Estuaries 1993: Vol 16 Index

7 Pages·1993·1.6 MB·English

Estuaries Vol. 16, No. 4, p. 926 December 1993
Author Index, Volume 16
Able, K. W., 235 Filip, Z., 385 Medina, M. A. R., 273 Sellner, K. G., 859
AlbertsJ,. J., 385 Fleeger, J. W., 760 Moll, R. A., 92 Sérodes, J.-B., 653
Alexander, C. R., 627 Flegal, A. R., 547 Monaco, M. E., 311 Shafer, S. R., 851
Allen, D. M., 840 Ford, S. E., 229 Montagna, P. A., 391 Sharp, J. H., 290
AllenJ, . R. L., 670, 678 Forward, R. B., Jr., 241 Montague, C. L., 703 Sharples, J., 74
Asselin, S., 830 Frederick, P. C., 216 MontgomeryJ,. , 323 Shiller, A. M., 541
Austin, H., 362 Moustafa, M. S., 362 Short, C. A., 323
Gardner, W. S., 799 Mulholland, P. J., 683 Short, F. T., 323
Baker, J. E., 383 Gelfenbaum, G., 40 Shultz, D. J., 405
Barnhart, R. A., 769 Gerhart, D. J., 241 Nagy, E., 653 Sigleo, A. C., 405
Benner, R., 391 Geyer, W. R., 113 Nelson, C. H., 496 Simenstad, C. A., 898
Berounsky, V. M., 718 Gin, M. F., 638 Nelson, D. M., 311 Simpson, H. J., 608
Blaylock, R. A., 255 Graham, W. M., 83 Nichols, M. M., 683 SimpsonJ, . H., 74
Bopp, R. F., 608 Grebmeier,J . M., 683 Nixon, S. W., 718 Sklar, F. H., 789
Boumans, R. M. J., 375 Nowacek, D. P., 241 Smith, G. J., 547
Brandt, S. B., 142 Hasler, S. E., 670 Nowicki, B. L., 247 Smith, N. P., 739
Bratkovich, A., 92 Hastings, R. W., 235 Nowicki, S., 241 Smith, R. G., 627
Braun, K. R., 859 Haven, D. S., 362 Spaulding, M. L., 830
Bricker, S. B., 575, 589 Hayden, B. P., 311 O’DonnellJ,. , 12 Staine, K. J., 809
Briones, E. E., 799 Hoefnagels, M. H., 851 O’HerronJ,. C., II, 235 Staver, K. W., 346
Broome, S. W., 851 Houde, E. D., 161 Ogburn-Matthews, M. V., 840 Staver, L. W., 346
Brown-Peterson, N. J., 177 Howarth, R. W., 433 Olsen, C. R., 683 StephensJ, . A., 126
Brownlee, D. C., 859 Hunnings, W., 190 Onuf, C. P., 302 StevensonJ, . C., 346
Brownlee, S. G., 859 Hutchinson, S. E., 789 Osgood, D. T., 815 Stokesbury, K. D. E., 827
Brush, G. S., 617 Oviatt, C. A., 247 Stokesbury, M. J. W., 827
Bulger, A. J., 311 Ivanovich, M., 670 Stumpf, R. P., 40
Bundy, M. H., 859 Pedersen, F. B., 104 Subramanian, V., 453, 459
Burger, J., 809 Jacobs, M., 241 Peters, D. S., 697 Sundberg, K., 223
Jasinska, E., 53 Peterson, B. J., 913
Calder, F. D., 627 Peterson, M. S., 177 Tan, Vo 0.,.427
Cannon, G., 241 Kaegi, E. C., 799 PinckneyJ,. , 887
Capaldo, P. S., 784 Kennedy, V. S., 223 Poulton, D. J., 873 Uncles, R. J., 126
Carter, J., 198 Kimmerer, W. J., 264 Pu, P., 92
Chamberlain, R. H., 769 Kirby-Smith, W. W., 190 Vaithiyanathan, P., 459
Chang, W. Y. B., 92 Koepfler, E. T., 391 Qu, C. H., 475 Valette-Silver, N. J., 575, 577
Chen, C. Z., 475 Kong, A., 427 Quammen, M. L., 302 van Geen, A., 559
Chillrud, S. N., 608 Krouse, C. W., 697 Van Den Berg, C. M. G., 512
Chiu, Y., 427 Krumgalz, B. S., 488 Rae, J. E., 670, 678 Vaughan, D. S., 697
Christensen, E. R., 638 Kuivila, K. M., 416 Ramanathan, A. L., 459 Von Damn, K. L., 683
Church, T. M., 747 KuwabaraJ,. S., 383, 567 Riedel, G. F., 521, 533
Coakley,J . P., 653, 873 Robinson, D. W., 608 Wahle, R. A., 731
Cooper, S. R., 617 Lamothe, P. J., 496 Rowe, G. T., 799 Wang, L. Z., 475
Costanza, R., 919 LargierJ, . L., 1 Ruckelshaus, M. H., 898 Wargo, R. N., 229
Coston-Clements, L., 697 Larsen, I. L., 683 Rutherford, E. S., 161 Whitfield, A. K., 280
Cowan, J. H., Jr., 923 Lebo, M. E., 290 Rutledge, P. A., 760 Windon, H. L., 627
Ley,J . A., 703 Rydene, D. A., 177 Wissmar, R. C., 898
Das, B. K., 459 Loftus, W. F., 216 Wong, K.-C., 335
Day, J. W., Jr., 375 Longworth, G., 670 Salomons, W., 575
de la Lanza Espina, G., 273 iu, ¥..L., 475 SandersJ, . G., 521 Yang,J . R., 475
