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Seasonal dynamics of recurrent epidemics
Lewi Stone
*
, Ronen Olinky
,
Amit Huppert
*
Corresponding author for this work
School of Zoology
School of Public Health
Tel Aviv University
Research output
:
Contribution to journal
›
Article
›
peer-review
242
Scopus citations
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Keyphrases
Seasonal Dynamics
100%
Recurrent Epidemics
100%
Population Susceptibility
100%
Increasing Population
50%
Occurrence Time
50%
Threshold Effect
50%
Nonlinear Dynamics
50%
Influenza
50%
Recurrent Disease
50%
Spatiotemporal Dynamics
50%
Epidemiological Information
50%
Emerging Infectious Diseases
50%
Pertussis
50%
Measles
50%
Chickenpox
50%
Natural Systems
50%
Yield Prediction
50%
Susceptible Individuals
50%
Analytical Condition
50%
Seasonal Changes
50%
Susceptible-infected-recovered Model
50%
Host-parasite Relationship
50%
Common Infectious Diseases
50%
Forecasting Tool
50%
Epidemic Dynamics
50%
Epidemic Outbreak
50%
Epidemic Model
50%
Forced Systems
50%
Post-epidemic
50%
Recovered Model
50%
Mathematics
Intractability
100%
Driving Force
100%
Natural System
100%
Susceptible Individual
100%
Immunology and Microbiology
Susceptibility
100%
Influenza
50%
Chickenpox
50%
Measles
50%
Host Parasite Interaction
50%
Pertussis
50%