What are the effects of ecological factors on the population dynamics of species?
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Ecological factors have significant effects on the population dynamics of species. The interactions between species, such as predation, mutualism, and refuge, directly impact population growth rates . Additionally, the coordination between different ecological processes must obey certain rules, as shown by quantum game theory applied to ecological systems . Biotic and abiotic factors both play a role in community composition and dynamics, with differences observed in the relative importance of these factors in different habitats . Environmental changes can interact to affect species dynamics, with indirect effects mediated through community interactions being particularly important . Time delays in ecological systems, whether arising from trophic interactions or intrinsic biological phenomena, can significantly influence population dynamics, leading to complex spatiotemporal patterns . Overall, understanding the effects of ecological factors on population dynamics is crucial for population management and conservation biology.
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| One of the main driving forces of population dynamics is delayed density dependence, which can significantly influence the dynamics of a single species population. | |
| The effects of ecological factors on population dynamics of species depend on the state of other aspects of the environment and can be influenced by both direct and indirect effects. | |
7 Citations | The relative importance of biotic and abiotic factors in community formation affects population dynamics and spatial distributions of species. |
Open access•Posted Content | The effects of ecological factors on population dynamics can be analyzed using quantum game theory, which shows that the strength of quantum entanglement between species can have a profound effect on the system's behavior. |
120 Citations | The study shows that fear of predation can significantly reduce prey growth rate and affect the stability of prey-predator interactions in ecological systems. |
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