Diaz, R. C., 683 Luettich, R. A., Jr., 190 Sarabun, C. C., Jr., 68
Doering, P. H., 247 Luoma, S. N., 559 Schaaf, W. E., 697 Zhang, X., 638
Domagalski,J . L., 416 Luther, G. W., III, 567 Schaffner, L. C., 683 Zieman,J . C., 815
Dyrssen, D., 446 Schropp, S. J., 627 Zimmermann, C. F., 323
Marino, R., 433 ScudlarkJ, . R., 747 Zingmark, R. G., 887
Eames, R. W., 177 McCormick-Ray, M. G., 311 Sedberry, G. R., 198 Zoppini, A., 247
© 1993 Estuarine Research Federation 926 0160-8347/93/0400926-01$01.50/0
Estuaries Vol. 16, No. 4, p. 926 December 1993
Author Index, Volume 16
Able, K. W., 235 Filip, Z., 385 Medina, M. A. R., 273 Sellner, K. G., 859
AlbertsJ,. J., 385 Fleeger, J. W., 760 Moll, R. A., 92 Sérodes, J.-B., 653
Alexander, C. R., 627 Flegal, A. R., 547 Monaco, M. E., 311 Shafer, S. R., 851
Allen, D. M., 840 Ford, S. E., 229 Montagna, P. A., 391 Sharp, J. H., 290
AllenJ, . R. L., 670, 678 Forward, R. B., Jr., 241 Montague, C. L., 703 Sharples, J., 74
Asselin, S., 830 Frederick, P. C., 216 MontgomeryJ,. , 323 Shiller, A. M., 541
Austin, H., 362 Moustafa, M. S., 362 Short, C. A., 323
Gardner, W. S., 799 Mulholland, P. J., 683 Short, F. T., 323
Baker, J. E., 383 Gelfenbaum, G., 40 Shultz, D. J., 405
Barnhart, R. A., 769 Gerhart, D. J., 241 Nagy, E., 653 Sigleo, A. C., 405
Benner, R., 391 Geyer, W. R., 113 Nelson, C. H., 496 Simenstad, C. A., 898
Berounsky, V. M., 718 Gin, M. F., 638 Nelson, D. M., 311 Simpson, H. J., 608
Blaylock, R. A., 255 Graham, W. M., 83 Nichols, M. M., 683 SimpsonJ, . H., 74
Bopp, R. F., 608 Grebmeier,J . M., 683 Nixon, S. W., 718 Sklar, F. H., 789
Boumans, R. M. J., 375 Nowacek, D. P., 241 Smith, G. J., 547
Brandt, S. B., 142 Hasler, S. E., 670 Nowicki, B. L., 247 Smith, N. P., 739
Bratkovich, A., 92 Hastings, R. W., 235 Nowicki, S., 241 Smith, R. G., 627
Braun, K. R., 859 Haven, D. S., 362 Spaulding, M. L., 830
Bricker, S. B., 575, 589 Hayden, B. P., 311 O’DonnellJ,. , 12 Staine, K. J., 809
Briones, E. E., 799 Hoefnagels, M. H., 851 O’HerronJ,. C., II, 235 Staver, K. W., 346
Broome, S. W., 851 Houde, E. D., 161 Ogburn-Matthews, M. V., 840 Staver, L. W., 346
Brown-Peterson, N. J., 177 Howarth, R. W., 433 Olsen, C. R., 683 StephensJ, . A., 126
Brownlee, D. C., 859 Hunnings, W., 190 Onuf, C. P., 302 StevensonJ, . C., 346
Brownlee, S. G., 859 Hutchinson, S. E., 789 Osgood, D. T., 815 Stokesbury, K. D. E., 827
Brush, G. S., 617 Oviatt, C. A., 247 Stokesbury, M. J. W., 827
Bulger, A. J., 311 Ivanovich, M., 670 Stumpf, R. P., 40
Bundy, M. H., 859 Pedersen, F. B., 104 Subramanian, V., 453, 459
Burger, J., 809 Jacobs, M., 241 Peters, D. S., 697 Sundberg, K., 223
Jasinska, E., 53 Peterson, B. J., 913
Calder, F. D., 627 Peterson, M. S., 177 Tan, Vo 0.,.427
Cannon, G., 241 Kaegi, E. C., 799 PinckneyJ,. , 887
Capaldo, P. S., 784 Kennedy, V. S., 223 Poulton, D. J., 873 Uncles, R. J., 126
Carter, J., 198 Kimmerer, W. J., 264 Pu, P., 92
Chamberlain, R. H., 769 Kirby-Smith, W. W., 190 Vaithiyanathan, P., 459
Chang, W. Y. B., 92 Koepfler, E. T., 391 Qu, C. H., 475 Valette-Silver, N. J., 575, 577
Chen, C. Z., 475 Kong, A., 427 Quammen, M. L., 302 van Geen, A., 559
Chillrud, S. N., 608 Krouse, C. W., 697 Van Den Berg, C. M. G., 512
Chiu, Y., 427 Krumgalz, B. S., 488 Rae, J. E., 670, 678 Vaughan, D. S., 697
Christensen, E. R., 638 Kuivila, K. M., 416 Ramanathan, A. L., 459 Von Damn, K. L., 683
Church, T. M., 747 KuwabaraJ,. S., 383, 567 Riedel, G. F., 521, 533
Coakley,J . P., 653, 873 Robinson, D. W., 608 Wahle, R. A., 731
Cooper, S. R., 617 Lamothe, P. J., 496 Rowe, G. T., 799 Wang, L. Z., 475
Costanza, R., 919 LargierJ, . L., 1 Ruckelshaus, M. H., 898 Wargo, R. N., 229
