System | Response variables | Predicted variables | References |
---|---|---|---|
Five lakes, Sweden | Bacterial abundance (DGGE band number) | Nutrient content of the lakes, biomasses of microzooplankton, cryptophytes and chrysophytes | Lindström (2000) |
Five mesotrophic lakes, Sweden | Bacterial abundance (DGGE band number) | T, diatom biomass, and cryptophyte biomass | Lindström (2001) |
Lake Toolik, Alaska | Bacterial abundance (16S rRNA gene sequences of bacteria) | DOC (released by phytoplankton) | Crump et al. (2003) |
Thirteen lakes in Wisconsin, USA | Bacterial abundance (ARISA fragment richness) | DOC, Chl a and WT | Yannarell and Triplett (2004) |
Six north temperate humic lakes in Wisconsin, USA | Bacterial abundance (ARISA fragment richness) | Meteorological, environmental and biological data set | Kent et al. (2007) |
Thirty-five rock pools at the Baltic Sea coast, Sweden | Bacterial abundance (T-RFLP data) | Spatial variables, salinity, Chl a, and water color | Langenheder and Ragnarsson (2007) |
Lake Taihu, China | Bacterial abundance (16S rRNA gene sequences of the bacteria) | Biomass of phytoplankton and WT | Niu et al. (2011) |
Lake Taihu, China | Bacteria diversity (Shannon) and species richness (DGGE band number) | The similarities of Microcystis-associated, settling particle-associated and free-living bacteria | Shi et al. (2012) |
Lake Erie, USA | Bacterial abundance (OTU richness) | Chl a, pH, temperature | Berry et al. (2017) |
Two north temperate humic lakes in Vilas County, Wisconsin | Bacterial diversity (Bray–Curtis similarities) | Light, temperature, and phytoplankton | Paver and Kent (2017) |