"reciprocal evolution" is a correct and usable phrase in written English.
It can be used to describe the evolutionary process in which two or more species influence each other's development and adaptation over time. Example: The relationship between bees and flowers is an example of reciprocal evolution. As the bees evolved to become better at pollination, the flowers also evolved to attract more bees and ensure successful pollination. This mutual influence and adaptation has resulted in a symbiotic relationship between the two species.
Coevolution is the reciprocal evolution of interacting species.
This enslavement of microalgae would be possible because of the lack of reciprocal evolution mentioned above.
Trait evolution among lineages could occur through reciprocal evolution between interacting species, driven by natural selection [ 4].
Host-parasite coevolution is driven by the reciprocal evolution of host resistance [ 1] and parasite infectivity and/or virulence [ 2] (see Appendix for definitions).
Bacteria phage coevolution, the reciprocal evolution between bacterial hosts and the phages that infect them, is an important driver of ecological and evolutionary processes in microbial communities.
The relatively small population size of microalgae in hospite would prevent reciprocal evolution that can select uncooperative symbionts, therefore making this horizontally-transmitted association stable over evolutionary time.
This probably reflects reciprocal genome evolution through a dynamic co-evolutionary process [ 51].
In natural communities, complex species interactions are likely to affect the outcomes of reciprocal co-evolution between consumers and their resource species.
There may be doubts, for example, whether there was sufficient pair-wise engagement in iterated prisoner's dilemma games to explain the evolution of reciprocal altruism according to some of the most familiar game-theoretic models (Kitcher 2006a,b).
Consistent with this finding, research on reciprocal altruism and the evolution of cooperation demonstrates that people ultimately benefit from behaving generously and cooperatively toward individuals with whom they are likely to interact in the future [8] [10].
The factors responsible for evolution of reciprocal translocations are still enigmatic.
