Table Of Content

Estuaries Vol. 14, No. 4, p.501 December 1991 Author Index, Volume 14 Ailstock, M. S., 57 Haller, W. T., 404 O'Reilly,J . E., 248 Ambrose, D. A., 465 Hamilton, R. B., 107 Olsen, C. R., 148 Antrim, B. S., 465 Hardisky, M. A., 180 Otto, R. G., 218 Hartwell, S. I., 218 Barry,J . P., 465 Hebert, A. T., 306 Park, K., 113 Bianchi, T. S., 65 Hess, T. J., 489 Parker, C. A., 248 Bokuniewicz, H. J., 237 Hicks, R. E., 430 Patrick, W. H., Jr., 17 Broome, S. W., 175 Hughes,J . B., 306 Pearlstine, G. L., 192 Brown, B. W., 489 Hurley, D. H., 199 Perry, D. M., 306 Brown, D. W., 299 Portnoy,J . W., 122 JimenezJ, . A., 49 Prins, T., 130 Cailliet, G. M., 465 Jongsma, H., 130 Calabrese, A., 318 Reyes, E., 372 Chabreck, R. H., 107, 489 Kim, B-H., 237 Robertson, A., 224, 290 Chain, S-L., 299 Kim, S-Y., 395 Rootes, W. L., 489 ChoromanskiJ,. , 332 Kitchens, W. M., 192 Rulifson, R. A., 447 Cifuentes, L. A., 414 Klemas V., 180 Rusanowsky, D., 318 Clark, R. C., 299 Krahn, M. M., 299 Cooke, T. J.,.57 Krairapanond, N., 17 Saucerman, S. E., 440 Craft, C. B., 175 Kuo, A. Y., 113 Sauter, K., 49 Kuropat, C., 318 Seitzinger, S. P., 157, 167 Dame, R., 130 Seneca, E. D., 175 Dankers, N., 130 Landahl, J. T., 299 Sennefelder, G., 318, 332 Day,J . W., Jr., 382 Larsen, I. L., 148 Skrabal, S. A., 29 Deegan, L. A., 440 Latham, P. J., 192 Smaal, A., 130 DeLaune, R. D., 17 Lee, C., 430 Spratt, A. K., 167 Dell, D. A., 107 Levin, L. A., 1 Stacey, P. E., 224 Domotor, S. L., 148 Stein, J. E., 299 Donderski, W., 495 Malczyk,J . M., 157 Stern, M. K., 382 Mallin, M. A., 481 Stiles, S., 332 Eller, F. C., 265 Marinucci, A. C., 430 Summers,J . K., 148 Emerson, C. W., 361 Martin, R. P., 107 McCain, B. B., 299 Teague, K. G., 382 Farrow, D. R. G., 224 McKenzie, P. M., 107 Thurberg, F. P., 318 Findlay, S., 65 McLean, R. I., 148 Tsai, C-F., 207 Fleming, W. J., 57 Mercaldo-Allen, R., 318 Turgeon, D. D., 279, 290 Fox, A. M., 404 Merino, M., 372 Turner, R. E., 139 Miller, J., 332 Gardner, W. S., 157, 167 MillerJ, . E., 318 Varanasi, U., 299 Getsinger, K. D., 404 Monahan, R., 224 Gottholm, B. W., 290 Moustafa, M. Z., 113 Wells,J . T., 395 Gould, E., 318 Moy, L. D., 1 Welsh, B. L., 265 Greig, R., 318, 332 Mudryk, Z., 495 Wilson, H., 148 Grimes, D. J., 345 Myers, M. S., 299 Wolf, P. L., 180 Gronlund, W. D., 299 Wolfe, D. A., 224, 290 Gross, M. F., 180 Nelson, D., 318, 332 Wright, V. L., 489 Hales, L. S., 199 O’Connor, T. P., 279 Yoklavich, M. M., 465 © 1991 Estuarine Research Federation 0160-8347/91/040501-01$01.50/0 Estuaries Vol. 14, No. 4, p. 502-504 December 1991 Subject Index, Volume 14 Acantharchus pomotis, 447 cadmium, 290 Acanthophora, 74 Cancun, Mexico, 372 dissolved oxygen, 113, 248, 265, Acartia tonsa, 481 Caranx hippos, 447 372 accretion, 148 carbon measurements, 175 Distichlis spicata, 17 Achromobacter, 495 carotenoid, 65 Diurnal Curve Method, 372 Acinetobacter, 345 cation exchange, 157 DNA damage, 299 Aeromonas, 345 cesium-134, 148 Dorosoma cepedianum, 447 aging of fish, 199 cesium-137, 148 Dorosoma petenense, 465 Alcaligenes, 495 chemical contamination, 279, 299 drainage basin, 224 aldrin, 279 Chesapeake Bay, Virginia, 29, dye studies, 404 Alligator mississippiensis, 489 113, 148 Alosa aestivalis, 447 chlordane, 290 Elkhorn Slough, California, 465 Alosa pseudoharengus, 447 chlorinated hydrocarbon(s), 224, Elops saurus, 447 Alosa sapidissima, 447 279 Embiotoca jacksoni, 465 American alligators, 