The phylogeny of maze learning. (1) theoretical orientation

J.M. Warren
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引用次数: 2

Abstract

Summaryo

  1. 1.

    A survey of studies of maze learning indicates two progressive series with respect to increasing rate and limits of complexity: (a) an invertebrate series from Annelida to Insects, and (b) a vertebrate series from fish to mammal.

  2. 2.

    There is no reason to assume arbitrarily the necessary superiority of all vertebrate to all invertebrate forms in terms of learning capacity. The previously troublesome fact that fishes and frogs learn less efficiently than cockroaches and ants, for example, is consistent with the morphological divergence of chordate and annulate stocks at a very early stage of metazoan evolution.

迷宫学习的系统发育。(1)理论取向
Summaryo1。一项对迷宫学习研究的调查表明,迷宫学习的增长速度和复杂性的极限有两个递进序列:(A)从环节动物到昆虫的无脊椎动物序列;(b)从鱼类到哺乳动物的脊椎动物序列。没有理由武断地假设所有脊椎动物在学习能力方面都比所有无脊椎动物优越。例如,鱼和青蛙的学习效率不如蟑螂和蚂蚁这一先前令人烦恼的事实,与脊索动物和环状动物在后生动物进化的早期阶段的形态分化是一致的。
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