To see the changes in the agents' strategies, we randomly selected one experimental run and plotted the changes in posting rate (Fig. 12).
As a first step, we tested for changes in the agents' behavior along generations.
Further, there was no measurable change in the agent size distribution by static diffusion.
Should an agent be in a situation where the requirement of a rule is met, whether due to a change in the agent's attributes or within a set location in the environment, the state of that agent is changed.
By implication, a change in the agent's set of motivating reasons can bring about not only a change in his or her preference order, but also a change in the choice function and thus in the resulting choice disposition.
Genetic changes in the etiologic agent may not be the only factor leading to V. parahaemolyticus-mediated pandemics (e.g. optimal environmental conditions may enable pandemic strains to flourish in their reservoirs).
Here we report a detailed description of the changes in the viral agent distribution pattern from the sentinel surveillance system before and after the appearance of pH1N1 in Peru.
Interestingly, thermal annealing followed by addition of CaCl2 caused complex changes in the observed agent relaxivity (Table 1 ).
Thus, it is likely that the recent V. parahaemolyticus-mediated pandemic resulted from the convergence of genetic changes in the etiologic agent and the presence of optimal conditions for survival and growth in its natural reservoirs.