489 chlorophyll a, 130, 481 emergent aquatic vegetation, 65 amino acids, 430 chlorophyll c, 65 Engraulis mordax, 465 ammonium, 130, 167, 382 chromosome damage, 299 Enterobacter, 345 ammonium flux, 157 circulation, 38 Enterobacteriaceae, 495 ammonium sorption, 167 Citharichthys stigmaeus, 465 erythrocyte micronuclei, 299 Amphistichus argenteus, 465 clay mineral, 29 Esox niger, 447 Anchoa compressa, 80 Clevelandia ios, 80, 465 estimating organic carbon, 175 Anchoa hepsetus, 447 Clostridium, 345 Eurytemora affinis, 207 Anchoa mitchilli, 447 Clupea pallasti, 465 eutrophication, 265, 372 Anguilla rostrata, 447 community structure, 481 anoxia, 122 Conowingo Reservoir, 148 faunal transport, 361 anthracene, 279 contaminant levels, 290 anthropogenic contamination, copepod(s), 207, 481 fecal califorms, 224 feeding, 207 299 coprostanol, 279 aquatic angiosperm, 57 Costa Rica, 49 feeding ecology, 94 fickian diffusion, 157 aromatic hydrocarbons, 299 critical swimming, 218 Artedius sp., 80 cross-channel movement, 440 finfish, 447 Artemia salina, 207 Cryptotis parva, 107 fish assemblages, 465 Atchafalaya River, Louisiana, 382 Crystal River, Florida, 404 fish embryo culture, 318 fish kills, 122 Atherinops affinis, 80, 465 current, 38 Atherinopsis californiensis, 465 Cymatogaster aggregata, 465 fisheries, 74, 80, 94, 199, 207, Atlantic silverside, 218 Cynoscion nebulosus, 447 440, 447, 465 attenuation of light, 395 Cynoscion regalis, 447 Flavobacterium, 345 Flavobacterium-Cytophaga, 495 Avicennia bicolor, 49 Cyprinodon variegatus, 447 axenic culture, 57 Cyprinus carpio, 447 flooding gradient, 49 cytogenetics, 332 flushing, 122 flux, 130 cytological abnormalities, 332 Bacillus, 495 cytotoxicity, 299 freshwater discharge, 38 freshwater marsh vegetation, 489 bacteria, 345 fucoxanthin, 65 Bairdiella chrysoura, 199, 447 daily ration, 94 Barataria Basin, Louisiana, 17 Damalichthys vacca, 465 fulvous harvest mice, 107 Fundulus diaphanus, 447 Barnegat Bay, New Jersey, 157, decomposition, 65 167 deltaic processes, 139 Fundulus heteroclitus, 1, 447 Fundulus majalis, 447 beach seine, 465 Delaware Estuary, 414 beam transmission, 395 denitrification, 167 Fundulus parvipinnis, 80 Fundulus sp., 447 bedload model, 361 deposit, 1 bedload transport, 361 deposition, 237 belowground biomass, 180 destratification, 38 Gambusia affinis, 80, 447 Bennett Slough, California, 465 dichlorodiphenyldichloroethane, Gillichthys mirabilis, 80 benthic oceanography, 361 279 Girella nigricans, 80 benz(a)anthracene, 279 dichlorodiphenyldichloroethene, Gobiidae, 465 benzo(a)pyrene, 279 279 Gobiosoma bosci, 447 biochemical oxygen demand, 224 dichlorodiphenyltrichloro- gonad development, 332 biomass estimates, 180 ethane, 279, 290 Graceleria, 74 bivalve mollusc, 290 diel dynamics, 372 gravitational circulation, 38, 113 Bojorquez Lagoon, 372 diel variations, 94 Great Sippewissett Marsh, Mas- bottom oxygen, 265 dieldrin, 279 sachusetts, 430 bottom water, 113 diked marshes, 122 Gulf of Mexico, 139 Brevoortia tyrannus, 447 Dills Creek, North Carolina, 1 gut contents, 94 brine shrimp, 207 dispersion coefficient, 38 gut fullness, 94 © 1991 Estuarine Research Federation 502 0160-8347/91/040502-03$01.50/0 Subject Index, Volume 14 503 haemolymph, 102 Los Penasquitos Lagoon, Califor- Oryzomys palustris, 107 Halifax Harbour, Nova Scotia, nia, 80 osmoregulation, 102 361 Loxothylacus panopaei, 102 otoliths, 199 Halodule wrightii, 