthic rhizopod—metazoan interactions, 886-900.
crickets, 297-305. Demographic aspects of patch dynamics, 808-820.
Hunt, Georce L., Jr., Marine ecology of seabirds in Episodic predation in infaunal communities, 840-
polar oceans, 131-142. 848.
Invited review paper— Division of Invertebrate Zool- Host evolution, 831-839.
ogy, 768-782. Importance of infaunal predation, 849-860.
JACOBSON, ANTONE G., Experimental analyses of the Indirect effects, 874-885.
shaping of the neural plate and tube, 628-643. Introduction, 785-788.
JAMES, FRANCES C., Complementary descriptive and Parasites and community structure, 821-830.
experimental studies of clinal variation in birds, Recruitment of infauna, 797-807.
694-706. The sedimentary milieu, 789-796.
KAUFMAN, JIM, JAN SALOMONSEN, PATRICIA RIEGERT, Obituary, 279-280.
AND KARSTEN SkjoptT, Using chicken class I THE ORIGINS AND EVOLUTION OF META-
sequences to understand how xenoantibodies BOLIC PATHWAYS IN ANIMALS, 475-545.
crossreact with MHC-like molecules in nonmam- Enzyme compartmentation, 493-503.
malian vertebrates, 570-579. Evolution of anaerobic metabolism, 522-534.
INDEX TO VOLUME 31 905
Gene regulation in the sea urchin embryo, 490-492. SHENK, MICHAEL ANDREW, Allorecognition in the colo-
Introduction, 477-478. nial marine hydroid Hydractinia (Cnidaria/
Myosin heavy chain/gene family/sequence diversity, Hydrozoa), 549-557.
514-521. SinirF, DoNALD B., An overview of the ecology of the
Origin and evolution of hemoglobin, 535-545. Antarctic seals, 143-149.
Origins of intracellular organization, 504-513. SKJ@DT, KARSTEN, see KAUFMAN, Jim et al.
Why 11-cis-retinal?, 479-489. SMALE, LAURA, see HOLEKAMP, Kay E.
Past-presidential address, 759-767. Soft-sediment ecology, New perspectives in, 783-900.
PEARSE, JOHN S., JAMES B. MCCLINTOCK, AND IsIDRO SoMERO, GEORGE N., MARY SuE Lowery, AND SUSAN
Boscu, Reproduction of antarctic benthic marine J. RoBerts, Compartmentation of animal enzymes:
invertebrates: Tempos, modes, and timing, 65-80. Physiological and evolutionary significance, 493-
PEARSE, JOHN S., see MCCLINTOCK, JAMEs B. 503.
PEARSE, JOHN S., see MILLER, KATHY ANN. Sousa, Wayne P., Can models of soft-sediment com-
QueETIN, LANGDON B. AND Rosin M. Ross, Behavioral munity structure be complete without parasites?,
and physiological characteristics of the antarctic 821-830.
krill, Euphausia superba, 49-63. Specific recognition, application of molecular genetic
Quetin, LANGDON B., see Ross, Rosin M. approaches in understanding the basis for immune
QuINn, THOMAS P. AND RICHARD D. BRODEUvR, Intra and other forms of, 547-597.
specific variations in the movement patterns of Stamps, Jupy A., Why evolutionary issues are reviving
marine animals, 231-241. interest in proximate behavioral mechanisms, 338—
Rankin, M. A., Endocrine effects on migration, 217- 4
230. Swartz, SHARON M., Strain analysis as a tool for func-
RECENT DEVELOPMENTS IN THE STUDY OF tional morphology, 655-669.
ANIMAL MIGRATION, 151-276. TAYLOR, ELEANOR, see FLAJNIK, MARTIN F. et al.
Animal migrations: Endangered phenomena, 265- WAINWRIGHT, PETER C., Ecomorphology: Experimen-
276. tal functional anatomy for ecological problems,
Animai orientation systems, 157-167. 680-693.
Constraints of migration, 205-215. WAKE, MARVALEE H., see HANKEN, JAMES.
Endocrine effects on migration, 217-230. WATLING, Les, The sedimentary milieu and its con-
Genetics of migration, 253-264. sequences for resident organisms, 789-796.
Honeybee magnetoreception, 169-185. WELSFORD, IAN G., R. A. Meyers, D. S. Witson, R.
Intra-specific movement patterns, 231-241. A. SATTERLIE, AND G. E. Gostow, Jr., Neuro-
Introduction, 153-155. muscular organization for “wing” control in a
Migrating bird flight behavior, 187-204. mollusc (Clione liacina) and a bird (Columba livia),
Migratory polymorphisms in insects, 243-251. Parallels in design, 670-679.
REIGERT, PATRICIA, see KAUFMAN, JIM et al. WENNER, ADRIAN M., DANIEL E. MEADE, AND LARRY
Ricas, AusTEN F., Aspects of the origin and evolution Jon FRIESEN, Recruitment, search behavior, and
of non-vertebrate hemoglobins, 535-545. flight ranges of honey bees, 768-782.
RIVKIN, RICHARD B., Seasonal patterns of planktonic WHEATLEY, Denys N., see CLEGG, JAMEs S.
production in McMurdo Sound, Antarctica, 5-16. WHITLATCH, ROBERT B., see ZAJAC, ROMAN N.
RosErRTsS, SUSAN J., see SOMERO, GEORGE N. Witson, D. S., see WELSFORD, IAN G. et al.
Rorr, Derek A., Life history consequences of bioen- Witson, W. HERBERT, Jr., The foraging ecology of
ergetic and biomechanical constraints on migra- migratory shorebirds in marine soft-sediment
tion, 205-215. communities: The effects of episodic predation on
Rorr, DEREK A. AND DAPHNE J. FAIRBAIRN, Wing prey population, 840-848.
dimorphisms and the evolution of migratory poly- Witson, W. HERBERT, JR. AND Betsy Brown, Intro-
morphisms among the insecta, 243-251. duction to the symposium: Trends in soft-sedi-
Ruiz, Grecory M., Consequences of parasitism to ment ecology during the period 1970-1989, 785-
marine invertebrates: Host evolution, 831-839. 788.
SALMON, MICHAEL, see CHRISTY, JOHN H. Woopbtn, SARAH ANN, Recruitment of infauna: Posi-
SALOMONSEN, JAN, see KAUFMAN, JIM ef al. tive or negative cues?, 797-807.
SATTERLEE, R. A., see WELSFORD, IAN G. et al. ZAJAC, ROMAN N. AND RoBERT B. WuiTLATCH, Demo-
Science as a way of knowingV—I I A conceptual frame- graphic aspects of marine, soft-sediment patch
work for biology—Part III, 349-471. dynamics, 808-820.
