transition encodes the fact that the predator population will tend to decrease when prey are scarce, and (ii) the resulting mean field equation is a standard predator prey ODE: For example, when b[1] = 3, b[2] = 4, d[1] = 1, d[2] = 1, and c = 0.5, the ODE looks like: Solving two equations in two unknowns we see that there is a fixed point at This point has both components positive when The first condition says that prey are viable in the absence of predators.
(transition; encodes; the fact that the predator population will tend to decrease when prey are scarce, and (ii) the resulting mean field equation is a standard predator prey ODE) (the resulting mean field equation; is; a standard predator prey ODE: For example, when b[1] = 3, b[2] = 4,) (the predator population; will tend; to decrease when prey are scarce) (the ODE; looks; like: Solving two equations in two unknowns we see that there is a fixed point at This point has both components positive; T:c = 0.5) (the predator population; to decrease; T:when prey are scarce) (prey; are; scarce) (we; see; that there is a fixed point at This point; T:Solving two equations in two unknowns) (The first condition; says; that prey are viable in the absence of predators) Context(The first condition says,List([389, 413))):(prey; are; viable; L:in the absence of predators)
The first condition says,List([389, 413))
transition the resulting mean field equation the predator population the ODE the predator population prey we The first condition prey
encodes is will tend looks to decrease are see says are
the fact that the predator population will tend to decrease when prey are scarce, and (ii) the resulting mean field equation is a standard predator prey ODE
a standard predator prey ODE: For example, when b[1] = 3, b[2] = 4,
to decrease when prey are scarce
like: Solving two equations in two unknowns we see that there is a fixed point at This point has both components positive T:c = 0.5
T:when prey are scarce
scarce
that there is a fixed point at This point T:Solving two equations in two unknowns
that prey are viable in the absence of predators
viable L:in the absence of predators