Adrian Horridge

Q: What Schools Are Affiliated With Adrian Horridge

Adrian Horridge is affiliated with the following schools: University of St Andrews, Australian National University

Adrian Horridge's AcademicInfluence.com Rankings

Adrian Horridge

Biology

#1498

World Rank

#2495

Historical Rank

Neuroscience

#203

World Rank

#215

Historical Rank

biology Degrees

Download Badge

Biology

Why Is Adrian Horridge Influential?

(Suggest an Edit or Addition)

According to Wikipedia, Adrian Horridge FRS FAA is an Australian neurobiologist and professor at Australian National University. Life Horridge was born in Sheffield, England, to George William Horridge and Olive , daughter of Albert Stray, who owned a chain of sweetshops. The Horridge family had operated a business in Sheffield- William Horridge and Company, "Stag, Buck, Horn, Wood and Buffalo Handles, and Scale Cutters"- since 1750, producing amongst other things ivory scales for piano keys, combs, and knife handles. His paternal grandfather was the last to be involved with the company, which was sold in 1921 for £15,000 ; after World War I, Horridge's father started a motorbike repair and sale business in his back yard, which expanded until he and a business partner were substantial motorcycle agents with a showroom and repair shops.

(See a Problem?)

Adrian Horridge'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

Animal species and evolution. (1964) (3902)
Structure and function in the nervous systems of invertebrates (1965) (1050)
The Compound eye and vision of insects (1975) (301)
The separation of visual axes in apposition compound eyes. (1978) (264)
Learning of leg position by the ventral nerve cord in headless insects (1962) (243)
Shape vision in bees: innate preference for flower-like patterns (1995) (209)
Critical Point Drying for Scanning Electron Microscopic Sthdy of Ciliary Motion (1969) (202)
The evolution of visual processing and the construction of seeing systems (1987) (130)
Movement of palisade in locust retinula cells when illuminated. (1965) (128)
The organization of inputs to motoneurons of the locust metathoracic leg. (1974) (119)
The compound eye of insects (1977) (105)
Nervous control of optokinetic responses in the crab Carcinus (1964) (105)
Insects which turn and look (1977) (104)
Learning of Leg Position by Headless Insects (1962) (101)
Visual figure–ground discrimination in the honeybee: the role of motion parallax at boundaries (1990) (97)
The accuracy of the patterns of connexions of the first- and second-order neurons of the visual system of Calliphora (1970) (95)
The relation between the orientation of the central fibrils and the direction of beat in cilia of Opalina (1970) (94)
The superposition eye of skipper butterflies (1972) (94)
Pattern vision in honeybees (Apis mellifera): Flower-like patterns with no predominant orientation (1995) (89)
Extracellular recordings from single neurons in the optic lobe and brain of the locust (1965) (88)
Prey detection by Chaetognatha via a vibration sense (1967) (85)
A theory of insect vision: velocity parallax (1986) (80)
Non-motile sensory cilia and neuromuscular junctions in a ctenophore independent effector organ (1965) (79)
The eye of Anoplognathus (Coleoptera, Scarabaeidae) (1975) (77)
Statocysts of medusae and evolution of stereocilia. (1969) (74)
Naked Axons and Symmetrical Synapses in Coelenterates (1964) (74)
The honeybee (Apis mellifera) detects bilateral symmetry and discriminates its axis (1996) (70)
The eye of the firefly Photuris (1969) (68)
A 24-HOUR CYCLE IN SINGLE LOCUST AND MANTIS PHOTORECEPTORS (1981) (67)
Invertebrate vision (1980) (66)
The Nerves and Muscles of Medusae (1955) (66)
RELATIONS BETWEEN NERVES AND CILIA IN CTENOPHORES. (1965) (65)
The rhabdom of the lobster eye. (1965) (64)
Angular sensitivity of the retinula cells of dark-adapted worker bee (1971) (64)
Optokinetic memory in the crab, Carcinus. (1966) (63)
Fly photoreceptors - II. Spectral and polarized light sensitivity in the drone fly Eristalis (1975) (59)
Presumed Photoreceptive Cilia in a Ctenophore (1964) (59)
Fly photoreceptors I. Physical separation of two visual pigments in Calliphora retinula cells 1-6 (1975) (58)
