Freshwater bacterioplankton assemblages are composed of sympatric populations that can
be delineated, for example, by ribosomal RNA gene relatedness and that differ in key …

Most heterotrophic organisms feed on substrates that are poor in nutrients compared to their
demand, leading to elemental imbalances that may constrain their growth and function …

Seawater reverse osmosis (SWRO) desalination discharge brine-waste as part of the
process with immediate (short-term) and chronic (long-term) impacts to marine coastal …

Waterbird aggregations and droughts affect nutrient and microbial dynamics in wetlands. We
analysed the effects of high densities of flamingos on nutrients and microbial dynamics in a …

Biofouling in fertilizer-drawn forward osmosis (FDFO) for water reuse was investigated by
spiking pure bacteria species Pseudomonas aeruginosa PAO1+ GFP and using three …

Growth of heterotrophic bacteria is generally considered to be controlled by temperature and
the availability of organic substrates, however there is evidence that bacterial growth can …

Hamilton Harbour, located on the western end of Lake Ontario, has a long history of cultural
eutrophication as well as industrial contamination. We explored the structure and function of …

To understand how atmospheric dust deposition and ultraviolet radiation (UVR) can affect
remote, freshwater ecosystems through changes in their microbial metabolism, it is important …

As the interface between the terrestrial landscape and the open lake, nearshore areas of the
Great Lakes play an important role in modulating whole-lake response to inputs of nutrients …

As bactérias heterotróficas são importantes mineralizadoras de nutrientes (eg nitrogênio [N]
e fósforo [P]) para o meio aquático, subsidiando a produção primária e incorporando …