Microbial Ecology 1999: Vol 38 Index

5 Pages·1999·1.4 MB·English

VOLUME 38
Founding Editor Robert Findlay Toshi Nagata
Ralph Mitchell Department of Microbiology Ocean Research Institute
Miami University of Ohio University of Tokyo
Editor-in-Chief Oxford, Ohio Tokyo, Japan
James K. Fredrickson Madilyn Fletcher Hans W. Paerl
Biogeochemistry Department Belle W. Baruch Institute for Marine Institute of Marine Sciences
Pacific Northwest National Laboratory Biology and Coastal Research University of North Carolina at Chapel Hill
P.O. Box 999, P7-50 University of South Carolina Morehead City, North Carolina
902 Battelle Boulevard Columbia, South Carolina Karsten Pedersen
Richland, Washington 99352 Manfred Hofle Department of Cell and Molecular Biology
USA GBF, National Research Center Goteborg University
for Biotechnology Goteborg, Sweden
Editors Braunschweig, Germany
Jim Prosser
William E. Holben
Elizabeth M.H. Wellington Division of Biological Sciences Department of Molecular and
Department of Biological Sciences The University of Montana Cell Biology
University of Warwick Missoula, Montana Institute of Medical Sciences
Coventry CV4 7AL, UK Aberdeen, United Kingdom
Thomas Kieft
Kazuhiro Kogure Neils B. Ramsing
Department of Biology
Ocean Research Institute Department of Microbial Ecology
New Mexico Institute of Mining
University of Tokyo University of Aarhus
and Technology
Minamidai, Nakano Aarhus, Denmark
Socorro, New Mexico
Tokyo 164-8639, Japan Nancy Kinner Kate Scow
Editorial Board KDienpgasrbtumrey ntH alolf Civil Engineering DepWaarttemre nRte soofu rLcaensd , Air, and
Erland Baath University of New Hampshire University of California
University of Lund Durham, New Hampshire Davis, California
Department of Microbial Ecology Ailan Konopka Michael A. Sleigh
Lund, Sweden Department of Biological Sciences Department of Biology
Yoav Bashan Purdue University University of Southampton
Department of Microbiology West Lafayette, Indiana Southampton, United Kingdom
CIB John Lawrence David A. Stahl
La Paz B.C.S., Mexico National Hydrology Research Institute Department of Civil Engineering
Lynne Boddy Saskatoon, Saskatchewan, Canada Northwestern University
School of Pure/Applied Biology Steven Lindow Evanston, Illinois
University of Wales Department of Plant and Microbial Biology Curtis Suttle
College of Cardiff University of California Department of Oceanography
Cardiff, United Kingdom Berkeley, California The University of British Columbia
Thomas L. Bott Derek R. Loviey Vancouver, British Columbia
Stroud Water Research Laboratory Department of Microbiology Canada
Avondale, Pennsylvania University of Massachusetts Gerald W. Tannock
Jan Dolfing Amherst, Massachusetts Department of Microbiology
Alterra Aaron Mills University of Otago
Wageningen, The Netherlands University of Virginia Dunedin, New Zealand
Hugh Ducklow Charlottesville, Virginia Bess Ward
Virginia Institute of Marine Sciences Ralph Mitchell Department of Geosciences
The College of William and Mary Harvard University Princeton University
Gloucester Point, Virginia Cambridge, Massachusetts Princeton, New Jersey
Aims and Scope
Microbial Ecology is an international journal whose aim is the advancement microbially driven biogeochemical processes
and dissemination of information describing the interactions between interactions among microbial populations and communities
microorganisms and the biotic and abiotic components of their environ- microbial processes and interactions in extreme or unusual environ-
ments. Microbial Ecology features articles of original research and brief ments
reviews. The Editor encourages submissions in the following areas: ecological studies pertaining to animal, plant and insect microbiology
microbial processes and interactions associated with environmental
@ ecology of microorganisms in natural and engineered environments pollution
@ advances in molecular-based understanding of microbial interactions advances in technique
and phylogeny
The exclusive copyright for all languages and countries, including the
right for photomechanical and any other reproductions, also in
microform is transferred to the publisher.
