期刊名称：AQUATIC MICROBIAL ECOLOGY
 期刊简介(About the journal)
投稿须知(Instructions to Authors)
编辑部信息(Editorial Board)
About the journal
|
AME serves as a worldwide forum for scientific communications on all aspects of aquatic microbial dynamics. In particular, the journal covers research on viruses, prokaryotes and eukaryotes - both planktonic and benthic, autotrophic and heterotrophic - in marine, limnetic and brackish habitats. AME strives for
- complete coverage of the ecology of microorganisms in aquatic environments
- the highest possible quality of scientific contributions
- quick publication (3 months from acceptance to publication)
- an excellent technical standard of presentation
AME is international and interdisciplinary. It presents rigorously refereed and carefully selected Research articles, Reviews and Notes, as well as Comments/Reply Comments (for details see AME 27:209), concerned with:
- Tolerances and responses of microorganisms to variations in abiotic and biotic components of their environment; microbial life under extreme environmental conditions (climate, temperature, pressure, osmolarity, redox, etc.).
- Role of aquatic microorganisms in the production, transformation and decomposition of organic matter; flow patterns of energy and matter as these pass through microorganisms; population dynamics; trophic interrelationships; modelling, both theoretical and via computer simulation, of individual microorganisms and microbial populations; biodiversity.
- Absorption and transformation of inorganic material; synthesis and transformation of organic material (autotrophic and heterotrophic); non-genetic and genetic adaptation; behaviour; molecular microbial ecology; symbioses
|
|
Instructions to Authors
Submitted manuscripts must (1) not be submitted simultaneously to any other publication outlet; (2) be original, i.e. not published before; (3) have been approved by all immediately involved, e.g. authors, institutional authorities. If a manuscript has previously been submitted to any other publication outlet, the former reviews and author's replies should be enclosed.
We publish: Research Articles (preferably not more than 12 printed pages); Reviews, state-of-the-art evaluations of defined research areas (up to 25 pages); Notes, brief reports of important new information deserving priority publication (up to 4 printed pages); Comments, critical, fair assessments of published works and Reply Comments, replies to comments (normally 2 to 3 printed pages); Theme Sections, integrated multiauthor analyses and syntheses initiated and coordinated by acknowledged experts. They highlight cutting-edge research areas or problems (as brief as possible); As I See It, important personal views on hot topics (brief and fair).
MANUSCRIPT SUBMISSIONAddress new manuscripts (5 copies) to the most appropriate Editor. Authors should contact that Editor if electronic submission is desired.
PROCESSINGManuscripts are critically evaluated by at least 3 reviewers. The Editor decides on acceptance or rejection. Acceptable manuscripts are usually returned to the author for consideration of comments and criticism.
On acceptance, titles of manuscripts are added to 'Forthcoming publications' on the Inter-Research Web site. The first, or corresponding, author receives a paper or electronic proof. Printing errors must be carefully corrected. At this stage, stylistic changes are not acceptable without compensatory payment. Tables of contents for each issue appear on the Web shortly before publication. Abstracts and .pdf versions of full articles are added on the day of publication.
For each article published in AME a free copy of the journal will be mailed to the first, or corresponding, author. Orders for offprints must be made when returning the proof (use the form provided).
PREPARATIONPlease submit revised manuscripts (mss) on 3.5" diskette, Zip disk or CD (formatted as Mac/PC hybrid) along with 1 printed copy; file and paper versions must be identical. To facilitate and accelerate the production process, please make sure that it conforms to the Inter-Research style. For the appropriate format please refer to recent issues of AME. Poor mss incur considerable costs and delays; this applies particularly to figures and tables. If a ms requires excessive changes, we may have to return it, or charge you for the extra work involved in copy editing, typesetting and proofreading. To avoid this, please bring your ms in line with the following guidelines:
Cover pageTitle: Please avoid the use of 'A', 'An', 'The', 'On', etc. at the beginning, eliminate unnecessary modifiers, and make the title as logical, specific and concise as possible. The title should preferably have up to 100 characters (ca. 15 words, 2 lines in print), and 150 characters at most. Compare
'A novel method for the production of monoclonal antibodies (MAbs) specific to an envelope protein (28kDa) of white spot syndrome virus (WSSV) of shrimp and detection of WSSV by MAb-based antigen-capture enzyme-linked immunosorbent assay'
(236 characters, 37 words)
vs.
