E. Glen Wever

Q: What Schools Are Affiliated With E. Glen Wever

E. Glen Wever is affiliated with the following schools: University of California, Berkeley, University of Michigan, Princeton University, University of Chicago

E. Glen Wever's AcademicInfluence.com Rankings

E. Glen Wever

Psychology

#1497

World Rank

#1813

Historical Rank

#853

USA Rank

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Psychology

E. Glen Wever's Degrees

PhD Psychology University of Chicago

Why Is E. Glen Wever Influential?

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According to Wikipedia, Ernest Glen Wever was an American experimental psychologist known for his elucidation of hearing in vertebrates, ranging from the biomechanical functioning of the cochlea to the neural coding of sound and the evolutionary biology of hearing.

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E. Glen Wever's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Experiments in Hearing (1963) (1813)
Theory of Hearing (1950) (211)
ACTION CURRENTS IN THE AUDITORY NERVE IN RESPONSE TO ACOUSTICAL STIMULATION. (1930) (194)
The Amphibian Ear (1985) (148)
The nature of acoustic response: The relation between sound frequency and frequency of impulses in the auditory nerve (142)
Sound conduction in the dolphin ear. (1970) (142)
The reptile ear : its structure and function. (1978) (104)
The method of absolute judgment in psychophysics. (1928) (100)
Hearing in the giant sea turtle, Chelonia mydas. (1969) (81)
The middle ear in sound conduction. (1948) (81)
AUDITORY NERVE IMPULSES. (1930) (75)
Effects of oxygen deprivation upon the cochlear potentials. (1949) (69)
The ear and hearing in the frog, Rana pipiens (1973) (68)
The cochlea of the dolphin, Tursiops truncatus: hair cells and ganglion cells. (1971) (64)
Cochlea of the dolphin, Tursiops truncatus: the basilar membrane. (1971) (63)
Periodical Cicada: Sound Production and Hearing (1971) (56)
The Cochlea of the Dolphin, Tursiops truncatus: General Morphology. (1971) (56)
The Acoustic Pathways to the Cochlea (1950) (51)
The effects of the tympanic muscle reflexes upon sound transmission. (1955) (51)
The function of the middle ear in lizards: Crotaphytus collaris (iguanidae). (1970) (50)
Distortion in the Ear as Shown by the Electrical Responses of the Cochlea (1938) (49)
Present possibilities for auditory theory. (47)
Auditory responses in the spectacled caiman. (1957) (46)
The Evolution of Vertebrate Hearing (1974) (46)
The stapedius muscle in relation to sound conduction (1942) (45)
LII The Functions of the round Window (1948) (44)
The development of hearing in the opossum (1937) (44)
Figure and Ground in the Visual Perception of Form (1927) (44)
Cochlear Structure in the Dolphin, Lagenorhynchus obliquidens. (1972) (44)
The Perception of Low Tones and the Resonance-Volley Theory (1937) (43)
THE SENSITIVITY OF THE TURTLE'S EAR AS SHOWN BY ITS ELECTRICAL POTENTIALS. (1956) (43)
Sound Reception in the Porpoise as it Relates to Echolocation (1980) (41)
The function of the middle ear in lizards: Gekko gecko and Eublepharis macularius (Gekkonoidea) (1972) (41)
The upper limit of hearing in the cat. (1930) (40)
Effects of oxygen deprivation upon the structure of the organ of Corti. (1952) (39)
II The Width of the Basilar Membrane in Man (1938) (39)
SOUND TRANSMISSION IN THE TURTLE'S EAR. (1956) (37)
Hearing in the pigeon as studied by the electrical responses of the inner ear. (1936) (36)
Electrical Potentials of the Cochlea (1966) (36)
LXXVII. The Tensor Tympani Muscle and its Relation to Sound Conductions (1937) (36)
Water temperature as an incentive to swimming activity in the rat. (1932) (36)
The effects of pressure in the middle ear (1942) (35)
The Mechanics of Hair-Cell Stimulation (1971) (35)
Ear and hearing in Sphenodon punctatus. (1976) (34)
The Interference of Tones in the Cochlea (1940) (34)
