The Brain as an Organ of MindAppleton, 1887 - 708 pages |
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Page 118
... fissure . In the Shark ( fig . 48 ) they also unite to form a large almost globular mass with little trace of a median furrow . A similar fusion of the two lobes occurs in some other Fishes , though in the majority they exist as ...
... fissure . In the Shark ( fig . 48 ) they also unite to form a large almost globular mass with little trace of a median furrow . A similar fusion of the two lobes occurs in some other Fishes , though in the majority they exist as ...
Page 125
... 61 ) and Crocodiles . The Optic Lobes are relatively smaller in most Reptiles than they are among Fishes ; and in the Boa Constrictor they show a transverse fissure which divides the two bodies CHAPTER IX THE BRAIN OF REPTILES AND OF BIRDS.
... 61 ) and Crocodiles . The Optic Lobes are relatively smaller in most Reptiles than they are among Fishes ; and in the Boa Constrictor they show a transverse fissure which divides the two bodies CHAPTER IX THE BRAIN OF REPTILES AND OF BIRDS.
Page 126
H. Charlton Bastian. they show a transverse fissure which divides the two bodies into four parts , corresponding to the ' corpora quadrigemina ' FIG . 58. - Brain and Cranial Nerves of Boa Constrictor . ( Rymer Jones . after Swan . ) a ...
H. Charlton Bastian. they show a transverse fissure which divides the two bodies into four parts , corresponding to the ' corpora quadrigemina ' FIG . 58. - Brain and Cranial Nerves of Boa Constrictor . ( Rymer Jones . after Swan . ) a ...
Page 132
... are smooth and still devoid of convolutions ; yet in some birds there are traces of a depression , answering to a well - marked fissure ( the 6 ' sylvian ' ) always recognizable in the brain 132 THE BRAIN OF REPTILES.
... are smooth and still devoid of convolutions ; yet in some birds there are traces of a depression , answering to a well - marked fissure ( the 6 ' sylvian ' ) always recognizable in the brain 132 THE BRAIN OF REPTILES.
Page 254
... fissures , ' by which they are divided into what are called ' lobes . ' The Hemispheres are also , to an increasing extent , marked by various smaller secondary fissures or ' sulci , ' by which , together with the primary fissures ...
... fissures , ' by which they are divided into what are called ' lobes . ' The Hemispheres are also , to an increasing extent , marked by various smaller secondary fissures or ' sulci , ' by which , together with the primary fissures ...
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Common terms and phrases
activity Apes Auditory become body brain-weights Broadbent Cere Cerebellum Cerebral Hemispheres Cerebral Lobes Cerebral Peduncles Cerebrum Chimpanzee commissure complex connected conscious Corpora Quadrigemina Corpora Striata Corpus Callosum Corpus Striatum corresponding Cortex decussation defect distinct Emotion exist external extremity fact Ferrier fissure of Rolando Fornix frontal convolutions Frontal lobe functions ganglia ganglion grey matter Hemi higher Hippocampus Human Brain impressions ingoing instinctive Intelligence Kinæsthetic kind Lateral Ventricle latter layer less lobule longitudinal lower animals Medulla mental ments middle mode Monkey motor centres Movements muscles muscular nature nerve cells nervous system Occipital Lobe Olfactory optic lobes organ outgoing parietal parietal lobe pass portions posterior principal processes Quadrumana referred regard regions relation says seems sensation sense sensory side Smell Spinal Cord stimuli structure surface Sylvian tactile Temporal Lobe Thalamus third ventricle tion transverse upper Vertebrates Visceral Visual Volition Voluntary weight whilst Word-Centres words write
Popular passages
Page 233 - Under changed conditions of life, it is at least possible that slight modifications of instinct might be profitable to a species; and if it can be shown that instincts do vary ever so little, then I can see no difficulty in natural selection preserving and continually accumulating variations of instinct to any extent that may be profitable. It is thus, as I believe, that all the most complex and wonderful instincts have originated.
Page 152 - It would be incompatible with everything we know of the cerebral action, to suppose that the physical chain ends abruptly in a physical void, occupied by an immaterial substance; which immaterial substance, after working alone, imparts its results to the other edge of the physical break, and determines the active response — two shores of the material with an intervening ocean of the immaterial.
Page 157 - ... by the action of the legs, and the same will take place in the separate parts if the body be divided into several distinct portions. After these actions have come to an end, they may be excited again by irritating any part of the nervous centres, or the cut extremity of the nervous cord. The body is moved forward by the regular and successive action of the legs...
Page 173 - ... one, is the result. Ideas, also, which have been so often conjoined, that whenever one exists in the mind, the others immediately exist along with it, seem to run into one another, to coalesce, as it were, and out of many to form one idea; which idea, however in reality complex, appears to be no less simple than any one of those of which it is compounded.
Page 546 - The motion of our body follows upon the command of our will. Of this we are every moment conscious. But the means, by which this is effected ; the energy, by which the will performs so extraordinary an operation ; of this we are so far from being immediately conscious, that it must for ever escape our most diligent enquiry.
Page 325 - When asked how he could possibly learn so soon whether a particular monkey would turn out a good actor, he answered that it all depended on their power of attention. If, when he was talking and explaining anything to a monkey, its attention was easily distracted, as by a fly on the wall or other trifling object, the case was hopeless.
Page 422 - Between the extremes of human intelligence — say a Tasmanian and a Shakespeare — there are infinitesimal gradations, enabling us to follow the development of the one into the other without the introduction of any essentially new factor. But between animal and human intelligence there is a gap which can only be bridged over by an addition from without.
Page 248 - Zoology (the stoparola of Ray) builds every year in the vines that grow on the walls of my house. A pair of these little birds had one year inadvertently placed their nest on a naked bough, perhaps in a shady time, not being aware of the inconvenience that followed. But...
Page 248 - But a hot sunny season coming on before the brood was half fledged, the reflection of the wall became insupportable, and must inevitably have destroyed the tender young, had not affection suggested an expedient, and prompted the parent birds to hover over the nest all the hotter hours, while, with wings expanded, and mouths gaping for breath, they screened off the heat from their suffering offspring.
Page 167 - ... in these modifications, a quality, a phenomenon of mind, absolutely new, has been superadded, which was never involved in, and could therefore never have been evolved out of, the mere faculty of knowledge. The faculty of knowledge is certainly the first in order, inasmuch as it is the conditio sine qua non of the others...