'Detection of white spot syndrome virus (WSSV) of shrimp by means of monoclonal antibodies (MAbs) specific to an envelope protein (28 kDa)'
(137 characters, 22 words).
Provide a running head with 3 to 6 words; e.g. 'Detection of shrimp WSSV'.
Authors and addresses: If a ms has several authors from different institutions,
- use superscript numerals for identification;
- provide a full valid street address or PO Box for each institution;
- use * to refer to footnotes that identify the corresponding author and provide her/his e-mail.
Abstract: Limit the abstract to concise and information on your work and its principal results. The abstract (max. 200-250 words) should summarise the 'Introduction', 'Materials and methods', 'Results', and 'Discussion' with 1 to 3 sentences each. It should not contain literature cites, reams of data, or meaningless clauses such as 'the results are discussed'.
Key Words: Supply 3 to 8 key words, listed in order of importance; these may be composites (e.g. 'environmental assessment', 'population dynamics'), but they should not be phrases or sentences.
TextPlease use approximately 12 point font (e.g. 'Times') and double spacing. Do your very best to use correct English grammar, spelling and punctuation; if you are not a native speaker, you should have the text edited by someone who is, before sending the ms to IR. You may also wish to consult a 'How to' book such as Day (1998) How to write and publish a scientific paper. (Oryx, Phoenix, AZ).
Headings: Our main headings are in capital letters. Subheadings are bold type lower case, usually centered. Further subheadings can be used and you need not worry about details as long as their order is clear; they should be kept short and in the same style as described under 'Title'. We do not accept solitary subheadings, i.e. any section must contain at least 2 subheadings, or none at all.
Verbosity: Please eliminate verbiage; examples (verbiage underlined) with improved versions:
- 'Numerous studies in recent years, such as those by Miller (1995) and Smith (1998), have shown that low salinities enhance oyster recruitment'.
- 'Low salinities enhance oyster recruitment (Miller 1995, Smith 1998)'.
- 'This speed was chosen, because past studies have shown this to be slightly greater than the maximum sustained swimming speed',
- This speed is slightly greater than the maximum sustained swimming speed'.
- 'Foraging was mainly concentrated in water with the characteristics of deep, oceanic water',
- 'Foraging concentrated on deep, oceanic water'.
- 'Nevertheless, it seems likely that fur seal lactation success could be influenced by ...'
- 'Fur seal lactation success may depend on ...'.
Species names must be in italics, the genus is written in full at the first mention in each paragraph and abbreviated whenever mentioned again in the same paragraph. When referring to a species, do not use the genus name alone, unless you have previously defined it that way; be precise when using 'sp.' (singular) and 'spp.' (plural).
Abbreviations: Define unusual abbreviations and acronyms in the 'Abstract' (if used there) and at first mention in the main text, and thereafter use only the abbreviation / acronym.
Lists of items in the text should be run-on with numerals in parentheses; e.g. 'This study on mussels was conducted to: (1) assess their distributional range, (2) determine their population density, (3) collect specimens for culinary experiments'.
Literature cites in text: In cites with 2 authors, use '&' (e.g. 'Fesefeldt & Pritchard 2002'); in cites with >2 authors use 'et al.' but not in italics. Note there is no comma between authors and dates. When listing several cites in a row, these should be ordered by year (the earliest first), and if there are several with the same date, then these should go in alphabetical order. Cites are separated by a comma, not a semicolon.
