Bacterial colonies grow on sediment and re-enter the water when sediment is disturbed by human recreation. Surprisingly, the level of disturbance did not affect the abundance of bacteria in the water. Abundance changed over time, suggesting the importance of environmental conditions in determining public health risk associated with bacterial resuspension
Although water quality from freshwater recreational aquatic environments (RAEs) has been long analyz...
2010 S.C. Water Resources Conference - Science and Policy Challenges for a Sustainable Futur
The current water quality guidelines intended to protect people from gastrointestinal disease result...
Due to extensive worldwide use and rapid acquisition of bacterial resistance, antibiotics are now co...
Bioturbation has been shown to expedite the degradation of refractory compounds in contaminated sedi...
Resuspension of sediment-borne microorganisms (including pathogens) into the water column could incr...
Aquatic sediments, at a lake beach site in the Tonto National Forest, Arizona, were experimentally d...
Faecal contamination of estuarine and coastal waters can pose a risk to human health, particularly i...
Pathogenic enteric viruses and bacteria tend to occur in higher concentrations and survive longer in...
<div><p>Faecal contamination of estuarine and coastal waters can pose a risk to human health, partic...
In 2005-2006, 87% of all reported cases of disease outbreak in the United States related to recreati...
Extended persistence of enteric bacteria in coastal sediments and potential remobilization of pathog...
International audienceFaecal indicator bacteria (FIB) and bacterial pathogens from combined sewer ov...
The potential regrowth of fecal indicator bacteria released into coastal environments in recreationa...
Estuarine sediments are a reservoir for faecal bacteria, such as E. coli, where they reside at great...
Although water quality from freshwater recreational aquatic environments (RAEs) has been long analyz...
2010 S.C. Water Resources Conference - Science and Policy Challenges for a Sustainable Futur
The current water quality guidelines intended to protect people from gastrointestinal disease result...
Due to extensive worldwide use and rapid acquisition of bacterial resistance, antibiotics are now co...
Bioturbation has been shown to expedite the degradation of refractory compounds in contaminated sedi...
Resuspension of sediment-borne microorganisms (including pathogens) into the water column could incr...
Aquatic sediments, at a lake beach site in the Tonto National Forest, Arizona, were experimentally d...
Faecal contamination of estuarine and coastal waters can pose a risk to human health, particularly i...
Pathogenic enteric viruses and bacteria tend to occur in higher concentrations and survive longer in...
<div><p>Faecal contamination of estuarine and coastal waters can pose a risk to human health, partic...
In 2005-2006, 87% of all reported cases of disease outbreak in the United States related to recreati...
Extended persistence of enteric bacteria in coastal sediments and potential remobilization of pathog...
International audienceFaecal indicator bacteria (FIB) and bacterial pathogens from combined sewer ov...
The potential regrowth of fecal indicator bacteria released into coastal environments in recreationa...
Estuarine sediments are a reservoir for faecal bacteria, such as E. coli, where they reside at great...
Although water quality from freshwater recreational aquatic environments (RAEs) has been long analyz...
2010 S.C. Water Resources Conference - Science and Policy Challenges for a Sustainable Futur
The current water quality guidelines intended to protect people from gastrointestinal disease result...