"evolution of strategies" is a correct and usable phrase in written English.
You can use it to refer to the process of developing and adapting a plan or set of tactics over time. For example, "The company has gone through an evolution of strategies in order to remain competitive in the market."
This article describes the evolution of strategies devised to achieve these goals and illustrates the challenges in getting there.
This can be interpreted in two ways: either the evolution of strategies is the consequence of adaptation by individual agents, or the evolution of strategies is understood as the differential reproduction of agents based on their success rates in their interactions.
These effects may have played a role in the evolution of strategies to refrain from initiating reproduction too early within the season.
Thus, implications of nutritional constraints may have played a role in the evolution of strategies to refrain from initiating reproduction too early within the season.
Repeated social interactions will clearly have an influence on the evolution of strategies for the gathering and sharing of foraging information, as well as the collective defense of food bonanzas.
It is unclear whether evolution of strategies to cope with abiotic stress may interact with biological control.
On his podcast and in his new audiobook, The Evolution of Strategy, he's evaluated every season of the show, with assistance from journalists, super fans, and other former players.
The type of update event – behaviour or partner – is chosen according to the ratio W between the time scales associated with the evolution of strategy (τe) and of structure (τa).
This chapter discusses the co-evolution of strategies and networks.
Specifically, evolution of the whole population divided into two subpopulations, namely the co-evolution of strategy and game structure, is numerically simulated based on the game theoretical models built and the evolutionary rule designed, and a series of phenomena including extinction of one subpopulation and herding effect are predicted in the proposed framework.
Buss, DM (1994) The Evolution of Desire: Strategies of Human Mating.