The use of registered names, trademarkes, etc. in this publication does
not imply, even in the absence of a specific statement, that such names
are exempt for the relevant protective laws and regulations
and therefore free for general use.
Printed in the United States of America
© 2000 by Springer-Verlag New York Inc.
index to Volume 38
PS, F., See RONOR, CAS C6 GE oo ccissienisc ses cnedsarnadecccnsacdedenacs 296 Fontwieite, Eb, see Gaute 2. G6 Ab os vc iccecevcndvcacescdcendacscacesas 285
Albertano, P., Urzi, C.: Structural Interactions among Epilithic Cyano- Franklin, R.B., Taylor, D.R., Mills, A.L.: The Distribution of Microbial
bacteria and Heterotrophic Microorganisms in Roman Hypogea 244 Communities in Anaerobic and Aerobic Zones of a Shallow
Pirniils, KR, SE@ LGBEz-AP eld, FM. ooo occ cess csinccscccsaccccecsscsieeseess CCN TUNE 3.60 555 cnc. cadscendcnccccavkscunsesesaueenaces ’
PERI Ce, SEM MANION Bay POM osc cc nn asic ccvnvesicdeuencslccdevcads 39 Fvicae, FE See PON, © 2 COA oo soc cecccarccnencaeiasaccnassuan
Roeemeiye bg SGEt MBTNERIICTE GF ey CERN. sees c tiecndeccnsecesccacssviecciescvses Gayte, X., Fontvieille, D., Wilkinson, K.J.: Bacterial Stimulation in
Bercot, T., see Konopka, A., et al Mixed Cultures of Bacteria and Organic Carbon from River and
Bevivino; Ai, see Walmiastrt, C.; G6 a. co. 55 cc ccc scccccccccccscacedecascs Lake Waters
Brimecombe, M.J., De Leij, F.A.A.M., Lynch, J.M.: Effect of Introduced Geesey, G.G., see Van Ommen Kloeke, F. ............0.0ceeeeeeeeeees
Pseudomonas fluorescens Strains on Soil Nematode and Protozoan Gessner; PECK, see Ruelat (A GO SE: cc cciccsscccssassesescccucacsess
Populations in the Rhizosphere of Wheat and Pea ............... 387 Greenblatt, C.L, Davis, A., Clement, B.G., Kitts, C.L, Cox, T., Cano, R,.:
PUNK, CP She Fogel Gb CO An oc. ccc sc ocecncssceetseccctnesaee 93 Diversity of Microorganisms Isolated from Amber
Preteen tees bs, St EM CER OE AN oc a dacce ces cencdicdcssedvedccbacsets 330 Gurung, T.B., Urabe, J.: Temporal and Vertical Difference in Factors
Caldwell, D.E., see Karthikeyan, S., et al. ....0..... ce. ce.ee e.ee.e ee e es 215 Limiting Growth Rate of Heterotrophic Bacteria in Lake Biwa ..
