Alternatives to Lotka-Volterra competition: Models of intermediate complexity
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Cited by (159)
Indirect taxis drives spatio-temporal patterns in an extended Schoener's intraguild predator–prey model
2022, Applied Mathematics LettersCitation Excerpt :We consider Schoener’s type predator–prey model [1] describing so called intraguild predation in which both predator and prey exploit competitively a common food resource which is available at some constant rate and shared between the predator and the prey.
Competition delays multi-drug resistance evolution during combination therapy
2021, Journal of Theoretical BiologyCitation Excerpt :The different strains compete for the same resources, such that the growth of any one strain is limited by the presence of all strains. This leads to competitive Lotka-Volterra equations (Schoener, 1976). We provide detailed mathematical definitions for each of the three scenarios below.
Lotka–Volterra model applied to two sympatric species of Liolaemus in competition
2021, Ecological ModellingPattern formation in predator prey systems with consuming resource and prey-taxis
2021, Applied Mathematics LettersCitation Excerpt :In [1], Holt and Polis proposed that predator and prey may also compete for the same resources, for example, a predator killing or eating prey may use the same foods of those prey. The mixture of competition and predation represents the intraguild predation (IGP) that also appears in many important ecology problems (see [2]). It happens that the combination of predation and competition can display limit cycles or chaotic dynamics.
A widespread interaction between generalist and specialist enemies: The role of intraguild predation and Allee effect
2021, Applied Mathematical ModellingCitation Excerpt :Similarly, weak competition between the IG predator and IG prey is also an essential component of IGP which is required for their coexistence [25]. Some theoretical evidences also suggest changes in the equilibrium conditions for species coexistence by transforming a purely competitive or predator-prey interaction to IGP interaction [7,19,26–28]. The direction and frequency of an IGP are influenced by relative body size, brood size, growth rates, life span, reproductive phenology of interacting species, degree of trophic specialization and other life history traits [10].