The co-ordination of the protective retraction of coral polyps (1957) (58)
The Flight of Very Small Insects (1956) (56)
A diurnal moth superposition eye with high resolution Phalaenoides tristifica (Agaristidae) (1977) (55)
Anatomy of the Regional Differences in the Eye of the Mantis Ciulfina (1979) (55)
The Nerves and Muscles of Medusae: V. Double Innervation in Scyphozoa (1956) (55)
The dorsal eye of the mayfly Atalophlebia (Ephemeroptera) (1978) (53)
The retina of the locust (1966) (52)
Insect perception of illusory contours (1992) (52)
The Lobster Optic Lamina (1966) (50)
The Nerves and Muscles of Medusae: I. Conduction in the Nervous System of Aurellia Aurita Lamarck (1954) (49)
Fly photoreceptors. III. Angular sensitivity as a function of wavelength and the limits of resolution (1976) (49)
Review lecture: Apposition eyes of large diurnal insects as organs adapted to seeing (1980) (48)
The retina of Ephestia (Lepidoptera) (1971) (48)
Macrocilia with numerous shafts from the lips of the ctenophore Beroe (1965) (48)
Unit studies on the retina of dragonflies (1969) (47)
Some recently discovered underwater vibration receptors in invertebrates (1966) (47)
Primitive Nervous Systems (1968) (47)
Analysis of the rapid responses of Nereis and Harmothoë ( Annelida ) (1959) (46)
The nerves and muscles of medusae. VI. The rhythm (1959) (46)
The Nervous System of the Ephyra Larva of Aurellia Aurita (1956) (45)
The path and rate of growth of regenerating motor neurons in the cockroach (1977) (44)
The Action of the Eyecup Muscles of the Crab, Carcinus, During Optokinetic Movements (1968) (42)
Proprioceptors, bristle receptors, efferent sensory impulses, neurofibrils and number of axons in the parapodial nerve of the polychaete Harmothoë (1963) (42)
Seven experiments on pattern vision of the honeybee, with a model (2000) (41)
A template theory to relate visual processing to digital circuitry (1990) (41)
The origins of the nervous system (1968) (39)
Bees can combine range and visual angle to estimate absolute size (1992) (39)
Electrophysiological investigation of the optics of the locust retina (1967) (39)
Optical mechanisms of clear-zone eyes (1974) (39)
Movement on dark–light adaptation in beetle eyes of the neuropteran type (1971) (38)
Alternatives to superposition images in clear-zone compound eyes (1971) (38)
Pitch discrimination in locusts (1961) (37)
Spectral sensitivity of single retinula cells of the locust (1967) (36)
Pitch Discrimination in Orthoptera (Insecta) demonstrated by Responses of Central Auditory Neurones (1960) (35)
The spatial resolutions of the apposition compound eye and its neuro-sensory feature detectors: observation versus theory. (2005) (35)
Vision of the honeybee Apis mellifera for patterns with one pair of equal orthogonal bars. (1997) (35)
The organization of visual fields in the hemipteran acone eye (1975) (35)
Naked Axons and Symmetrical Synapses in an Elementary Nervous System (1962) (34)
Pigment Movement and the Crystalline Threads of the Firefly Eye (1968) (33)
Perception of edges versus areas by the crab Carcinus. (1966) (32)
A Direct Response of the Crab Carcinus to the Movement of the Sun (1965) (32)
Study of a system, as illustrated by the optokinetic response. (1966) (32)
The optical function of changes in the medium surrounding the cockroach rhabdom (1972) (31)
What does the honeybee see? And how do we know?: A critique of scientific reason (2011) (31)
What the honeybee sees: a review of the recognition system of Apis mellifera (2005) (30)
The Austronesian Conquest of the Sea - Upwind (2004) (30)
The lobster optic lamina. IV. Glial cells. (1966) (30)
The ommatidium of the dorsal eye of Cloeon as a specialization for photoreisomerization (1976) (29)
Intracellular Action Potentials associated with the Beating of the Cilia in Ctenophore Comb Plate Cells (1965) (29)
Pattern Vision of the Honeybee (Apis mellifera): the Significance of the Angle Subtended by the Target (1996) (28)
Ratios of template responses as the basis of semivision. (1991) (28)
Motoneurone Discharges to the Eyecup Muscles of the Crab carcinus (1968) (28)