Websites can be given in text (or as footnotes if referred to more than once), and they must be accessible when the article is published. A website alone is not sufficient for a full entry in the 'Literature cited', but a website may be added to a paper cited there.
Equations and units: Use standard SI units. Relations or concentrations (e.g. mg per l) must be given as 'mg l-1' (not mg/l); this applies to text, tables and graphs (e.g. axis labels). Variables are usually italicised (except for Greek letters). Italicisation should be consistent in text, figures and equations, and kept the same whether the symbols are in normal, superscript or subscripted text. Leave one blank space on either side of '=', '>', ?etc. where these denote equalities or inequalities.
Example: 'p < 0.05, r2 = 0.879' (not 'p<0.05, r2=0.879')
but: 'we studied organisms of size <0.5 µm'
Acknowledgements: Do not give first names in full, only initials (with period and space), e.g. 'We thank M. A. Smith and R. F. G. Miller' (and not '...Marsha Adelheide Smith and Raymond Fierabras Galahad Miller'). Authors of the current ms should be given as initials only, e.g. 'We acknowledge a grant to M.A.S. from ...'.
Figures and tablesFigures and tables should be self-explanatory and should supplement (not duplicate) the text; they must be referred to in correct numerical order in the text. Please prepare them very carefully; poor figures in particular are a principal source of delay and additional work in the production process. High quality laser printouts, photographic prints (i.e. created by a camera), and electronic files in standard formats are acceptable.
Legends: Table legends should be given above each table; figure legends should be supplied as a list, and not placed with the individual figures. Captions should be brief and precise; they should not contain text in bold or italic, except for species names. If a figure or table provides data on biological species, its legend should begin with the full Latin name of that species. Example:
- 'Fig. 3. Crassostrea gigas and Mytilus edulis. Larval growth rates (mm d-1; mean ?SD) at (a) 20°C and (b) 25°C'
Figures: Please see Guidelines to Authors on Figure Preparation.
Tables: Keep tables as simple and short as possible. Make sure the layout is clear; complex tables may be misunderstood. Preferably, write the rows as normal text lines and use tabs to indicate the columns (rather than using the 'Table' (cells) option in a word-processing program). For footnotes within tables, use superscripted lower case letters; asterisks can be used to indicate statistical significance. Tables that are too long to be printed in the journal and/or are not absolutely necessary can be published on our Website as an electronic supplement.
Literature citedPlease pay attention to the IR format (e.g. no periods or spaces with authors' initials, nor periods within journal names; examples below). Lists of references in a different format create considerable work for copy editors and typesetters. All quoted literature must be listed, and all listed literature must be quoted. If you are in doubt with regard to abbreviations or how much information the cite should contain, then provide all of it and let us shorten it.
Periodicals:Use the standard abbreviations according to 'BIOSIS Serial Sources'. You may download a list of journal abbreviations from http://www.int-res.com/journals/misc/journallist.txt or use the bibliographic database software 'EndNote' to import the list and obtain styles for IR journals at http://www.endnote.com/support/enstyles.asp. Example:
- Nielson OI, Kristensen E, Holmer M (2003) Impact of Arenicola marina (Polychaeta) on sediment sulfur dynamics. Aquat Microb Ecol 33:95-105
Books: Please write the title of the book in lower case, and give the publisher and place of publication. In the case of book series, give the series editor as well. Examples:
- Zar JH (1999) Biostatistical analysis, 4th edn Prentice Hall, Upper Saddle River, NJ
- Lawton JH (2000) Community ecology in a changing world. In: Kinne O (ed) Excellence in ecology, Book 11. International Ecology Institute, Oldendorf/Luhe
Papers from books, conference reports, symposium proceedings, etc.: Please give the title of the cited chapter, the editor(s) and title of the volume, the publisher and place of the publisher (not the location where the conference was held), and the pages of the chapter. The date of the cite must be the year of publication (not the year in which the conference was held). Example:
- Levin LA, Tolley D (2000) Influences of vegetation and abiotic enviromental factors on salt marsh invertebrates. In: Weinstein MP, Kreeger DA (eds) Concepts and controversies in tidal marsh ecology. Kluwer Acedemic Publishers, Dordrecht, p 661-707
- West TL, Amrose WG (1992) Abiotic and biotic effects on population dynamics of oligohaline benthic invertebrates. In: Colombo G, Ferrari I, Ceccherelli VU, Rossi R (eds) Marine eutrophication and population dynamics. Proc 25th Eur Mar Biol Symp. Olsen & Olsen, Fredensburg.
