Add to ORKGRemoval of the vertical lobe from the brain of blind octopuses causes defects in the performance of these animals under training conditions. When such animals were trained postoperationally to make tactile discriminations known to be made readily by blind but otherwise unoperated animals they made many more errors tha
Behavioural contrast sensitivity in Octopus tetricus was measured in the range 0.05- 12 cycles per d...
A detailed study of the anatomy of the octopus statocyst by Young (i960) seemed to indicate that, al...
Reversal learning requires an animal to learn to discriminate between two stimuli but reverse its re...
In a previous publication (Wells & Wells, 1957) it was shown that when octopuses with the vertic...
Removal of the vertical lobe from the brain produces no obvious deficiencies in the behaviour of oct...
In all previous investigations of the effects of vertical lobe removal on the discrimina-tion of sha...
Blinded octopuses can be trained to discriminate between rough and smooth objects by touch (Wells &a...
Octopuses with their optic nerves cut can readily be trained to discriminate between rough and smoot...
It is clear that the paired centres of the vertical lobe system are an important part of the memory ...
Numerous experiments have shown the capacity of Octopus to learn to attack one figure and avoid anot...
Strong preference differences between two stimuli have been commonly encoun-tered when training octo...
In the study of learning, interpretations of experiments involving brain lesions are often suspect b...
Specimens of Octopus pallidus and 0. australis were trained to discriminate vertical from horizontal...
1. Six octopuses were trained on a series of visual discrimination tasks where the discriminanda wer...
The vertical lobe is the topmost part of the brain of a cephalopod. It is the largest of a series of...
Behavioural contrast sensitivity in Octopus tetricus was measured in the range 0.05- 12 cycles per d...
A detailed study of the anatomy of the octopus statocyst by Young (i960) seemed to indicate that, al...
Reversal learning requires an animal to learn to discriminate between two stimuli but reverse its re...
In a previous publication (Wells & Wells, 1957) it was shown that when octopuses with the vertic...
Removal of the vertical lobe from the brain produces no obvious deficiencies in the behaviour of oct...
In all previous investigations of the effects of vertical lobe removal on the discrimina-tion of sha...
Blinded octopuses can be trained to discriminate between rough and smooth objects by touch (Wells &a...
Octopuses with their optic nerves cut can readily be trained to discriminate between rough and smoot...
It is clear that the paired centres of the vertical lobe system are an important part of the memory ...
Numerous experiments have shown the capacity of Octopus to learn to attack one figure and avoid anot...
Strong preference differences between two stimuli have been commonly encoun-tered when training octo...
In the study of learning, interpretations of experiments involving brain lesions are often suspect b...
Specimens of Octopus pallidus and 0. australis were trained to discriminate vertical from horizontal...
1. Six octopuses were trained on a series of visual discrimination tasks where the discriminanda wer...
The vertical lobe is the topmost part of the brain of a cephalopod. It is the largest of a series of...
Behavioural contrast sensitivity in Octopus tetricus was measured in the range 0.05- 12 cycles per d...
A detailed study of the anatomy of the octopus statocyst by Young (i960) seemed to indicate that, al...
Reversal learning requires an animal to learn to discriminate between two stimuli but reverse its re...