Quantitation of microbial growth on surfaces

References

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GROWTH AND METABOLISM OF PERIPHYTIC BACTERIA: METHODOLOGY Thomas L. Bott, Thomas D. Brock Limnology and Oceanography Anaerobic CulturingEngineeringBioenergeticsEnvironmental EngineeringGrowth Rate	1970	69
Bacterial growth rates and temperature optima in a stream with a fluctuating thermal regime1 Thomas L. Bott Limnology and Oceanography EngineeringNatural StreamBacterial Growth RatesWater TemperatureLimnology	1975	63
The Planktonic Microflora of Lakes Douglas E. Caldwell, Jürgen Overbeck CRC Critical Reviews in Microbiology Planktonic MicrofloraOceanographyAquatic OrganismWater EcologyLimnology	1977	50
GROWTH RATES OF ALGAE DETERMINED <i>IN SITU</i> USING AN IMMERSED MICROSCOPE<sup>1</sup> James T. Staley Journal of Phycology Natural Aquatic HabitatsEngineeringAlgal BiomassAlgal CultivationMicroscopy	1971	44
Electron microscopic study of succession in the periphyton community of lake Washington T. L. Jordan, James T. Staley Microbial Ecology BiogeochemistryElectron Microscopic StudyEngineeringBenthic-pelagic CouplingLake Washington	1975	43
Oxygen utilization by slime organisms in continuous culture. Sanders Wm PubMed Oxygen UtilizationAnaerobic CulturingBioenergeticsSlime MouldMicrobial Physiology	1966	39
An ecological study of the sulfur-oxidizing bacteria from the littoral zone of a michigan lake and a sulfur spring in Florida Douglas E. Caldwell, Sarah Caldwell, James M. Tiedje Plant and Soil EngineeringEnvironmental EngineeringExtremophileSulfur SpringWater Biology	1975	26
Growth Rate of <i>Sphaerotilus</i> in a Thermally Polluted Environment Thomas L. Bott, Thomas D. Brock Applied Microbiology	1970	25
[New methods for the observation and isolation of unusual or little known water bacteria]. Peter Hirsch PubMed HydrobiologyRare Water BacteriaMicrobial ContaminationDirect ObservationMicrobial Ecology	1972	15

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