Coston-Clements, L., 697 Larsen, I. L., 683 Rutherford, E. S., 161 Whitfield, A. K., 280
Cowan, J. H., Jr., 923 Lebo, M. E., 290 Rutledge, P. A., 760 Windon, H. L., 627
Ley,J . A., 703 Rydene, D. A., 177 Wissmar, R. C., 898
Das, B. K., 459 Loftus, W. F., 216 Wong, K.-C., 335
Day, J. W., Jr., 375 Longworth, G., 670 Salomons, W., 575
de la Lanza Espina, G., 273 iu, ¥..L., 475 SandersJ, . G., 521 Yang,J . R., 475
Diaz, R. C., 683 Luettich, R. A., Jr., 190 Sarabun, C. C., Jr., 68
Doering, P. H., 247 Luoma, S. N., 559 Schaaf, W. E., 697 Zhang, X., 638
Domagalski,J . L., 416 Luther, G. W., III, 567 Schaffner, L. C., 683 Zieman,J . C., 815
Dyrssen, D., 446 Schropp, S. J., 627 Zimmermann, C. F., 323
Marino, R., 433 ScudlarkJ, . R., 747 Zingmark, R. G., 887
Eames, R. W., 177 McCormick-Ray, M. G., 311 Sedberry, G. R., 198 Zoppini, A., 247
© 1993 Estuarine Research Federation 926 0160-8347/93/0400926-01$01.50/0
Estuaries Vol. 16, No. 4, p. 927-931 December 1993
oe
Subject Index, Volume 16
aboveground production, 815 Atlantic silversides, 840 Candacia sp., 264
Acanthurus bahianus, 198 atmospheric input, 747 Cantherhines pullus, 198
Acanthurus chirurgus, 198 Aulostomus maculatus, 198 Canthigaster rostrata, 198
Acanthurus coeruleus, 198 Aurelia aurita, 264 carbamate, 416
Acartia, 264 Aurora, North Carolina, 851 carbon flux, 405
Acartia californiensis, 264 autotrophs, 898 carbon isotopes, 683
Acartia hudsonica, 264 carbon : nitrogen ratio, 391
Acartia omorii, 264 bacterial abundance, 223 Cauvery Estuary, India, 459
Acartia tonsa, 264 bacterial growth, 391 Centropages abdominalis, 264
Achirus lineatus, 177 Baffin Bay, Texas, 391 cesium, 608, 638, 653, 683, 873
Acipenser brevirostrum, 235 Bairdiella chrysoura, 177 Chaetodipterus faber, 198
acoustic backscatter, 68 Baltic Coast, 53 Chaetodon capistratus, 198
acoustic backscatter observation, Baltic Sea, 53, 104, 446 Chaetodon ocellatus, 198
68 bar-built estuary, 335 Changjiang River, China, 475
Advanced Very High Resolution baroclinic circulation, 53, 104 Chasmodes bosquianus, 177
Radiometry (AVHRR), 83 barotrophic, 53, 335 Chasmodes saburrae, 177
advection, 383, 405 Barrington River, Rhode Island, Chesapeake Bay, 68, 223, 255,
aerial surveys, 255 784 311, 346, 362, 405, 521, 617,
algal biomass, 887 Bathygobius soporator, 177 683
algal bloom, 521 bay anchovy, 840 Chilomycterus schoepfi, 177, 198
alkalinity, 446 Bay of Fundy, 827 chinook salmon, 142
Altherinopsis californiensis, 769 Beaufort, North Carolina, 851 chlordane, 608, 653
aluminum, 873 bedload transport, 496 chloride, 92, 475
Aluterus scriptus, 198 Belize, Central America, 198 chlorophyll a, 92, 346, 887
Ambergris Cay, Belize, 198 benthic fluxes, 547 Choptank River, Maryland, 223,
American lobster, 731 benthic invertebrates, 799 346
American oyster, 362 benthic macrofauna, 247 chromium, 627, 653
American shad, 161 benthic microalgae, 887 circulation, 1
amino acids, 405 benthic vegetation, 703 Citharichthys sp., 198
ammonia, 273, 346, 446, 747, Beyond the Limits, 919 Citharichthys stigmaeus, 769
799, 815 ['*C]bicarbonate uptake, 718 Cladium jamaicense, 216
ammonium excretion, 799 biochemical oxygen demand, 703 Clevelandia ios, 769
Amphistichus rhodoterus, 769 biological mediation, 521 Clinus superciliosus, 280
Anacystis, 859 biologically-based salinity zones, Clupea harengus pallasii, 769
Anchoa hepsetus, 177, 840 Sli coagulation, 383
Anchoa lylepis, 198 biomarkers, 416 coastal lake, 280
Anchoa mitchilli, 177, 840 Blackstone River, Rhode Island, collaborative research, 913
anchovy, 769 718 condition index, 229, 362
Annapolis River, Nova Scotia, 827 blue crab, 161, 840 conductivity, 68, 74
