Terrace H S
J Exp Anal Behav. 1975 Jul;24(1):79-87. doi: 10.1901/jeab.1975.24-79.
Different groups of ducklings reared under sodium monochromatic light (589 nanometers) and under white light were trained to discriminate between the stimulus correlated with reinforcement (589 nanometers), and the stimulus correlated with extinction, whole value was either 570 or 610 nanometers. The peaks of subsequently obtained gradients of wavelength generalization of both groups were displaced away from the stimulus correlated with extinction. The peaks of the groups trained not to respond to 570 nanometers were located at 600 nanometers. The peaks of the groups trained not to respond to 610 nanometers were located at 580 nanometers. These results (in agreement with earlier data of Rudolph and Honig, 1972) suggest that ducklings have an innate basis for ordering stimuli of different wavelengths along the hue dimension.
将不同组的小鸭分别饲养在单色钠光(589纳米)和白光下,训练它们区分与强化相关的刺激(589纳米)和与消退相关的刺激,后者的波长值为570或610纳米。随后,两组获得的波长泛化梯度峰值都偏离了与消退相关的刺激。训练不对570纳米做出反应的组的峰值位于600纳米。训练不对610纳米做出反应的组的峰值位于580纳米。这些结果(与鲁道夫和霍尼格1972年的早期数据一致)表明,小鸭在沿色调维度对不同波长的刺激进行排序方面具有先天基础。