Biofouling · 1998 · 52 citations · 28 references
Life SciencesEcologyMicrobiologyBacteriologyFreshwater EcologyMicrobial EcologyAquatic Microbial EcologyBacterial BiofilmsBacterial EcologyBiofilm FormationFreshwater MicrobiologyMicrobial BiofilmsBiofilm DevelopmentBiofilm Development DynamicsBiofilm DynamicsBiofilm-substrate InteractionsFreshwater BiofilmsPrimary ConsumersRoughnessSilicon Carbide
This study assessed the effects of substratum roughness, using two grades of silicon carbide sandpaper coupons, and river flow rate on the colonisation dynamics of.bacteria, heterotrophic flagellates and algae over a 16 week incubation period in the River Conder, UK. In the short-term i.e. up to 2 weeks, a combination of substratum roughness and high river flow significantly increased bacterial biomass on the coupons, but did not affect any of the numbers cm(-2) of other organisms. In the long-term i.e. up to 16 weeks, neither parameter appeared to affect the development and maintenance of the mature biofilms. Evidence of a diverse protozoan community within the biofilms was recorded, thereby highlighting the need to consider the effect of these primary consumers on biofilm dynamics in future studies.
28
Biometry. The Principles and Practice of Statistics in Biological Research
Stephen E. Fienberg, Robert R. Sokal, F. James Rohlf et al. · Biometrics · 1970 · 9.5K citations
Heterotrophic Bacteria and Bacterivorous Protozoa in Oceanic Macroaggregates
David A. Caron, Paul G. Davis, Laurence P. Madin et al. · Science · 1982 · 246 citations