anoxia, 446, 617 blue mussels, 898 Connecticut River, 12
anoxic conditions, 405 bluefin killifish, 216 contaminant accumulation, 683
anthropogenic perturbations, 547 bluegill, 216 contaminants, 873
anthropogenic trace metals, 488 Bodianus rufus, 198 convergent circulation, 92
Aphanizomenon, 859 Bothus lunatus, 198 copepod(s), 68, 859
Apogon aurolineatus, 198 Bothus ocellatus, 198 copper, 512, 521, 541, 589, 608,
Apogon binotatus, 198 Brachionus angularis, 859 627, 653, 678, 683, 873
Apogon planifrons, 198 Brevoortia sp., 177 cordgrass, 760, 815
Archosargus probatocephalus, 177 Brevoortia tryannus, 255, 697, 827 Core Sound, 190
Archosargus rhombiodalis, 198 buoyancy-driven flow, 12 Coriolis force, 1
Argyrosomus hololepidotus, 280 buoyant plume front, 40 Corycaeus subtilis, 264
Arius felis, 177 Coryphopterus glaucofraenum, 198
arsenic, 521, 533 6'5C values, 898 Coryphopterus nicholsii, 769
Asplanchna brightwelli, 859 '4C-label, 859 Coryphopterus sp., 198
Astrapogon alutus, 198 cadmium, 627, 683 Cottus asper, 769
Astrapogon puncticulatus, 198 Caffrogobius multifasciatus, 280 cownose ray, 255
Atchafalaya River, Louisiana, 541 Calamus bajonado, 198 Crassostrea virginica, 229, 255, 362
Atherina breviceps, 280 Calamus pennatula, 198 Cryptotomus roseus, 198
Atherinomorus stipes, 198 Calanus pacifus, 264 Cumberland Island, Georgia, 375
Atherinops affinis, 769 calcium, 459 current field, 40
Atlantic bottlenose dolphin, 241 calcium concentrations, 446 current velocity, 53
Atlantic brief squid,'840 Callinectes sapidus, 840 currents, 40
Atlantic menhaden, 161, 827 Cancer magister, 769 cyanobacteria bloom, 859
Atlantic rangia, 223 Cancer productus, 769 Cyclops vernalis, 859
© 1993 Estuarine Research Federation 927 0160-8347/93/0400927-05$01.50/0
928 Subject Index, Volume 16
Cymatogaster aggregata, 769 estuarine-dependent species, 161 Gulf of Mexico, 760, 799
Cynoscion nebulosus, 177, 697 Eucinostomus sp., 198 Gulf of the Farallones, 559
Cynoscion regalis, 697 Eucinostomus spp., 177 gulls, 809
Cyprinodon variegatus, 216 Eucyclogobius newberryi, 769 Gymnothorax moringa, 198
euphotic zone, 405 Gymnothorax vicinus, 198
Damalichthys vacca, 769 Euterpina acutifrons, 264
Dasyatis sabina, 177 eutrophication, 247, 290
dating methods, 670 eutrophication history, 617 haddock, 161
dating sediment(s), 577, 589, 608, Evadne nordmanni, 264 Haemulon flavolineatum, 198
Haemulon plumieri, 198
617, 638, 670, 683 Everglades, Florida, 216
DDT, 577, 608 Evorthodus lyricus, 177 Haemulon sciurus, 198
decomposition, 385, 391 exchange process, 335 HHaaiefmau loBnay , spI.s,r ae1l9,8 488
Delaware Bay, 311, 683, 747
Halichoeres bivittatus, 198
Delaware Estuary, 290 Festa and Hansen model, 113
Halichoeres maculipinna, 198
Delaware River, 235 fiddler crabs, 784
haline front, 74
density field, 74 fish aggregation, 142
density gradient(s), 40, 74 fish assemblages, 177 halocline, 104
Halodule wrightii, 302, 391
Dermocystidium marinum, 362 fish behavior, 142
Haplosporidium nelsoni, 229, 362
detrainment, 104 fish biomass, 280
harpacticoid copepod, 760
detritus, 391 fish community, 198
heavy metal anomalies, 496
Diapterus auratus, 177 fish growth, 142
heavy metals, 475, 488, 496, 512,
diatoms, 617 fish populations, 697
521,541, 547, 559, 575, 653
dibenzo-p-dioxins, 427 fish production, 161
herring, 769
dibenzofurans, 427 fish yield, 161
dichlorodiphenyltrichloro- Fistularia tabacaria, 198 hexachlorobenzene, 653
ethane, 577, 608 flagfish, 216 Hexarthra mira, 859
Hillsborough Bay, Florida, 627
Diodon holocanthus, 198 floating dome technique, 433
Diodon hystrix, 198 Florida Bay, 703 Hippocampus erectus, 198
