Research in captive settings has shown that the behavioral profile of tolerant macaques differs substantially from that of the more despotic rhesus and Japanese macaques for example [Petit et al., 1997; Thierry, 1985].
In this note, we present a model-free approach to solve an active fault-tolerant control problem in the behavioral framework.
Most of the laboratory studies have employed relatively infrequent marijuana users, who are not tolerant to many of marijuana's behavioral effects.
behavioral theoretical explanation of active fault tolerant control (FTC) problem is proposed in this note.
Our genetic and chemical data support the behavioral data: the supercolonies that are mutually tolerant are also genetically and chemically very similar, whereas those that are aggressive are genetically and chemically more different.
However, they responded to the blockade of CB1 receptors by exhibiting slightly but possibly relevant differences in behavioral, endocrine and molecular parameters compared to the response in non-tolerant rats.
The behavioral patterns we observed also fell within the range of data from other tolerant female macaques (grades 3 and 4, Fig. 3), and generally outside the range reported for more despotic ones (grades 1 and 2, Fig. 3).
Behavioral patterns observed in wild female crested macaques generally fit the definition of a tolerant social style: aggressive interactions are of low intensity, often bidirectional, and reconciled.
