Mather Jennifer
Department of Psychology, University of Lethbridge, Lethbridge, AB T1K 3M4, Canada;
NeuroSci. 2022 May 3;3(2):245-261. doi: 10.3390/neurosci3020018. eCollection 2022 Jun.
Temporality is one of the criteria that Birch has advanced for areas of cognitive ability that may underlie animal sentience. An ability to integrate and use information across time must be more than simply learning pieces of information and retrieving them. This paper looks at such wider use of information by octopuses across time. It evaluates accumulation of information about one's place in space, as used across immediate egocentric localization by cuttlefish and medium distance navigation in octopuses. Information about useful items in the environment can be incorporated for future use by octopuses, including for shelter in antipredator situations. Finding prey is not random but can be predicted by environmental cues, especially by cuttlefish about future contingencies. Finally, the paper examines unlimited associative learning and constraints on learning, and the ability of cephalopods to explore and seek out information, even by play, for future use.
时间性是伯奇提出的可能构成动物感知能力基础的认知能力领域的标准之一。跨时间整合和使用信息的能力绝不仅仅是简单地学习信息片段并检索它们。本文探讨了章鱼跨时间对信息的更广泛使用。它评估了关于自身在空间中位置的信息积累,就像乌贼在即时自我中心定位以及章鱼在中距离导航中所使用的那样。关于环境中有用物品的信息可以被章鱼纳入以备将来使用,包括在反捕食者情况下作为庇护所。寻找猎物并非随机行为,而是可以通过环境线索预测的,尤其是乌贼对未来突发事件的预测。最后,本文研究了无限制的联想学习和学习的限制,以及头足类动物探索和寻找信息(甚至通过玩耍)以备将来使用的能力。