dioxin, 427 flounder, 769 Hippocampus sp., 198
Hippocampus zosterae, 177
dispersion, 383 flushing times, 830
dissolved inorganic nitrogen, 346, flux ratio, 475 Histrio histrio, 177
Hog Island Bay, Virginia, 815
747 freshwater discharge, 703
dissolved material(s), 475, 512 freshwater exchange, 739 Holocentrus ascensionis, 198
dissolved organic carbon, 290, freshwater inflows, 830 Holocentrus coruscus, 198
391, 567 freshwater influence, 74 Homarus americanus, 731
horizontal convergence, 92
dissolved organic phosphorus, freshwater runoff, 126
290 freshwater-saltwater interface, Huanghe River, China, 475
Hudson River, New York, 433,
dissolved oxygen, 190, 290, 405, 126
683
433, 567, 703 front dynamics, 104
Huizache-Caimanero Lagoon,
dissolved phosphorus, 346, 453 frontal boundary, 68
dissolved reactive phosphorus, frontogenesis, 74 Mexico, 273
Humboldt Bay, California, 769
290 fronts, 142
dissolved silica, 453 Fundulus confluentus, 216 humic-like substances, 385
hydraulic residence time, 547
dissolved sulfides, 567 Fundulus majalis, 840
hydrodynamic regulating, 104
Dissolved Transport Index, 475 fungi, 385, 851
Distichlis spjcata, 851, 898 furans, 427 hydrodynamics, 1, 53
hydrographic, 83, 104
downwelling, 92
Duck, North Carolina, 851 Galeichthys feliceps, 280 hydrographic monitoring, 83
Hyperprospon argenteum, 769
Gambusia holbrooki, 216
Hypoatherina harringtonesis, 198
ebb-tidal delta, 40 Ganges Estuary, 453
Hypomesus pretiosus, 769
eelgrass, 898 gas transfer, 433
Hypoplectrus puella, 198
egrets, 216 Gasterosteus acculeatus, 769
Hypoplectrus sp., 198
Eleocharis sp., 216 geochemistry, 459, 475, 488, 512,
Elops saurus, 177 541 HHyyppooprlhecatmrpuhsu su niccaopleonrs,i s,1 982 80
Embiotoca lateralis, 769 geostrophy, 1
Hyporhamphus unifasciatus, 177
enclosures, 247 Gilchristella aestuaria, 280
Engraulis mordax, 769 gill net, 280
Enteromorpha, 898 Glossogobius callidus, 280 Indian River Lagoon, Florida,
entrainment, 104 Gobionellus bolesoma, 177 323, 739
epibenthic, 898 Gobionellus smaragdus, 177 interface, 126
Epinephelus guttatus, 198 Gobiosoma bosc, 177 interface conditions, 68
Epinephelus afer, 198 Gobiosoma robustum, 177 intrusions, 104
Epinephelus striatus, 198 goby, 769 Irish Sea, 74
Epiphanes, 859 grain size, 223 iron, 873
epiphytic fungi, 385 gravity currents, 12 Isaac Creek, North Carolina, 190
equilibrium profile, 683 grazing, 859 Isochrysis galbana, 223
estuarine fisheries, 161 Great South Bay, Long Island, isotherm displacement, 68
estuarine fronts, 1, 12 335 isotherm pattern, 92
estuarine gradient, 346 Gulf menhaden, 161 isotherms, 92
Subject Index, Volume 16 929
at
Jamaica Bay, New York, 608 management, 346, 703 nitrogen, 577, 747, 799
James River, Virginia, 362, 683 mangrove, 198 nitrogen flux, 405
Jenkinsia lamprotaenia, 198 marine fisheries, 161 nocturnal behavior, 809
Jenkinsia stolifera, 198 marsh fishes, 216 North Inlet, South Carolina, 789,
Jordanella floridae, 216 marsh grass, 851 840, 887
Juncus roemerianus, 851 marsh killifish, 216 North Sea, 104
marsh macrophytes, 898 numerical model, 74, 113
Kattegat, 104 maximum turbidity zone, 653 numerical simulation, 335
Kattegat-Skagerrak, 446 Mecynocera clausi, 264 nutrient depletion, 541
Kishon River, Israel, 488 Mediterranean Sea, 488 nutrient dynamics, 322
meiofauna, 760 nutrient exchange, 273
Labidocera sp., 264 Menidia menidia, 840 nutrients, 346, 383, 541, 559
Lachnolaimus maximus, 198 Menidia peninsulae, 177
Lactophrys ;solygonia, 198 Mercenaria mercenaria, 255 Oak Island, North Carolina, 851
Lactophrys quadricornis, 198 mercury, 653, 873 oceanic fronts, 1