Certain conference proceedings/symposiums may be cited as a journal.
- Bambach RK, Knoll AH, Sepkoski JJ Jr (2002) Anatomical and ecological constraints on Phanerozoic animal diversity in the marine realm. Proc Natl Acad Sci USA 99:6854-6859
Dissertations: Please write the title in lower case, 'MS / PhD thesis / dissertation' (no spaces or periods in 'MS' or 'PhD'), and give the university and its location. Example:
- Eve TM (2001) Chemistry and chemical ecology of Indo-Pacific gorgonians. PhD dissertation, University of California, San Diego, CA
Editorial Board
EditorsFereidoun Rassoulzadegan
(Managing Editor)
Laboratoire d'Oceanographie de Villefranche,
Station Zoologique, B.P. 28,
06230 Villefranche-sur-Mer, France
Tel: (+33) 4.93.76.38.21
Fax: (+33) 4.93.76.38.34
E-mail: rassoul@obs-vlfr.fr
General marine microbial ecology
John Dolan
(Deputy Managing Editor)
Laboratoire d'Oceanographie de Villefranche,
Station Zoologique, B.P. 28,
06230 Villefranche-sur-Mer, France
Tel: (+33) 4.93.76.38.22
Fax: (+33) 4.93.76.38.34
E-mail: dolan@obs-vlfr.fr
Trophic relationships; microbial-metazoan interactions
David Caron
(Deputy Managing Editor)
Department of Biological Sciences,
University of Southern California,
3616 Trousdale Parkway, AHF 301
Los Angeles, CA 90089-0371, USA
Tel: (+1) 213 740 0203
Fax: (+1) 213 740 6720
E-mail: dcaron@wrigley.usc.edu
Ecology of protistans; harmful algal blooms; molecular approaches for the study of free-living microorganisms
Gunnar Bratbak
Dept of Microbiology,
University of Bergen,
Jahnebakken 5,
N-5020 Bergen, Norway
Tel: (+47) 55 58 26 58
Fax: (+47) 55 58 96 71
E-mail: gunnar.bratbak@im.uib.no
Viral ecology
Kevin R. Carman
Dept of Biological Sciences,
Louisiana State University,
Baton Rouge, LA 70803-1725, USA
Tel: (+1) 225 578 1761
Fax: (+1) 225 578 2597
E-mail: zocarm@isu.edu
Benthic ecology
Jed Fuhrman
Marine Biology Res. Section,
Dept of Biological Sciences,
University of Southern California,
Los Angeles, California 90089-0371, USA
Tel: (+1) 213 740 5757
Fax: (+1) 213 740 8123
E-mail: fuhrman@usc.edu
Molecular ecology; biodiversity
Edna Granéli
Marine Sciences Department,
University of Kalmar,
391 82 Kalmar
Sweden
Tel: +46 480 447307
Fax: +46 480 447305
E-mail: edna.graneli@hik.se
Harmful algal blooms, nuisance species
Dittmar Hahn
Dept of Biological Science,
Rutgers University,
101 Warren Street,
Smith Hall 135,
Newark, New Jersey 07102-1811, USA
Tel: +1 973 353 5235
Fax: +1 973 353 5518
E-mail: dhahn@andromeda.rutgers.edu
Molecular microbial ecology
Paul J. Harrison
AMCE,
Hong Kong University of Science & Technology,
Clear Water Bay, Kowloon, Hong Kong
Tel: + 852 2358 7348
Fax: + 852 2335 9317
E-mail: harrison@ust.hk
Phytoplankton ecology
Gerhard J Herndl
Royal Netherlands Institute for Sea Research,
PO Box 59
1790 AB Den Burg, Texel
The Netherlands
Tel: + 31 222 369 507
Fax: + 31 222 319 674
E-mail: herndl@nioz.nl
Microbes in extreme environments
David M. Karl
School of Ocean and Earth Science and Technology,
Dept of Oceanography,
University of Hawaii,
Honolulu, Hawaii 96822, USA