CAMVipet, POR SOO BUS Cibles CE Ale co.cc ecu ecsetecaccsavescsenvccdcasnce 330 ale, (Gi, Slee Bee rents ERY. COE oo 5 oinscc cc ceeassnsnnsscoceceucnsas
Cane, Rj, see Greenblatt, Cho G6 ah... 222.250... ccccssecessecstecews 58 Hansen, G.H., Olafsen, J.A.: Bacterial Interactions in Early Life Stages
Cantale, C., see Dalmastri, C., et al of Marine Cold Water Fish
Charing, t:, see Draimaseht, Cy 66 ale isis 05 ic scnsesosscacccnaseacsesase 273 Hartwig. UA, see Peale 6, G0: ab aioe sc cscacec dene dcveneancacsas
Clement, B.G., see Greenblatt, Cl, etal. 2.00c.cc0 cce.cec.ese.ses es 58 Herrera, J., Kramer, C.L., Reichman, O.].: Microfungal Community
OMG ie SOS ONE, CAG, COMM co critvauicecsecsencccnccanevedensils 296 Changes in Rodent Food Stores over Space and Time
CONINS, CR, Se Foden Gis GbE. coc sicec csecccscecdacesaconcsnsesecs 93 FAROE EE SOG SUC NW aon cascode ces incsswonsnccsvasansvansane
OOS: GC SEG SO Wai Fee CU Ne ocks oon cdc taacavacesheen weanwodsiens 180 jetieeg, VEE, see Netey CA. COA. 6c csc ccciscnceecscss seccuocenonss
CGG P., Sea Greenery Gh GHEE: oo ines cs cc rd cchassincsvecasecceices 58 Jomesy VEE; seer Elise CREP C6 ai oso 2n ce snsectcasnivecvecsnvatcnnccvaens
Dalmastri, C., Chiarini, L., Cantale, C., Bevivino, A., Tabacchioni, S.: Kahn, W.E., Wetzel, R.G.: Effects of Microscale Water Level Fluctua-
Soil Type and Maize Cultivar Affect the Genetic Diversity of Maize tions and Altered Ultraviolet Radiation on Periphytic Micro-
Root—Associated Burkholderia cepacia Populations
Davis Fe, see Greenuidtts Gib. Gt dle so oi. osc wcnecssccccecsiiccecwes 58 Karthikeyan, S., Wolfaardt, G.M., Korber, D.R., Caldwell, D.E.: Func-
De Leij, F.A.A.M., see Brimecombe, MJ., et al. ..........0..0. c.e.e 387 tional and Structural Responses of a Degradative Microbial Com-
Downer, jr. CG) see: Mate CA C6 ae oun. iccccsesccscssassascsass 296 munity to Substrates with Varying Degrees of Complexity in
Edling. Fi: see Stepanauskas, Ro, Gt al... 2... cc secscssscccsenscceness 264 Chemical Structure
Edwards, €. see Mebonaidy Rj €6al si... scceccsccecwesccevesssaes 225 Kelley, C.A., Pakulski, ].D., Sandvik, S.L.H., Coffin, R.B., Downer, Jr.,
Ellis, B.D., Butterfield, P., Jones, W.L., McFeters, G.A., Camper, A.K.: R.C., Aas, P., Lyons, M.M., Jeffrey, W.H.: Phytoplanktonic and Bac-
Effects of Carbon Source, Carbon Concentration, and Chlorina- terial Carbon Pools and Productivities in the Gerlache Strait, Ant-
tion on Growth Related Parameters of Heterotrophic Biofilm Bac- arctica, during Early Austral Spring
Kitts; CE sam Groenbitt, C2 G6 abo... scccciscsnncascsovasensases
Fogel, G.B., Collins, C.R., Li, J., Brunk, C.F.: Prokaryotic Genome Size ACen, VW, Sa RUMI, FCC. dle ecco dacs neweascacecsdensdvagaceas
and SSU rDNA Copy Number: Estimation of Microbial Relative Konopka, A., Bercot, T., Nakatsu, C.: Bacterioplankton Community
Abundance from a Mixed Population Diversity in a Series of Thermally Stratified Lakes
402 Index to Volume 38
Konopka, A.: Theoretical Analysis of the Starvation Response under Pépper, 11. StO ROMANE TPT: i oi ccis ce saceveine lewcvedvenceaeosemeeean 358
Substrate Pulses Piceno, Y.M., Noble, P.A., Lovell, C.R.: Spatial and Temporal Assess-