XXI The Nature of Cochlear Activity after Death (1941) (34)
The ear and hearing in Amphisbaenia (Reptilia) (1972) (33)
The tectorial membrane of the lizard ear: Types of structure (1967) (33)
THE COCHLEOGRAM AND ITS CLINICAL APPLICATION: Concluding Observations (1950) (32)
The cochleogram and its clinical application; a preliminary report. (1947) (32)
Structure and function of the cochlear aqueduct. (1952) (30)
XXXVIII The Effects of Negative Air Pressure in the Middle Ear (1948) (30)
I The Transmission Properties of the Middle Ear (1950) (28)
Perilymph; its relation to the improvement of hearing which follows fenestration of the vestibular labyrinth in clinical otosclerosis. (1949) (28)
Hearing in the blackfooted penguin, spheniscus demersus, as represented by the cochlear potentials. (1969) (28)
The Patterns of Response in the Cochlea (1949) (28)
THE AUDITORY SENSITIVITY OF ORTHOPTERA. (1959) (27)
The caecilian ear. (1975) (27)
I The Control of Sound Transmission by the Middle Ear Muscles (1956) (27)
AUDITORY RESPONSES IN THE TOKAY GECKO. (1963) (27)
The ear of the chameleon: Chamaeleo senegalensis and Chamaeleo quilensis. (1968) (27)
A further investigation of the development of hearing in the opossum. (1940) (24)
A NOTE ON RECENT DEVELOPMENTS IN AUDITORY THEORY. (1954) (24)
A further study of the effects of partial section of the auditory nerve. (1947) (24)
A new method for the study of hearing in insects (1933) (23)
Surgical approach to the dolphin's ear. (1974) (23)
Hearing in the crocodilia. (1971) (23)
I The Protective Mechanisms of the Bat's Ear (1961) (23)
Middle ear muscles of the frog. (1979) (22)
Patterns of Injury Produced by Overstimulation of the Ear (1955) (21)
Sound transmission in the salamander ear. (1978) (21)
The lizard ear: Gekkonidae (1974) (21)
The problem of stimulation deafness. I. Cochlear impairment as a function of tonal frequency (1944) (21)
The Locus of Distortion in the Ear (1940) (20)
The tectorial membrane of the lizard ear: Species variations (1967) (20)
Electrical Output of Lizard Ear: Relation to Hair-Cell Population (1965) (20)
The nature of acoustic response: the relation between sound intensity and the magnitude of responses in the cochlea. (1936) (19)
New theory for the correlation of the pathology and the symptomatology of Ménière's disease; a research study of the vestibular endolymphatic labyrinth. (1952) (19)
LX The Nature of Bone Conduction as Shown in the Electrical Response of the Cochlea (1936) (19)
FURTHER STUDIES OF HEARING IN THE GEKKONID LIZARDS. (1964) (18)
LXVIII The Cochlear Potentials and Their Relation to Hearing (1959) (18)
The function of the middle ear in lizards: divergent types. (1973) (18)
Beats and related phenomena resulting from the simultaneous sounding of two tones: I. (1929) (18)
AUDITORY RESPONSES IN THE COMMON BOX TURTLE. (1956) (18)
The effects of injury to the lateral semicircular canal. (1956) (16)
THE PROBLEM OF STIMULATION DEAFNESS AS STUDIED BY AUDITORY NERVE TECHNIQUE. (1934) (16)
AUDITORY SENSITIVITY IN THE FAN-TOED GECKO, Ptyodactylus hasselquistii BOUTAN. (1967) (16)
Impulses from the Acoustic Nerve of the Guinea Pig, Rabbit, and Rat (1931) (16)
XL The Maximum Strength of the Tympanic Muscles (1955) (16)
Tonal differentiation in the lizard ear (1967) (16)
Auditory nerve responses in the reptile (1931) (16)
The caecilian ear: further observations. (1976) (16)
The origin of combination tones (1940) (15)
Vocalization and hearing in the leopard lizard. (1966) (15)
Recent investigations of sound conduction. II. The ear with conductive impairment. (1950) (15)
The lizard ear: Scincidae (1970) (15)
COCHLEAR POTENTIALS IN THE CAT IN RESPONSE TO HIGH-FREQUENCY SOUNDS. (1958) (14)
XXVIII The Transmission Properties of the Stapes (1950) (14)
XXVII The Effects of Chemical Substances upon the Electrical Responses of the Cochlea. I. The Application of Sodium Chloride to the round Window Membrane (1937) (13)