Tel: (+1) 808 956 8964
Fax: (+1) 808 956 5059
E-mail: dkarl@soest.hawaii.edu
Bacterial physiology, climate change
William K. W. Li
Biological Oceanography Section,
Bedford Institute of Oceanography,
Department of Fisheries and Oceans,
PO Box 1006,
Dartmouth, Nova Scotia, Canada B2Y 4A2
Tel: (+1) 902 426 6349
Fax: (+1) 902 426 9388
E-mail: LiB@mar.dfo-mpo.gc.ca
Microbial phytoplankton ecology
Robert Sanders
Department of Biology,
Temple University,
Philadelphia, Pennsylvania 19122, USA
Tel: (+1) 215 204 2056
Fax: (+1) 215 204 6646
E-mail: robert.sanders@temple.edu
Trophic interactions; mixotrophy
Karel Simek
Hydrobiological Institute,
Czech Academy of Sciences,
37005 Cesk?
Budejovice, Czech Republic
Tel: (+420) 38 777 5873
Fax: (+420) 38 530 0248
E-mail: ksimek@hbu.cas.cz
Bacteria-protozoa interactions, microbial dynamics in freshwaters
Curtis Suttle
Department of Earth and Ocean Sciences (Oceanography)
University of British Columbia
6270 University Blvd.
Vancouver, BC, Canada V6T 1Z4
Tel: (+1) 604 822 8610
Fax: (+1) 604 822 6091
E-mail:csuttle@eos.ubc.ca
Phytophages (virus-phytoplankton interactions)
Frede Thingstad
Dept of Microbiology,
University of Bergen,
Jahnebakken 5,
N-5020 Bergen, Norway
Tel: (+47) 55 58 26 83
Fax: (+47) 55 58 96 71
E-mail: frede.thingstad@im.uib.no
Modelling; nutrient cycles
Bess B. Ward
Princeton University,
Department of Geosciences,
Guyot Hall,
Princeton, New Jersey 08544-1003, USA
Tel: (+1) 609 258 5150
Fax: (+1) 609 258 1274
E-mail: bbw@geo.princeton.edu
Nitrogen cycle: nitrification, denitrification, dissolved organic nitrogen
Review Editors
Ammerman JW
New Brunswick, NJ, USA
Molecular microbiology of P cycling (regulation of expression of enzymes in marine bacteria)
Anderson OR
Palisades, NY, USA
Physiological ecology and cell biology of protists
Arndt H
Köln, Germany
Heterotrophic protists; microbial food webs
Berman T
Tiberias, Israel
Phytoplankton ecology; limnology; microbial food web; nutrient cycling
Berninger UG
Bremerhaven, Germany
Free-living benthic protozoans (marine and limnetic)
Bianchi M
Marseilles, France
Nitrification; nanoplankton, bacteria, particles
Bjørnsen PK
Roskilde, Denmark
Bacterioplankton biomass and production; carbon flow in pelagic ecosystems
Boetius A
Bremen, Germany
Deep-sea microbial ecology
Burkill PH
Southampton, United Kingdom
Flow cytometry; microzooplankton; phytoplankton
Campbell L
College Station, TX, USA
Autotrophic picoplankton production
Canfield DE
Odense, Denmark
Biogeochemistry; carbon mineralisation; stable isotope geochemistry
Caumette P
Pau, France
Sulphur cycle; bacteria; trophic relations
Christaki U
Attiki, Greece
Copepods, bacterial production, ciliates; trophic interactions
Chróst RJ
Warsaw, Poland
Microbial enzymes; bacterial production; decomposition of organic matter; microbial DOC utilization
Coats DW
Edgewater, MD, USA
Protistology, especially ciliates and dinoflagellates; parasitism
Cohen Y
Jerusalem, Israel
Microbial mats; biofilm; benthic cyanobacteria: ecology, physiology, molecular biology; sulfate reducing bacteria
Colwell RR
Arlington, VA, USA