Keorber, :R., see Rantiikeyan, 3.5 Gta... 5 ..0000¢.sessecesccscseaes ment of Diazotroph Assemblage Composition in Vegetated Salt
Kramer, lo pee Wyenrena ys OCRls ont nese cen onsunrascanessssskessoue Marsh Sediments Using Denaturing Gradient Gel Electrophoresis
Krause, D.O., Smith, W,J.M., Ryan, F.M.E., McSweeney, C.S.: Use of 16S- Analysis
rRNA Based Techniques to Investigate the Ecological Succession of Mi- Pickup; RW. see Memondie, ER.) Stal. o..5... 250s akesbanenacopedeen s
crobial Populations in the Immature Lamb Rumen: Tracking of a Specific Piehler, M.F., Swistak, J.G., Pinckney, J.L., Paerl, H.W.: Stimulation of
Strain of Inoculated Ruminococcus and Interactions with Other Microbial Diesel Fuel Biodegradation by Indigenous Nitrogen Fixing Bacterial
Populations in Vivo Consortia
Kuehn, K.A., Gessner, M.O., Wetzel, R.G., Suberkropp, K.: Decom- Pinckney, [it.; see Preniet: WUE: 160 dle oi. cnces scwssscansoaspmseas seste
position and CO, Evolution from Standing Litter of the Emergent Reichman; ©. See Merrera }.) idle) sic scuis a ceee ac ccmesecceseweene
Macrophyte Erianthus giganteus Ritchie; DiA. see Mebonaid, UR. Ot:dh i i5ss csc scstsccwisdGeiweeunee n
LGAPGI, TSEC SEI VAIGS os CHC oo issa eas discc 'ss on snialsionuinneaseswe n Roane, T.M., Pepper, I.L.: Microbial Responses to Environmentally
PN; NAS MMIII do's coane epee en onsa nore nsnsnees cu casasenanemes Toxic Cadmium
Lemke, M,J., Leff, L.G.: Bacterial Populations in an Anthropogenically Ryan: PRE: See Wranse Os Otel i sssiesec.dtiednavncseeseemeeas
Disturbed Stream: Comparison of Different Seasons Sandvik; Sash, see meuby GAG Ot esos iiisccascncsaccnsactasaeens
ESREKG, Fetes SOR VENCETS NS a EE AL ois s bec csigs'n smn ce cecataenGaeweeivas Saunders, |R osee MeDonald) UR. etl. 2c. 4.0.cSeccnsccesevecneyeuewe
LA, Fis BAUM Sa ROG IAL a a eeascainnicw ou a.ns Galeo niaw aioe evalua sas Schmidt, TM. see’ Velicer, Gi), ete all siccsicsccaescnatuslsisisecnesousees
Liski, ]., see Pennanen, T., et al Servais, P., Courties, C., Lebaron, P., Troussellier, M.: Coupling Bac-
Lopez-Archilla, A.I., Amils, R.: A Comparative Ecological Study of Two terial Activity Measurements with Cell Sorting by Flow Cytometry
Acidic Rivers in Southwestern Spain . Smith; Wi)M., see Krause: DO), 60 al... dx soncccccicnsssvencassmaden
ENS KTR, SER FI CRIOs Maa OE ME rcicicrisin's s\tatsss.ce sisccnamonrernciaelediees Stepanauskas, R., Edling, H., Tranvik, L.J.: Differential Dissolved Or-
Lynch, 1, see Brimecombes 011),, Ct al... oso. icc cs cnssesacessseseees ganic Nitrogen Availability and Bacterial Aminopeptidase Activity
Lyris, PUPS See ey Ce he ics ces cee dnlcasneisaawcieivoeee enn ie in Limnic and Marine Waters
Marilley, L., Hartwig, U.A., Aragno, M.: Influence of an Elevated At- Suberkropp; K., see’ Kuehn, (A, Gt ale. <...:.05s0cccvncntevesoencnenas
mospheric CO, Content on Soil and Rhizosphere Bacterial Com- Sundin, G.W., Jacobs, J.L.: Ultraviolet Radiation (UVR) Sensitivity
munities Beneath Lolium perenne and Trifolium repens under Field Analysis and UVR Survival Strategies of a Bacterial Community
Conditions from the Phyllosphere of Field-Grown Peanut (Arachis hypogeae L.)