Closure Muscles of the External Auditory Meatus in Gekkonidae (1973) (13)
The Effect of Middle Ear Pressure upon Distortion (1941) (13)
The problem of stimulation deafness; the functional and histological effects of a high-frequency stimulus. (1949) (13)
The labyrinthine sense organs of the frog. (1973) (12)
The threshold sensitivity of the tympanic muscle reflexes. (1955) (12)
The ar of the chameleon. Chamaeleo höhnelii and Chamaeleo jacksoni. (1969) (12)
The nature of the acoustic response: the relation between stimulus intensity and the magnitude of cochlear responses in the cat (1938) (12)
The course of the auditory threshold in the presence of a tonal background. (12)
The electrical responses of the ear. (1939) (12)
The lizard ear: Cordylus, platysaurus and Gerrhosaurus (1970) (11)
Tonal interference in relation to cochlear injury (1941) (11)
The problem of the tonal DIP (1942) (11)
The nature of bone conduction as shown in the electrical response of the cochlea (1937) (11)
The amphisbaenian ear: Blanus cinereus and Diplometopon zarudnyi. (1975) (11)
Visual distance perception in the rat (10)
The high-frequency sensitivity of the guinea pig ear. (1963) (10)
The ear and hearing in Bipes biporus. (1972) (10)
Cochlear stimulation and Lempert's mobilization theory. Principles and methods. (1969) (10)
Development of Traveling‐Wave Theories (1962) (10)
The response of the cochlea to tones of low frequency. (1937) (10)
Temperature effects on hearing in two species of Amphisbaenia (1974) (10)
THE PHYSIOLOGY OF HEARING: THE NATURE OF RESPONSE IN THE COCHLEA (1933) (9)
The ear of the chameleon: the round window problem. (1969) (9)
A study of hearing in the sulfur-winged grasshopper (Arphia sulphurea). (1935) (8)
Auditory nerve experiments in animals and their relation to hearing (1931) (8)
Attention and Clearness in the Perception of Figure and Ground (8)
The nature of the cochlear potentials in the monkey. (1958) (7)
A new method of perfusion for the fixation of tissues (1961) (7)
Cochlear potentials in the marmoset. (1961) (7)
The judgment of pitch as a function of the series (6)
The Action Currents of the Auditory Nerve. (1950) (6)
Acoustic Behavior of Three Sympatric Species of 17‐Yr Cicadas (1971) (6)
The Place Principle in Auditory Theory. (1952) (6)
The cochlear potentials and their relation to hearing. (1959) (5)
The designation of combination tones. (1941) (5)
The role of the amphibians in the evolution of the vertebrate ear. (1981) (5)
Tectorial Reticulum of the Labyrinthine Endings of Vertebrates (1973) (5)
The Ear of Lialis burtonis (Sauria: Pygopodidae), Its Structure and Function (1974) (5)
A quantitative study of combination tones (1940) (5)
LXXI Sound Conduction in the Cochlea (1952) (5)
The lacertid ear. Eremias argus. (1968) (4)
Are the membranous walls of the endolymphatic labyrinth permeable? (1954) (4)
THE AUDITORY SENSITIVITY OF THE ATLANTIC GRASSHOPPER. (1957) (4)
Hearing: its psychology and physiology. (1939) (4)
The function of the middle ear in lizards: Eumeces and Mabuya (Scincidae) (1973) (4)
Some Remarks on the Modern Status of Auditory Theory (1951) (4)
The transmission properties of the middle ear. 1950. (1992) (3)
III. Discussion from the Point of View of Animal Experimentation. LXXV (1935) (3)
Sound conduction in the cochlea. (1952) (2)
I The Degenerative Processes in the Ear of the Shaker Mouse (1965) (2)
The Transmission Properties of the Middle Ear (1992) (2)
Anatomical and physiological adaptations of marine mammals for the prevention of diving induced middle ear barotrauma and round window fistula (1975) (2)
New theory for the correlation of the pathology and the symptomatology of Meniere's disease; a research study of the vestibular endolymphatic labyrinth. (1952) (2)
Function of the Porpoise Ear as Shown by Its Electrical Potentials (1970) (2)
A discussion of Ruckmick's critical review of audition. (1937) (2)