Optokinetic responses of the crab, Carinus to a single moving light. (1966) (28)
Two‐dimensional pattern discrimination by the honeybee (1999) (27)
The tiered retina of Dytiscus: a new type of compound eye (1970) (27)
Pattern recognition in bees : size of regions in spatial layout (1992) (27)
Occurrence of Asparagopsis armata Harv. on the Scilly Isles (1951) (26)
Interaction of the movements of the two eyecups in the crab Carcinus. (1969) (25)
What does an insect see? (2009) (25)
Miniature potentials, light adaptation and afterpotentials in locust retinula cells. (1977) (24)
The ommatidium of the lacewing Chrysopa (Neuroptera) (1976) (24)
Visual pigment spectra from sensitivity measurements after chromatic adaptation of single dronefly retinula cells (1977) (24)
The eye of Dytiscus (Coleoptera). (1969) (24)
The preferences of the honeybee (Apis mellifera) for different visual cues during the learning process. (2007) (23)
On the existence of 'fast' and ‘slow' directionally sensitive motion detector neurons in insects (1992) (23)
The centrally determined sequence of impulses initiated from a ganglion of the calm Mya (1961) (23)
Visual resolution of gratings by the compound eye of the bee Apis mellifera (2003) (23)
XI – Recent Studies on the Ctenophora (1974) (23)
THE COMPOUND EYE (1980) (22)
The exact neural projection of the visual fields upon the first and second ganglia of the insect eye (1970) (22)
Pattern vision of the honeybee (Apis mellifera). What is an oriented edge? (2000) (22)
EYECUP WITHDRAWAL IN THE CRAB, CARCINUS, AND ITS INTERACTION WITH THE OPTOKINETIC RESPONSE (1968) (22)
Generalization in visual recognition by the honeybee (Apis mellifera): a review and explanation. (2009) (22)
Tonic and Phasic Systems in Parallel in the Eyecup Responses of the Crab Carcinus (1968) (21)
The lobster optic lamina. 3. Degeneration of retinula cell endings. (1966) (21)
Transmission of excitation through the ganglia of Mya (Lamellibranchiata) (1958) (21)
Adaptation and other phenomena in the optokinetic response of the crab, Carcinus. (1966) (21)
The electrophysiology of the retina ofPeriplaneta americana L. (1973) (20)
Optokinetic memory in the locust. (1966) (20)
Further observations on the clear zone eye of Ephestia (1972) (20)
The electrophysiology of the retina ofPeriplaneta americana L. (2004) (20)
Pattern Vision of the Honeybee (Apis mellifera): Blue and Green Receptors in the Discrimination of Translocation (2000) (19)
Light guides in the dorsal eye of the male mayfly (1982) (19)
Perception of polarization plane, colour and movement in two dimensions by the crab, Carcinus (1967) (19)
A polarized light study of glass fibre laminates (1955) (19)
Bee vision of pattern and 3D. The Bidder Lecture 1994 (1994) (19)
The Onset of the Fast Phase in the Optokinetic Response of the Crab, Carcinus (1968) (19)
The ommatidium of the termite mastotermes darwiniensis. (1971) (19)
Pattern vision of the honeybee (Apis mellifera): the effect of pattern on the discrimination of location (1999) (18)
The nerves and muscles of medusae. IV. Inhibition in Aequorea forskalea (1955) (18)
Affinity of Neurones in Regeneration (1968) (18)
Visual discriminations of spokes, sectors, and circles by the honeybee (Apis mellifera). (2006) (18)
The Responses of Heteroxenia (Alcyonaria) to Stimulation and to some Inorganic Ions (1956) (18)
Arthropod receptor optics (1975) (17)
Visual resolution of the orientation cue by the honeybee (Apis mellifera). (2003) (17)
Colour vision in butterflies (1984) (17)
The visual system of the honeybee (Apis mellifera): the maximum length of the orientation detector. (2003) (16)
Sheaths of the motor axons of the crab Carcinus (1964) (16)
The Prahu: Traditional Sailing Boat of Indonesia (1981) (16)
Retinula cell responses in a moth superposition eye (1983) (16)
The Giant Mitochondria of Ctenophore Comb-Plates (1964) (15)
Connections in the Nervous System. (Book Reviews: Interneurons. Their Origin, Action, Specificity, Growth, and Plasticity) (1968) (15)
Afterpotentials in dronefly retinula cells (2004) (15)
Structural changes in light- and dark-adapted compound eyes of the Australian earwig Labidura riparia truncata (Dermaptera). (1977) (15)
