Mathematics
Epidemic Model
72%
Approximation Methods
69%
Model
20%
Human
15%
Scaling
15%
Model Simplification
14%
Level of Detail
13%
Stochastic Epidemic Models
12%
Dimensional Reduction
11%
Complex Dynamics
10%
Scaling Limit
10%
Infectious Diseases
10%
Population Size
9%
Persistence
8%
Mathematical Analysis
8%
Limit Theorems
8%
Infection
8%
Scenarios
8%
Simulation
5%
Approximation
4%
Medicine & Life Sciences
Vector Borne Diseases
100%
Epidemics
61%
Arthropods
18%
Population Density
16%
Communicable Diseases
12%
Infections
6%
Population
5%
Agriculture & Biology
vector-borne diseases
67%
disease models
41%
methodology
19%
deterministic models
14%
disease transmission
11%
human diseases
10%
infectious diseases
10%
population size
9%
arthropods
9%
pathogens
6%
infection
5%
Chemical Compounds
Dimension
53%
Simulation
44%
Reduction
32%
Reaction Yield
28%
Engineering & Materials Science
Pathogens
11%
Population Density
10%
Stochastic models
9%