Cammaerts Marie-Claire
Faculté des Sciences, DBO, CP 160/12, Université libre de Bruxelles, 50, A. F. Roosevelt, 1050 Bruxelles, Belgique
J Insect Sci. 2014 Jan 1;14. doi: 10.1093/jisesa/ieu096. Print 2014.
Young workers of the ant Myrmica sabuleti (Hymenoptera: Formicidae) Meinert 1861 perceived nestmate alarm pheromone but did not display normal alarm behavior (orientation toward the source of emission, increased running speed). They changed their initial behavior when in the presence of older nestmates exhibiting normal alarm behavior. Four days later, the young ants exhibited an imperfect version of normal alarm behavior. This change of behavior did not occur in young ants, which were not exposed to older ants reacting to alarm pheromone. Queen ants perceived the alarm pheromone and, after a few seconds, moved toward its source. Thus, the ants' ability to sense the alarm pheromone and to identify it as an alarm signal is native, while the adult alarm reaction is acquired over time (= age based polyethism) by young ants. It is possible that the change in behavior observed in young ants could be initiated and/or enhanced (via experience-induced developmental plasticity, learning, and/or other mechanisms) by older ants exhibiting alarm behavior.
1861年梅纳特描述的沙巴莱氏蚁(膜翅目:蚁科)的年轻工蚁能感知同巢伙伴的警报信息素,但未表现出正常的警报行为(朝向信息素释放源定向,奔跑速度加快)。当有表现出正常警报行为的年长同巢伙伴在场时,它们会改变初始行为。四天后,年轻蚂蚁表现出一种不太完美的正常警报行为。在未接触对警报信息素作出反应的年长蚂蚁的年轻蚂蚁中,这种行为变化并未发生。蚁后能感知警报信息素,并在几秒钟后朝其来源移动。因此,蚂蚁感知警报信息素并将其识别为警报信号的能力是天生的,而年轻蚂蚁的成年警报反应是随着时间推移(=基于年龄的多型行为)习得的。年轻蚂蚁中观察到的行为变化有可能是由表现出警报行为的年长蚂蚁引发和/或增强的(通过经验诱导的发育可塑性、学习和/或其他机制)。