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When a predator avoids infected prey: A model-based theoretical study
Mainul Haque
, David Greenhalgh
Research output
:
Journal Publication
›
Article
›
peer-review
48
Citations (Scopus)
Overview
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Mathematics
Epidemic Model
15%
Fish
19%
Global Stability
14%
Human
13%
Life
13%
Local Stability
15%
Logistic Growth
19%
Mathematical Model
11%
Model
14%
Model-based
53%
Numerical Simulation
11%
Predator
62%
Predator-prey Model
15%
Prey
62%
Review
10%
Simplicity
13%
Simulation
9%
Threshold Value
17%
Medicine & Life Sciences
Epidemics
51%
Fishes
55%
Gadus morhua
100%
Growth
30%
Logistic Models
39%
Population
23%
Theoretical Models
48%
Earth & Environmental Sciences
disease spread
14%
effect
2%
fish
5%
logistics
8%
parameter
3%
predator
51%
removal
5%
simulation
8%
theoretical study
62%
threshold value
10%
Chemical Compounds
Prey Cleavage
90%
Simulation
18%
Engineering & Materials Science
Computer simulation
6%
Fish
13%
Logistics
10%
Mathematical models
8%