Stridulation and hearing in the tenrec, hemicentetes semispinosus. (1968) (2)
The Ear of Basiliscus basiliscus (Sauria: Iguanidae); Its Structure and Function (1971) (2)
High-Speed Lamps for Tachistoscopic Work (1929) (1)
A Multiple-Choice Apparatus (1929) (1)
THE LOWER RANGE OF THE COCHLEAR POTENTIALS. (1959) (1)
Sound conduction in the cochlea. (1952) (1)
Sensitivity of the Green Sea Turtle's Ear as Shown by Its Electrical Potentials (1970) (1)
A Note on "A Neglected Possibility in Frequency Theories of Hearing" (1932) (1)
KREEZER AND DARGE ON AUDITORY ACTION CURRENTS. (1932) (1)
Combination Tones: Their Nature and Origin in the Auditory Mechanism (1941) (1)
LXIV New Theory for the Correlation of the Pathology and the Symptomatology of Meniere's Disease (1952) (1)
THE EFFECT OF A SECONDARY SOUND UPON HEARING. (1928) (1)
Auditory System (1974) (1)
Chapter 6. The Intermediate Frogs: The Pelobatidae (1985) (0)
Chapter 1. Nature and Origin of the Amphibia (1985) (0)
Chapter 9. The MicrohyJidae (1985) (0)
Types of Mechanisms for Hair‐Cell Stimulation (1970) (0)
THE PHASE CHARACTERISTICS OF THE EAR. (1954) (0)
Cochlea oftheDolphin, Tursiops truncatus: TheBasilar Membrane* (1971) (0)
Chapter 12. The Hynobiidae and Cryptobranchidae (1985) (0)
The Labyrinthine Sense Organs of the Frog ( otic labyrinth / ear / amphibia ) (0)
Chapter 17. The Plethodontidae: The Lungless Salamanders (1985) (0)
Chapter 7. The Advanced Frogs: The Leptodactylidae and Bufonidae (1985) (0)
TheCochlea oftheDolphin, Tursiops truncatus: General Morphology* (organofCorti/ear/light microscopy) (1971) (0)
PART V. Sound Conduction in the Cochlea (1954) (0)
Chapter 3. General Anatomy of the Amphibian Ear (1985) (0)
XC Recent Investigations of Sound Conduction (1950) (0)
Chapter 2. Experimental Methods (1985) (0)
Cochlear Structure in the Dolphin , Lagenorhynchus obliquidens ( ganglion cells / Pacific white-sided dolphin ) (0)
PART II: The Middle Ear as a Mechanical Transformer (1954) (0)
The Stapedius Muscle in Relation to the Conduction of Sound to the Inner Ear (1942) (0)
Chapter 11. The Salamander Ear (1985) (0)
Chapter 20. The Amphibian Ear in Evolution (1985) (0)
Chapter 5. The Primitive Frogs: The Pipidae and Rhinophrynidae (1985) (0)
Chapter 18. The Caecilian Ear (1985) (0)
Appendixes, References and Index (1954) (0)
Auditory theory: an experimental study of the place principle. (1953) (0)
TheCochlea oftheDolphin, Tursiops truncatus: HairCells andGanglion Cells* (ear/auditory papilla/basilar membrane/tonal differentiation) (1971) (0)
Kreezer and Darge on Auditory Action Currents (1932) (0)
Early conceptions and later progress in our understanding of the amphibian ear (1981) (0)
Are the membranous walls of the endolymphatic labyrinth permeable? (1954) (0)
Chapter 15. The Proteidae and Amphiumidae (1985) (0)
Bibliography on Hearing . S. S. Stevens, J. G. C. Loring, D. Cohen, compilers. Harvard University Press, Cambridge, Mass., 1955. 599 pp. $7. (1955) (0)
Chapter 19. The Caeciliidae and Ichthyophiidae (1985) (0)
Chapter 13. The Sirenidae (1985) (0)
Chapter 14. The Salamandridae: The Newts (1985) (0)
The Problem of Stimulation Deafness as Studied by Auditory Nerve Technique (1934) (0)
PSYCHOLOGY: WEVER AND VERNON (0)
Chapter 4. The Primitive Frogs:The Ascaphidae and Discoglossidae (1985) (0)
The Effects of Pressure in the Middle Ear Upon the Electrical Responses of the Cochlea (1941) (0)
PART IV. Further Characteristics of the Middle Ear (1954) (0)
PART VII. Further Theoretical Considerations (1954) (0)
Chapter 10. The Ranidae, Rhacophoridae, and Hyperoliidae (1985) (0)
Chapter 16. The Ambystomatidae (1985) (0)
PART III: The Problem of Distortion (1954) (0)
PART VI. Clinical Applications (1954) (0)

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What Schools Are Affiliated With E. Glen Wever?

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