Lactophrys sp., 198 mesozooplankton, 859 Ocyurus chrysurus, 198
Lagodon rhomboides, 177 metal accumulation, 627 Odiel River, Spain, 496
Laguna Madre, Texas, 302, 391 metal-organic complexes, 512 Odra Estuary, Poland, 53
Lake Michigan, 92, 638 metals, 512 Ogcocephalus nasutus, 198
Lake Pontchartrain, Louisiana, Microcystis aeruginosa, 859 Otkopleura longicauda, 264
375 Microgadus proximus, 769 Oithona atlantica, 264
Land Margin Ecosystem Re- Microgobius gulosus, 177 Oithona similis, 264
search (LMER), 913 Micropogonias undulatus, 177, 697 Oligoplites saurus, 177
Larus atricilla, 809 Microsetella sp., 264 Onacaea sp., 264
Larus delawarensis, 809 microzooplankton, 859 Oncorhynchus kisutch, 769
larval settlement, 223 mining, 496 Oncorhynchus tshawytscha, 142
laughing gulls, 809 Mirex, 653 Opisthonema oglinus, 177
lead, 577, 589, 608, 627,63685,3, Mississippi River, Louisiana, 541, Oregon Inlet, North Carolina,
670, 678, 683, 873 799 851
Leba Estuary, Poland, 53 Mobile Bay, Alabama, 40 organic carbon, 678
Leiostomus xanthurus, 177, 840 Monacanthus cialatus, 198 organic contaminants, 416
Lepidogobius lepidus, 769 Monacanthus hispidus, 177 organic content, 223
Lepomis gulosus, 216 Monacanthus tuckeri, 198 organic matter degradation, 678
Lepomis macrochirus, 216 Monodactylus falciformis, 280 organochlorine pesticides, 416
Leptocaris brevicornis, 760 Monterey Bay, California, 83 organochlorines
Leptocottus armatus, 769 Morisita-Horn similarity index, organophosphate, 416
Leslie matrices, 697 177 Orthopristis chrysoptera, 177
Lichia amia, 280 Morone saxatilis, 142, 697 overturn, 68
life history strategies, 697 mosquitofish, 216 oxic water, 567
lift net, 280 Mugil cephalus, 177, 280 oxygen depletion, 104
light attenuation, 346 Mugil curema, 840 oxygen exchange, 433
Lithognathus lithognathus, 280 mullet, 161 oxygen metabolism, 247, 391
Liverpool Bay, England, 74 Mulloidichthys martinicus, 198 oxygen microelectrode tech-
Liza dumerilii, 280 multivariate analysis, 311 niques, 887
Liza richardsonnii, 280 mussel growth, 898 oxygenated waters, 405
Lolloguncula brevis, 840 Mustelus henlei, 769 oyster, 161, 229, 255
Long Beach, North Carolina, 851 Mya arenaria, 255
Long Island Sound, 12, 683 mycorrhizal fungi, 851 Pacific salmon, 161
long-term datasets, 789 Mycteroperca bonaci, 198 Padilla Bay estuary, Washington,
Long-Term Ecological Research Mycteroperca microlepis, 177 898
(LTER), 913 Myrophis punctatus, 177 paleoecological indicators, 617
Lubbockia squillmana, 264 Mytilus edulis, 898 Paracalanus quasimodo, 264
Lucania goodei, 216 Myxus capensis, 280 Paralichthys albigutta, 177
Lucania parva, 177 Paralichthys dentatus, 697
Lucicutia flavicornis, 264 Narragansett Bay, Rhode Island, Paralichthys lethostigma, 177
lunar periods, 789 589, 718, 731, 830 Paraprionaspio pinnata, 799
Lupawa Estuary, Poland, 53 nekton species, 840 Parophrys vetulus, 769
Lutjanus analis, 198 nematodes, 760 particle sources, 683
Lutjanus apodus, 198 neritic waters, 264 particulate carbon, 290
Lutjanus griseus, 177, 198 net production, 247 particulate materials, 475
Lutjanus synagris, 177, 198 Neuse River, 190 particulate matter, 512
Lutjanus vivanus, 198 New Jersey coast, 809 particulate organic carbon, 459
Newport River Estuary, North particulate organic nitrogen, 459
macro-algal species, 898 Carolina, 241 particulate phosphorus, 290
macrofauna, 247 nickel, 512, 627, 653, 873 partition coefficients, 416
macrofaunal biomass, 391 nitrate, 273, 290, 346, 718, 747, patchiness, 142
Macrosetella sp., 264 799 Patuxent River, Maryland, 521,
Magelona, 799 nitrification, 718 - 533
magnesium, 459 nitrite, 718 penaeid, 161
