lines of no growth or change.
Predator-prey isoclines illustrate the relationship between predator and prey populations in ecological systems. They show the equilibrium points where the populations of predators and prey stabilize, indicating how changes in one population affect the other.
In ecological systems, predator-prey interactions can affect the zero growth isoclines, which represent the population sizes at which a species neither grows nor declines. Predators can influence the population dynamics of prey species, causing shifts in the zero growth isoclines. This relationship is important for understanding how changes in predator and prey populations can impact the stability of an ecosystem.
(a) The point where the isoclines intersect is a stable equilibrium (b) No matter what the initial combination of individuals, the interaction will ultimately lead to the combination at the stable equilibrium point
(a) The point where the isoclines intersect is a stable equilibrium (b) No matter what the initial combination of individuals, the interaction will ultimately lead to the combination at the stable equilibrium point
The results of predation can be determined by graphing predator and prey isoclines.
Two possibilities, whichever is more abundant win (a) The point where the isoclines cross is an unstable equilibrium (b) Competitive exclusion results
Ecological biogeograpy
Ecological backlashes
Coexistence (a) The point where the isoclines intersect is a stable equilibrium. (b) No matter what the initial combination of individuals, the interaction will ultimately lead to the combination at the stable equilibrium point.
Ecological is a adjective, not a verb
ecological, green
Ecological backlash