1. Inactive sites and the evolution of cooperation
- Author
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Lucas Wardil, J. K. L. da Silva, and E. J. da Silva Júnior
- Subjects
0301 basic medicine ,genetic structures ,media_common.quotation_subject ,General Physics and Astronomy ,Temptation ,01 natural sciences ,03 medical and health sciences ,030104 developmental biology ,0103 physical sciences ,Mimicry ,Pairwise comparison ,Statistical physics ,Limit (mathematics) ,010306 general physics ,Mathematics ,media_common - Abstract
Cooperation is often conditioned on environmental factors. Behaviors may be inactive due to external factors, and yet the trait itself may not change. We study the evolution of cooperation with active and inactive sites. In inactive sites cooperators behave as defectors, receiving but not providing benefits. This unintentional mimicry provides local advantage to cooperation, but also prevents the mutual reinforcement provided by clusters of active cooperators. In general, we found that cooperation is enhanced by inactivity. In particular, if most sites are inactive, cooperation survives even if the temptation to defect is very large. Interestingly, in the square lattice with pairwise comparison rule we found that cooperation is enforced by inactive sites only up to a certain limit.
- Published
- 2016
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