930 Subject Index, Volume 16
Peprilus triacanthus, 177 Pseudodiaptomus marinus, 264 sediment elevation, 375
perch, 769 Pseudupeneus maculatus, 198 sediment organic content, 703
Perkinsus marinus, 362 PSWIMS, 190 sediment-trap material, 405
persistent contaminants, 608 pycnocline, 405 sediment-water nitrogen flux, 799
pesticides, 416 sedimentation rates, 617
petroleum hydrocarbons, 416 radiometric techniques, 670 sedimentation-erosion table, 375
Phaeoptyx conklini, 198 Rangia cuneata, 223 sediments, 391, 488, 496, 577,
Phaeoptyx pigmentaria, 198 Rappahannock, Virginia, 362 589, 617, 683, 703, 873
Phaeosphaeria halima, 385 recolonized seagrass meadows, Serranus baldwini, 198
Phaeosphaeria spartinicola, 385 177 shad, 161
Phanerodon furcatus, 769 recruitment, 731 shear fronts, 12
phosphate(s), 459, 541, 559 red mangrove, 216 sheepshead minnow, 216
phosphorus, 453, 521, 577 remote monitoring, 190 shelf species, 161
photopigments, 887 Rhabdosargus holubi, 280 shell infestation, 229
physiological adaptation, | Rhinoptera bonasus, 255 shell-boring polychaete, 229
physiology, 142 Rhizophora mangle, 216 shortnose sturgeon, 235
phytoplankton, 74, 290, 521, 859, ring-billed gulls, 809 silica, 92, 459
898 river discharge, 346, 362, 416, silicate, 541, 559
phytoplankton production, 104 475, 488 silicon, 247, 453
Piney Point, Maryland, 405 river input, 290 silver, 547
Pinnotheres ostreum, 362 rockfish, 769 simulation model, 697
pipefish, 769 rotifers, 760, 859 size-selective predation, 264
planktonic herbivory, 859 smelt, 769
plant biomass, 703 Sagitia sp., 264 smooth cordgrass, 815
Platichthys stellatus, 769 sailfin molly, 216 Snead’s Ferry, North Carolina,
plume fronts, 12, 83 Salicornia virginica, 898 851
plutonium, 608 salinity, 40, 53,68, 113, 126, 190, Snow’s Cut, North Carolina, 851
Podon intermedius, 264 290, 345, 815 sodium, 459, 475
Poecilia latipinna, 216 salinity fluctuation, 703 sole, 769
Polish Baltic Coast, 53 salinity intrusion, 113 sonic tracking, 235
pollen, 617 salinity reduction, 302 source identification, 488
pollution, 475, 488, 496, 512, salinity zones, 311 Sparisoma aurofrenatum, 198
521, 547, 559, 567, 747 salmon, 161, 769 Sparisoma radians, 198
pollution effects, 697 salt-marsh mitigation, 769 Sparisoma viride, 198
pollution trends, 678 sampling regimes, 789 Spartina, 375, 887
polyaromatic hydrocarbons, 575 San Francisco Bay, California, Spartina alterniflora, 385, 760,
Polyarthra remata, 859 416, 547, 559, 567 815, 851
polychlorinated biphenyls, 575, San Pedro, Belize, 198 Spartina cynosuroides, 851
577, 608, 653 sanddab, 769 Spartina patens, 851
polycyclic aromatic hydrocar- Sardinella aurita, 177 Spearman’s r, 177
bons, 427, 638, 653 satellite imagery, 83 species shifts, 302
Polydora sp., 229 satellite images, 104 specific conductance, 459
Polydora webster, 362 Savannah River, 683 Sphoeroides greeleyi, 198
polynuclear aromatic hydrocar- sawgrass, 216 Sphoeroides mephelus, 198
bons, 416 Scarus croicensis, 198 Sphoeroides nephalus, 177
Pomacanthus arcuatus, 198 Scarus sp., 198 Sphoeroides spengleri, 198
Pomacanthus paru, 198 sciaenid, 161 Sphoeroides testudineus, 198
Pomacentrus leucostictus, 198 Sciaenops ocellatus, 177, 255 Sphyraena borealis, 177
Pomadasys commersonnii, 280 Scomberomorus cavalla, 697 spikerushes, 216
Pomatomus dentatus, 697 Scorpaena grandicornis, 177, 198 Spirinchus starksi, 769
Pomatomus saltatrix, 280, 697 Scorpaena sp., 198 Spirinchus thaleichthys, 769
Pomeranian Gulf, 53 Scorpaenodes caribbeaus, 198 spot, 840
pore water, 323, 391, 815 sculpin, 769 Spraisoma chrysopterum, 198
