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Theory and Modern Applications

Table 1 The physical interpretation of the parameters and numerical values

From: Existence theory and numerical analysis of three species prey–predator model under Mittag-Leffler power law

Parameters

Physical description

Numerical value

\(P_{0}\)

initial population density of prey

0.5

\(S_{0}\)

initial population density of susceptible predator

0.3

\(I_{0}\)

initial population density infected predator

0.2

a

saturation constant while susceptible predators attack the prey

0.00073

b

search rate of the prey toward susceptible predator

0.0001

c

conversion rate of susceptible predator due to prey

0.0003

d

disease transmission coefficient

0.007

k

carrying capacities of prey population

0.003

\(b_{1}\)

proportionality constant

0.004

\(r_{1}\)

growth rate of prey population

0.0003

m

death rate of susceptible predator

0.004

n

death rate of infected predator

0.003