Cryptosporidium oocyst persistence in agricultural streams -a mobile-immobile model framework assessment

Earth and Planetary Sciences

• Model 100%
• Stream 100%
• Pathogen 100%
• Immobilization 40%
• Sediment 40%
• Accumulation 40%
• Input 40%
• River 40%
• Month 40%
• Surface Water 20%
• Groundwater 20%
• Persistence 20%
• Micro-Organism 20%
• Base Flow 20%
• Deactivation 20%
• Chlorination 20%
• Filtration 20%
• Nonpoint Source 20%
• Overland Flow 20%
• Assessment 20%
• Estimate 20%
• Distance 20%
• Condition 20%
• Time 20%
• Risk 20%
• Response 20%
• Rapid 20%
• Event 20%
• California 20%
• Wildlife 20%
• Rill 20%
• Storm 20%

Agricultural and Biological Sciences

• Streams 100%
• Oocyst 80%
• Cryptosporidium 80%
• Microorganism 40%
• Parasite 40%
• Sediments 40%
• Rivers 40%
• Wildlife 20%
• Inactivation 20%
• Groundwater 20%
• Surface Water 20%
• Overland Flow 20%
• Risk 20%
• Storms 20%
• Valleys 20%

Biochemistry, Genetics and Molecular Biology

• Infectious Agent 100%
• Cryptosporidium 80%
• Immobilization 40%
• Filtration 20%
• Parasite 20%
• Retention Time 20%
• Electric Potential 20%
• Dynamics 20%
• Chlorination 20%