PRAPAIN, Wie BO NA, ee ENN ca cine cs vos yosaxceoescuncsaeeashoceveaes Swistak, NG. see Finer HUF. CO al, cc ssc. pesicvsraneveuni coseeteuees
McDonald, |.R., Upton, M., Hall, G., Pickup, R.W., Edwards, C., Saunders, J.R., Tabacchioni, S., see Dalmastri, C., et al
Ritchie, D.A., Murrell, J.C.: Molecular Ecological Analysis of Methanogens Taylor, D.R., see Franklin, R.B., et al
and Methanotrophs in Blanket Bog Peat Tranvik, L.J., see Stepanauskas, R., et al
Pcreters, GA; SOC INS a OOM, coi nindecss ca scacetagenwiscnneqers Troussellier, 'M:,: See Servais, P., Gteal.: 5. s.ccsissasacssecsenesacenseoaes
McSweeney, CS. see Krause, DOS C0 aly. sissies es ccsasscvesecciewnes Jotila, IL See PERnaNEN 1 COB 5co5 cu. eva dasscadton tee sevannereueegs
PAINS) FAL SOR TANNIN Mea IOUIAL: 0i55 5sccsp ish cendsbwsdesesasesecests Upton, M., see Meena (Rs Ctl... ic2505.03<ieseeesvacenenecsbeseas
PRON, WV Vg SEE NOs eM scarps sumnaneAmsonsmonsandseaccacummenta Trae SEGUEa s Heer a'sa orsissiawin ss belicdins/aciriegeaganendeaenceantn
PRON, WNNY 5 SOG TN tes ia ias aw ansicis val ance daveveaeaeuaseasiece Urzi, G., See -AIDertanOy Ps 0532's vse aiowadennincsaatraecmaa meeeeeae s
Morita, R.Y.: Is H, the Universal Energy Source for Long-Term Sur- Van Ommen Kloeke, F., Geesey, G.G.: Localization and Identification
vival? of Populations of Phosphatase-Active Bacterial Cells Associated
Murrell, 'C., see MeDonald tReretiall...ci5i<s0scccsienseansescteeosa s with Activated Sludge Flocs
Muttray, A.F., Mohn, W.W.: Quantitation of the Population Size and Velicer, G.J., Schmidt, T.M., Lenski, R.E.: Application of Traditional and
Metabolic Activity of a Resin Acid Degrading Bacterium in Acti- Phylogenetically Based Comparative Methods to Test for a Trade-
vated Sludge Using Slot-Blot Hybridization to Measure the rRNA: off in Bacterial Growth Rate at Low versus High Substrate Con-
rDNA Ratio centration
Nakatsu, C., see Yu, Z., et al VWestinan; Cj. see’ Pennanen, 1. 0'dl.. ..c..cccasiscasecstwareoeauawes
Noble, P.A., see Piceno, Y.M., et al. Weerzel RG: SeeRuehiniy RAG GOAL: <i.. viscvsicdvssssaneetteneeveostaadl 50
Olafsen, J.A., see Hansen, G.H. Wetzel RIGS SECIRGRG VV Bis ov sdctescccicciessssucecentlacewsmeasmeeuee 253
Paerl, H.W., see Piehler, M.F., et al. Wilkinson, Kc), S@e/Gsayie, 6 CU Gb ois.o.c3 ssc eases ccncteseasesueamene 285
Pawulsid; 1:.,:SE6 Ree GA Vea: 3 oc ssicssecsepeibsaadssescsesees Wolfaardt, G.M., see Karthikeyan, S., et al. .......c.e.ce. c.es.s e.ee ee 215
Pennanen, T., Liski, J., Baath, E., Kitunen, V., Uotila, J.. Westman, C., Yu, Z., Martin, V,J.J., Mohn, W.W.: Occurrence of Two Resin Acid-
Fritze, H.: Structure of the Microbial Communities in Coniferous Degrading Bacteria and a Gene Encoding Resin Acid Biodegrada-
Forest Soils in Relation to Site Fertility and Stand Development tion in Pulp and Paper Mill Effluent Biotreatment Systems Assayed