Microbiology; molecular biology
Deming J
Seattle, WA, USA
Deep sea and arctic microbiology; hydrothermal vents
Ducklow H
Gloucester Point, VA, USA
Bacterioplankton dynamics; food web modeling; global carbon cycle
Estrada M
Barcelona, Spain
Marine phytoplankton; marine primary production
Fenchel T
Helsingør, Denmark
Microbial population ecology; anaerobic and microanaerobic habitats; microbial symbiosis
Güde H
Langenargen, Germany
Bacteria-zooplankton interactions; nutrient dynamics
Hagström ?/B>
Kalmar, Sweden
Microbial food webs; marine microbiology
Hobbie JE
Woods Hole, MA, USA
Microbial carbon cycling (limnetic and marine)
Hodson RE
Athens, GA, USA
Marine microbial ecology, molecular methods
Höfle MG
Braunschweig, Germany
Molecular biology and taxonomy of freshwater bacteria; release of genetically engineered microorganisms
Hollibaugh JT
Athens, GA, USA
Bacterial physiology
Hoppe HG
Kiel, Germany
Microbiology, including methods; microbial planktology, microbial enzymatic dynamics
Jørgensen NOG
Frederiksberg, Denmark
Occurrence and microbial cycling of dissolved nitrogen; amino acid enantiometers; bacterial degradation; cyanobacterial toxin
Joye S
Athens, GA, USA
Sediments - biogeochemistry and elemental cycling
Jürgens K
Plön, Germany
Impact of metazooplankton on microbial food webs; grazing
King D M
Walpole, ME, USA
Sediment biogeochemistry
Kirchman D
Lewes, DE, USA
Inorganic N uptake; degradation of macromolecules
Kristensen E
Odense, Denmark
Biogeochemistry in marine sediments; bioturbation; decomposition
Lancelot C
Brussels, Belgium
Phytoplankton primary production; modeling; food web structure
Laval-Peuto M
Nice, France
Endosymbiosis; ultrastructure; cell cycle of protists
Lee JJ
New York, NY, USA
Endosymbiosis; microbial food webs (protozoans and diatoms); littoral benthic diatoms; isolation of littoral benthic microbes and meiofauna; tracer feeding experiments
Legendre L
Villefranche-sur-Mer, France
Biological oceanography; primary production (phytoplankton and ice algae)
Lochte K
Kiel, Germany
Deep-sea microbiology, marine microbial ecology
Lomstein BA
Aarhus, Denmark
Nitrogen turnover in marine and limnetic sediments; dissolved organic nitrogen and carbon
Lynn DH
Guelph, ON, Canada
Ciliate taxonomy, phylogeny, ecology and behavior; microbial loop
Maestrini SY
L'Houmeau, France
Bioassays; toxic phytoplankton; eutrophication
Manganelli M
Monteporzio, Italy
Bacterial processing of organic matter
Mayer LM
Walpole, ME, USA
Sedimentary diagenesis; bioavailability; carbon cycle; trace metals
Meyers SP
Baton Rouge, LA, USA
Physiological ecology of microorganisms; aquaculture; fungi, yeast, nematodes
Müller H
Konstanz, Germany
Limnetic protozoans; seasonal succession; grazing; selective feeding
Nagata T
Otsu Shiga, Japan
Bacteria and heterotrophic flagellates; cycling of organic matter
Nedwell DB
Colchester, United Kingdom
Microbial processes in marine and estuarine sediments
Neuer S
Tempe, AZ, USA
Pico-/nanoplankton, phagotrophic protists, dinoflagellates, ciliates, particle flux
Newell SY
Sapelo Island, GA, USA
