Anderson Roland C, Mather Jennifer A, Monette Mathieu Q, Zimsen Stephanie R M
The Seattle Aquarium, Seattle, Washington, USA.
J Appl Anim Welf Sci. 2010;13(3):261-72. doi: 10.1080/10888705.2010.483892.
This study exposed 8 Enteroctopus dofleini separately to 2 unfamiliar individual humans over a 2-week period under differing circumstances. One person consistently fed the octopuses and the other touched them with a bristly stick. Each human recorded octopus body patterns, behaviors, and respiration rates directly after each treatment. At the end of 2 weeks, a body pattern (a dark Eyebar) and 2 behaviors (reaching arms toward or away from the tester and funnel direction) were significantly different in response to the 2 humans. The respiration rate of the 4 larger octopuses changed significantly in response to the 2 treatments; however, there was no significant difference in the 4 smaller octopuses' respiration. Octopuses' ability to recognize humans enlarges our knowledge of the perceptual ability of this nonhuman animal, which depends heavily on learning in response to visual information. Any training paradigm should take such individual recognition into consideration as it could significantly alter the octopuses' responses.
本研究在两周时间内,在不同环境下将8只北太平洋巨型章鱼分别暴露于2个陌生的个体人类面前。其中一人持续投喂章鱼,另一人用硬毛刷触碰它们。每次处理后,每个人类直接记录章鱼的身体形态、行为和呼吸频率。在两周结束时,针对这两个不同的人,章鱼出现了一种显著不同的身体形态(一条深色的眼纹)和两种行为(触手朝着或远离测试者伸展以及漏斗方向)。4只较大章鱼的呼吸频率因两种处理方式而发生了显著变化;然而,4只较小章鱼的呼吸频率没有显著差异。章鱼识别人类的能力扩展了我们对这种非人类动物感知能力的认识,这种能力在很大程度上依赖于对视觉信息的学习反应。任何训练模式都应考虑到这种个体识别,因为它可能会显著改变章鱼的反应。