What specific hunting behavior implies a level of situational awareness supported by higher cognitive function?

Adapting the attack vector based on the evasive maneuvers of schooling fish

While direct cognitive testing is absent, practical manifestations of intelligence can be inferred from complex predatory actions. The ability to successfully engage fast-moving or schooling prey suggests a level of cognitive processing that moves beyond simple, hardwired instinct. Specifically, if a Mako shark is observed to modify or shift its approach angle—its 'attack vector'—in immediate response to how the target fish or squid attempts to evade capture, this demonstrates sophisticated situational awareness. This adaptive decision-making, which integrates complex visual and lateral line data rapidly to alter a physical attack trajectory, is considered indicative of higher cognitive support.