Fungi, bacteria, decomposition; oomycotes, taxonomy, chemistry, macrophytes
Nival P
Villefranche-sur-Mer, France
Food web dynamics; modeling of trophic relations; population dynamics
Olson RJ
Woods Hole, MA, USA
Marine nitrogen cycle; applications of flow cytometry to phytoplankton analysis; picoplankton ecology
Partensky F
Roscoff, France
Molecular ecology, picoplankton
Pedrós-Ali?C
Barcelona, Spain
Ecology and physiology of phototrophic bacteria; trophic relations in marine, freshwater and hypersaline environments
Pernthaler J
Bremen, Germany
Bacterioplankton diversity; population dynamics; fluorescence in situ hybridization; bacterioplankton-protist interactions
Psenner R
Innsbruck, Austria
Limnetic biogeochemistry of acidification; eutrophication; UV-B effects on aquatic organisms; cycling of phosphorus and organic matter
Riemann B
Roskilde, Denmark
Trophic relations; bacteria; phytoplankton; mixotrophic flagellates
Rivkin RB
St. John's, NF, Canada
Marine phytoplankton and microorganisms; polar planktonic processes; food web dynamics
Rothhaupt KO
Konstanz, Germany
Trophic dynamics; mixotrophy; nutrient dynamics
Sellner K
Edgewater, MD, USA
Algal ecology including primary production in phytoplankton, microphytobenthos and macroalgae
Sherr B & E
Corvallis, OR, USA
Microbial food webs; trophic roles of phagotrophic protozoans
Sim?Ngando T
Aubiere, France
Heterotrophic microbial interactions from viruses to protozoa; marine and inland plankton; ice microbiota
Simon M
Oldenburg, Germany
Marine and limnetic bacterioplankton; viruses; nutrient dynamics
Smith DC
Narragansett, RI, USA
Microbial ecology; biogeochemical processes
Steward G
Honolulu, HI, USA
Marine bacteria and viruses, molecular approaches to microbial ecology, microbes in biogeochemical cycling
Straskrabov?V
Cesk?Budejovice, Czech Republic
Bacterioplankton activity and interactions
Takahashi M
Tokyo, Japan
Phytoplankton population dynamics in aquatic environments
Taniguchi A
Sendai, Japan
Pico- and nanoplankton biomass; oligotrich and tintinnid ecology
Tebo BM
La Jolla, CA, USA
Microbial biogeochemistry of metals
Turley C
Plymouth, United Kingdom
Formation and decomposition of particulate material by marine microorganisms: biogeochemical significance
Turner JT
North Dartmouth, MA, USA
Microbial plankton ecology; biogeography; feeding interactions
Vaulot D
Roscoff, France
Prochlorococcus, Synechococcus, picoeucaryotes; flow cytometry of natural populations; DNA staining
Verity PG
Savannah, GA, USA
Phytoplankton physiological ecology; zooplankton feeding; gelatinous zooplankton
Vetriani C
New Brunswick, NJ, USA
Deep-sea microbiology, extremophiles, molecular ecology, adaptations to extreme environments
Voytek M
Reston, VA, USA
Microbial and molecular ecology; nitrogen cycling; nitrification; denitrification
Waterbury J
Woods Hole, MA, USA
Ecology and diversity of marine cyanobacteria; marine viruses
Wood AM
Eugene, OR, USA
Community ecology; phytoplankton evolution and deep chlorophyll maximum; picoplankton
Zepp K
Kastanienbaum, Switzerland
Molecular microbial ecology
|
