Earth and Planetary Sciences
Source Apportionment
100%
Clay Mineral
100%
Aquatic Environment
100%
Organic Matter
100%
Estuarine Environment
100%
Quantitative Microbial Risk Assessment
100%
Pathogenic Organism
100%
Freshwater Environment
100%
Human Health
100%
Clay-Organics
100%
Atmospheric Aerosol
100%
Water Column
100%
Marine Environment
100%
Resuspension
100%
Micro-Organism
100%
Keyphrases
Virus
100%
Enteric Bacteria
100%
Enteric Viruses
100%
Viral Particles
50%
Methodological Challenges
33%
Abiotic Stress
33%
Viral
33%
Water Quality
33%
Particle Surface
16%
Viable but Nonculturable State
16%
Pathogenic Organisms
16%
Non-infectious
16%
Viral Inhibition
16%
Organic Matter
16%
Quantitative Risk Assessment
16%
Marine Environment
16%
Particle-bound
16%
Estuarine Environment
16%
Source Apportionment
16%
Physical Protection
16%
Norovirus
16%
Pathogenic Microorganisms
16%
Freshwater Environment
16%
Process Level
16%
Ecological Perspective
16%
Long-term Association
16%
Infectivity
16%
Assessment Context
16%
Human Health
16%
Mineral Matter
16%
Particulate Matter
16%
Human Cell Culture
16%
Long-term Survival
16%
Quantitative Microbial Risk Assessment
16%
Sediment Resuspension
16%
Viable Bacteria
16%
Surface Attachment
16%
Aquatic Environment
16%
Sediment Interaction
16%
Health Perspective
16%
Quantitative PCR
16%
Water Column
16%
Faecal Indicator Organisms
16%
Viral Titre
16%
Chemical Protection
16%
Particle Aggregation
16%
Clay Minerals
16%
Pathogenicity
16%
Immunology and Microbiology
Enterobacteriaceae
100%
Virus Particle
100%
Enteric Virus
100%
Viable but Nonculturable
66%
Virus Inhibition
33%
Virus Viability
33%
Real-Time Polymerase Chain Reaction
33%
Human Cell Culture
33%
Microorganism
33%
Viral Load
33%
Long Term Survival
33%
Virus Virulence
33%
Particulate Matter
33%
Bacterial Viability
33%
Norovirus
33%
Indicator Organism
33%