potassium, 459 sea level fluctuations, 335 St. Johns River, Florida, 627
Potomac Estuary, 405 sea surface temperature, 83 St. Lawrence Estuary, 873
Potomac River, 859 seagrass, 177, 198, 302, 323, 391 St. Lawrence River, 653
pressure gradients, 53 seaperch, 769 Stenobrachius leucopsaurus, 769
primary production, 74, 405, 815, seasonal cycle, 74 stratification, 113, 126
887 seasonal variation, 323 stratified estuaries, 113
Principal Component Analysis, Sebastes melanops, 769 stratigraphic records, 617
311 Sebastes mystinus, 769 striped anchovies, 840
productivity, 1, 541, 815 Secchi depth, 290 striped bass, 142, 161
profiling instrument, 190 secondary production, 898 striped killifish, 840
Profiling Shallow Water Instru- sediment, 126, 405, 416, 427, 608 Strongylura notata, 177
ment Mounting System, 190 sediment aggregation, | strontium, 873
Providence River, Rhode Island, sediment cores, 577, 589 submersed aquatic vegetation,
718, 830 sediment dating, 627 346
Psammogobius knysnaensis, 280 sediment deposition, 405 subtidal volume exchange, 335
Pseudocalanus spp., 264 sediment dynamics, | subtropical lagoons, 273
Subject Index, Volume 16 931
sulfate, 450 tidal mixing, 12 upwelling, 104
sulfides, 567 tidal range, 74 upwelling shadow, 83
sulphide mining, 496 tideless estuaries, 53 Urolophus jamaicensis, 198
summer flounder, 161 tides, 74
suppression of turbulence, 113 Tinto River, Spain, 496 vanadium, 873
surface currents, 53 Tites Point, Severn Estuary, En- vegetation, 311
surface fronts, 12 gland, 670, 678 Venice System, 311
surfperch, 769 Tomales Bay, California, 264 vernal thermal front, 92
suspended matter, 475 tomcod, 769 vertical mixing, 126
suspended particles, 405 Tortanus discaudatus, 264 vesicular-arbuscular mycorrhi-
suspended particulate matter, 126 total carbon, 608 zae, 851
suspended sediment, 113, 346, total dissolved solids, 459 vocalizations, 241, 383
416 total nitrogen, 273, 290, 608, 703 voltammetric techniques, 512
suspended solids, 703 total organic carbon, 273, 405,
sustainable development, 919 496, 617 wading birds, 216
Swartvlei Lake, Africa, 280 total phosphorus, 273, 290, 703 warmouth, 216
symbionts, 229 total sulfur, 617 wastewater, 547
Symphurus plagiusa, 177 total suspended matter, 459 water quality, 1, 346
Syngathus caribbaeus, 198 toxicity, 521 white mullet, 840
Syngnathus leptorhynchus, 769 trace contaminants, 383, 453 white shrimp, 161
Syngnathus louisianae, 177 trace element transformation, 521 wind mixing, 104
Syngnathus scovelli, 177 trace elements, 512, 541 wind stress, 40, 53, 92, 335
Syngnathus sp., 198 trace metals, 459, 488, 559, 567, wind-driven currents, 40
Synodus foetens, 198 577, 873 winter flounder, 161
Syringodium filiforme, 323 trace minerals, 475 Winyah Bay, South Carolina, 789
system production, 247 Tranchinotus falcatus, 177
Szczecin Bay, Poland, 53 transport, 475 xenobiotic compounds, 575
trapping process, 113
Tamar Estuary, United King- Trichocerca similias, 859 yellowtail flounder, 161
dom, 126, 512 Triglochin maritima, 898
temperature, 40, 68, 74 Trinectes inscriptus, 198 York River, Virginia, 12, 362
temperature-induced scarcity, Trinectes maculatus, 177
216 tuna, 161 Zhunjiang River, China, 475
Thalassiosira coseinodiscus, 405 turbidity maximum, 113, 126 zinc, 589, 627, 653, 678, 683, 873
thermal front, 92, 142 turbulent diffusivity, 113 zoeae, 784
thermoregulation, 142 Tursiops truncatus, 241 zooplankton, 264
tidal cycle, 416 zooplankton grazing, 859
tidal flushing, 739 Uca minax, 784 Zostera japonica, 898
tidal fresh waters, 859 Uca pugilator, 784 Zostera marina, 898
tidal front, 68 Uca pugnax, 784
tidal influence, 789 Ulva, 898