Keyphrases
Age Polyethism
21%
Allee Effect
100%
Backward Bifurcation
23%
Basic Reproduction number
30%
Bistability
28%
Colony Size
37%
Colony Survival
21%
Competition Model
24%
Complex Dynamics
35%
Control Strategy
26%
Discrete-time
56%
Disease Dynamics
35%
Disease Transmission
22%
Division of Labor
31%
Dynamical Behavior
20%
Epidemic Model
27%
Evolutionary Dynamics
30%
Generalist Predator
32%
Global Dynamics
30%
Growth Rate
24%
Honey Bee
47%
Honeybee Colony
28%
Hopf Bifurcation
36%
Infected Individual
21%
Infectious Disease Dynamics
24%
Interaction Model
30%
Interior Equilibrium
41%
Mathematical Model
68%
Mites
25%
Non-autonomous
43%
Numerical Simulation
59%
Parasitism
26%
Periodic Solution
22%
Phytoplankton
21%
Population Dynamics
84%
Predation
61%
Predator-prey Interactions
69%
Predator-prey Model
77%
Social Insect Colonies
61%
Social Insects
34%
Spatial Heterogeneity
28%
Spatiotemporal Dynamics
24%
Stochastic Model
21%
Strong Allee Effect
48%
Susceptible-infected-removed
24%
Task Allocation
36%
Time Delay
28%
Trust in Automation
24%
Two-species
49%
Weak Allee Effect
21%
Mathematics
Asymptotic Stability
29%
Basins of Attraction
12%
Bistability
29%
Compartment Model
16%
Competing Specie
17%
Competition Model
56%
Complex Dynamic
57%
Concludes
12%
Death Rate
24%
Deterministic Model
26%
Discrete Time
72%
Disease Dynamic
34%
Endemic Equilibrium
28%
Evolutionary Model
16%
Fear Effect
12%
Free Equilibrium
16%
Global Dynamics
44%
Globally asymptotically stable
18%
Growth Function
21%
Hopf Bifurcation
89%
Incidence Rate
13%
Infectives
29%
Initial Condition
31%
Limit Cycle
38%
Mathematical Analysis
32%
Mathematical Modeling
24%
Multistability
12%
Network Model
16%
Nonexistence
16%
Nonlinearity
24%
Ordinary Differential Equation
20%
Periodic Solution
65%
Positive Constant
20%
Predator Population
28%
Predator-Prey
84%
Predator-Prey System
30%
Prey Population
18%
Prey Specie
14%
Probability Theory
14%
Random Fluctuation
12%
Reaction-Diffusion System
20%
Reproduction Number
84%
Single Specie
13%
Stochastic Differential Equation
16%
Stochastic Model
28%
Stochastics
80%
Sufficient Condition
38%
Susceptible Individual
14%
Time Delay
33%
Turing Instability
16%