74 Lucania parva, 447 otter trawls, 447 halophilic bacteria, 495 oxic layer, 157 hard clam, 332 macrobenthic, 80 oxycline, 265 heavy metals, 224, 279, 290, 299 macroinvertebrates, 80 oxygen demand, 113 heptachlor, 279 macrophyte, 57, 65 oxygen depletion, 122, 248, 265 Herring River, Massachusetts, Malaysian mangrove, 38 122 Manayunkia aestuarina, 1 Pacific Coast, 49 histopathological conditions, 299 mangrove, 38, 49 palustrine wetlands, 489 Hudson Estuary, 65 marsh creation, 1 Pamlico Sound, North Carolina, human disease, 345 marsh rice rats, 107 481 Hydrilla verticillata, 404 Menidia beryllina, 447 Paracalanus crassirostris, 481 hydrologic disturbances, 80 Menidia menidia, 207 Paralabrax clathratus, 80 Hyperprosopan anale, 465 Mercenaria mercenaria, 332 Paralichthys dentatus, 447 Hyperprosopan argenteum, 465 mercury, 224, 279, 290, 299 Paralichthys californicus, 80, 465 hypoxia, 113, 122, 265 Mexican Caribbean, 372 Paralichthys lethostigma, 447 Hypsoblennius gentilis, 80 microbial metabolism, 495 Paraphrys vetulus, 465 Hypsoblennius gilberti, 80 microcosm, 65 parasites, 102 Hypsoblennius jenkinsi, 80 Microgobius thalassinus, 447 particle dynamics, 395 Hypsopsetta guttulata, 80, 465 Micrometrus minimus, 465 particle retention, 148 Micropogonias undulatus, 447 particulate organic carbon, 130 ichthyofauna, 465 Micropterus salmoides, 447 pathogenic bacteria, 345 Ictalurus catus, 447 mineralization, 157 Patuxent River, Maryland, 207 mirex, 279 Ictalurus nebulosus, 447 Perca flavescens, 447 illite, 29 mitigation, 1 Phanerodon furcatus, 465 Ilypnus gilberti, 80 Morone americanus, 447 phenols, 414 Indian River, Florida, 74 Morone saxatilis, 207, 447, 465 photon flux density, 57 industrial wastes, 414 Mosquito Lagoon, Florida, 74 photosynthesis, 57, 65 infaunal invertebrates, 299 Mugil cephalus, 80, 447 phytoplankton, 481 infectious disease, 345 Mugil curema, 447 pigment transformations, 65 intertidal sandflats, 361 multiple gear types, 447 plankton, 74 ion pairing, 157 Mus musculus, 107 plant propagation, 57 Isochrysis galbana, 207 mussel beds, 130 planted marsh, 1 mussels, 290 Platichthys stellatus, 465 Mustelus californicus, 465 James River estuary, 29 Plesiomonas, 345 Juncus romerianus, 17 Mya arenaria, 361 Pleuronichthys decurrens, 465 Myliobatis californica, 465 Pleuronichthys ritteri, 80 Kjeldahl digestion, 175 Podon polyphemoides, 481 Kjeldahl nitrogen, 382 naphthalene, 279 pollution effects, 318, 332 Klebsiella, 345 National Status and Trends Pro- polychlorinated biphenyls, 279, gram, 290 290, 299, 318 Lagodon rhomboides, 447 Nneeto clfilnuuxse s,u n3in8o2t atus, 465 polycbyocnlsi,c 27a9r,o m2a9t0i c hydrocar- Lake Gardno estuary, Poland, 495 Neuse River, North Carolina, Pomatomus saltatrix, 447 Lake Michigan, 157 102, 395, 481 population trends, 224 land-use, 224 Newport River, North Carolina, Porichthys notatus, 465 larvae development, 318 102 Potamogeton pectinatus, 57 lleeaadd,- 221900, 148 nniittrraitfei,c at3i8on2, 157, 167 Pporteya modgeentsoint y,s p.2,0 76 5 least shrew, 107 nitrogen cycle, 157 primary production, 372 Legionella, 345 nitrogen measurements, 175 productivity, 180, 192, 481 Leiostomus xanthurus, 94, 447 nitrogen release, 157 protein, 430 Lepidogobius lepidus, 80, 465 nonpoint, 224 Psettichthys melanostictus, 465 Lepisosteus osseus, 447 North Inlet, South Carolina, 94 Pseudodiaptomus coronatus, 481 Lepomis cyanellus, 447 Notemigonus