Influence of land use and nutrient flux on metabolic activity of E. coli O157 in river water

Earth and Planetary Sciences

• Ability 16%
• Addition 16%
• Agriculture 16%
• Amplification 16%
• Area 33%
• Availability 16%
• Catchment 16%
• Climate Change 16%
• Competition 16%
• Escherichia 16%
• Fecal Coliform 16%
• Health 16%
• Hypothesis 16%
• Land Use 100%
• Land Use Type 50%
• Micro-Organism 16%
• Microbial Community 16%
• Microcosm 33%
• Mitigation Measure 16%
• Model 16%
• Pathogen 33%
• Public 16%
• Risk 50%
• River Water 100%
• Time 16%
• Water 50%
• Watercourse 33%

Agricultural and Biological Sciences

• Agricultural Science 16%
• Area 33%
• Climate Change 16%
• Ecology 16%
• Escherichia Coli O157 16%
• Filters 16%
• Land Use 100%
• Lux 16%
• Microbial Communities 16%
• Models 16%
• Nutrients 100%
• Risk 50%
• River Water 100%
• Water 50%

Veterinary Science and Veterinary Medicine

• Escherichia coli 16%
• Fecal Coliform 16%