Psychological Resilience in Crisis
How individuals and teams maintain psychological functioning under extreme pressure — and how leaders can foster resilience.
How Stress Affects Decision-Making
Under acute stress, the brain's prefrontal cortex — responsible for complex reasoning, planning, and impulse control — becomes less active, while the amygdala — the brain's threat-detection center — becomes hyperactive. This is the neurological basis of the fight-flight-freeze response, and it has profound implications for crisis decision-making.
Stressed decision-makers exhibit predictable patterns: they narrow their attention (tunnel vision), rely on familiar routines even when they are inappropriate, process less information before making choices, and become more susceptible to groupthink. A study of airline pilots by researchers at NASA found that experienced pilots under high stress reverted to procedural responses learned early in training, even when the situation required creative problem-solving.
This does not mean stress always degrades performance. The Yerkes-Dodson law, established over a century ago and supported by modern neuroscience, shows that moderate stress improves performance on simple tasks. The problem arises when stress is extreme or when the task is complex — exactly the conditions of a crisis. Understanding these dynamics is the first step toward managing them.