crysoleucus, 447 Pseudomonas, 345, 495 Lepomis gibbosus, 447 nutrient recycling, 167 Pseudopleuronectes americanus, 299, Lepomis macrochirus, 447 nutrient transport, 382 318, 440 LLeeppoommiiss mspi.c,r o4l4o7ph us, 447 nutrients, 130 ppyycrneoncel, in2e7,9 265 Leptocottus armatus, 80, 465 levee habitats, 107 Ochlockonee River, 157 lignin, 414 Oithona colcarva, 481 Quaternary sediments, 29 lindane, 279 oligohaline marsh, 192 Quietula y-cauda, 80 Listeria, 345 Ophiodon elongatus, 465 litter decomposition, 430 organic carbon, 175, 414 radionuclides, 148 Long Island Sound, 224, 237, organic loads, 122 Rappahannock River, Virginia, 248, 265, 279, 290, 299, 318, organic matter, 122, 414 113 332 orthophosphate, 130 red drum, 74 504 Subject Index, Volume 14 Reithrodontomys fulvescens, 107 smooth cordgrass, 180, 430 tidal sorting, 49 reoxygenation, 113 snap-trap capture, 107 tide, 38 reproductive success, 318, 332 softstem bulrush, 192 tide gauge records, 139 Rhacochilus toxotes, 465 soil salinities, 49 tide mixing, 113 Rhinobatos productus, 80 soils, 17 Tijuana Estuary, 80 Rhithropanopeus harrisii, 102 soluble reactive phosphate, 382 Tilapia sp., 447 rhizocephalan parasite, 102 South Creek, North Carolina, 447 Toms River, New Jersey, 157, 167 Rhizophora racemosa, 49 Spartina alternifiora, 1, 17, 180, total nitrogen, 175, 224 rhodamine WT, 404 430 total organic carbon, 175 Rockefeller Refuge, Louisiana, Spartina patens, 17 total phosphorus, 224 489 spawning, 74 total suspended sediment, 237 runoff, 122 Spirinchus starksi, 465 total suspended solids, 224, 382 spot, 94 trace elements, 279 Sago pondweed, 57 spring-fed tidal canals, 404 trace metals, 279, 299 salinity, 38, 74, 102, 237, 265 stable carbon isotope, 414 transmissometer, 395 salinity gradients, 192 Triakis semifasciata, 465 Savannah River, Georgia, 192 Straits of Malacca, 38 Trinectes maculatus, 447 Scheldt Estuary, 130 stratification, 38 tropical lagoon, 372 sciaenid eggs, 74 Streblospio benedicti, 1 turnover rates, 130 Sciaenops ocellatus, 74 striped bass, 207 two-layer box model, 237 Scirpus fluviatilis, 65 Strongylura marina 447 Typha angustifolia, 65 Scirpus validus, 192 sublethal abnormalities, 299 Scorpaenichthys marmoratus, 465 submerged aquatic vegetation, 65 Urolophus halleri, 465 sea level, 139 subsidence, 139 sea salts, 157 sulfides, 17 Vallisneria americana, 65 season cycle, 248 sulfur cycle, 17 Vibrio, 345 Sebastes auriculatus, 465 Sungai Merbok estuary, 38 Sebastes mystinus, 465 suspended particulate material, Wadden Sea, 130 Sebastes paucispinis, 465 395 Waquoit Bay, Massachusetts, 440 Sebastes sp., 465 suspended sediment, 395 wastewater treatment, 224 sediment accumulation, 148, 237 Susquehanna River, 148 water exchange, 404 sediment fluxes, 237 Symphurus atricauda, 465 water flux, 237 sediment transport, 29, 361 Syngnathus leptorhynchus, 80, 465 water level rise, 139 sediments, 17, 29, 157, 167, 175, Syrinogodium filiforme, 74 Wegener rings, 447 414 well-mixed lagoon, 372 Seriphus politus, 80, 465 terrestrially-derived organic mat- wetlands, 1 seston, 130 ter, 414 winter flounder, 299, 318, 440 sewage, 414 Thalassia testudinum, 372 shallow inshore habitats, 465 Thalassiosira pseudonana, 207 yolk sac, 318 silicate, 130 Thimble Shoal Channel, 29 silver perch, 199 Three Sisters Springs, Florida, zonation, 49 sludge, 224 404 small mammals, 107 tidal cycle, 94 zooplankton, 481 tidal freshwater bayou, 382