 But, perhaps the simplest case for bounded rationality are examples of agents achieving a desirable goal without any deliberation at all. Insects, flowers, and even bacteria exhibit evolutionary stable strategies (Maynard Smith 1982), effectively arriving at Nash equilibria in strategic normal form games. If we imagine two species interacting with one another, say honey bees (Apis mellifera) and a species of flower, each interaction between a bee and a flower has some bearing on the fitness of each species, where fitness is defined as the expected number of offspring. There is an incremental payoff to bees and flowers, possibly negative, after each interaction, and the payoffs are determined by the genetic endowments of bees and flowers each. The point is that there is no choice exhibited by these organisms nor in the models; the process itself selects the traits. The agents have no foresight. There are no strategies that the players themselves choose. The process is entirely mechanical. What emerges in this setting are evolutionary dynamics, a form of bounded rationality without foresight.