The compound eye of Archichauliodes (Megaloptera) (1971) (15)
Efferent Copy and Voluntary Eyecup Movement in the Crab, Carcinus (1968) (15)
Daily changes in the compound eye of a beetle (Macrogyrus) (1983) (15)
The Konjo boatbuilders and the Bugis prahus of south Sulawesi (1979) (14)
Pattern discrimination by the honeybee (Apis mellifera ) is colour blind for radial / tangential cues (1999) (14)
The Co-Ordination of the Responses of Cerianthus (Coelenterata) (1958) (14)
An Action Potential from the Motor Nerves of the Jellyfish Aurellia aurita Lamarck (1953) (14)
Pattern discrimination by the honeybee (Apis mellifera): training on two pairs of patterns alternately. (1999) (14)
Synapses upon motoneurons of locusts during retrograde degeneration. (1974) (14)
Implementation of the template model of vision (1990) (14)
The Nerves and Muscles of Medusae II. Geryonia Proboscidalis Eschscholtz (1955) (14)
Neuron function and behaviour: Which explains which? (1983) (14)
Two-dimensional records of the eyecup movements of the crab Carcinus. (1969) (13)
The effect of complexity on the discrimination of oriented bars by the honeybee (Apis mellifera) (2003) (13)
The distribution of bumps in the tail of the locust photoreceptor afterpotential. (1978) (13)
Visual discrimination by the honeybee (Apis mellifera): the position of the common centre as the cue (2003) (12)
Regulation and control in living systems (1968) (12)
The design of planked boats of the Moluccas (1978) (12)
Observations on the nerve fibres of Aurellia aurita (1954) (12)
The relation between pattern and landmark vision of the honeybee (Apis mellifera) (1996) (12)
The H1 Neuron Measures Change in Velocity Irrespective of Contrast Frequency, Mean Velocity or Velocity Modulation Frequency (1991) (12)
Neuro-Muscular Transmission in the Earthworm (1960) (11)
A DIFFERENT KIND OF VISION: THE COMPOUND EYE (1978) (11)
Sailing craft of Indonesia (1986) (11)
Theory of the summation of scattered light in clear zone compound eyes (1972) (11)
Primitive examples of gravity receptors and their evolution (1968) (11)
Outrigger canoes of Bali and Madura, Indonesia (1987) (11)
Spatial coincidence of cues in visual learning by the honeybee (Apis mellifera). (1998) (10)
An artificial seeing system copying insect vision (1991) (10)
The eye of the soldier beetle Chauliognathus pulchellus (Cantharidae) (1979) (10)
Recognition of a familiar place by the honeybee (Apis mellifera) (2005) (10)
The evolution of pacific canoe rigs (1986) (9)
Multimodal Interneurones of Locust Optic Lobe (1964) (9)
Responses of the H1 Neuron of the Fly to Jumped Edges (1990) (9)
A note on the number of retinula cells of Notonecta (1968) (9)
Visual Processing of Pattern (2006) (8)
The compromise between seeing spatial layout and making visual discriminations (1991) (8)
A Test for Multiplication in Insect Directional Motion Detectors (1991) (8)
Position of Onset of Fast Phase in Optokinetic Nystagmus (1967) (8)
Some labels that are recognized on landmarks by the honeybee (Apis mellifera). (2006) (8)
Colour Inputs to Motion and Object Vision in an Insect (1990) (8)
Responses of the H1 Neuron of the Fly to Contrast and Moving Bars (1990) (8)
Five types of memory in crab eye responses (1968) (8)
Interaction between two retinula cell types in the anterior eye of the droneflyEristalis (2004) (7)
A Through-conducting System co-ordinating the Protective Retraction of Alcyonium (Coelenterata) (1956) (7)
How bees distinguish black from white (2014) (6)
A NEUROPHARMACOLOGICALLY ACTIVE SUBSTANCE FROM JELLYFISH GANGLIA. (1965) (6)
Comparative physiology: integrative action of the nervous system. (1963) (6)
The evolution of living things (1958) (5)
The lambo or prahu bot: A western ship in an eastern setting (1979) (5)
Spatial and non-spatial coding of patterns by the honeybee (Apis mellifera) (1997) (5)
Two models of the partially focused clear zone compound eye (1973) (4)
The Nerves and Muscles of Medusae: III. A Decrease in the Refractory Period Following Repeated Stimulation of the Muscle of Rhizostoma Pulmo (1955) (4)
Reconstruction of synaptic geometry and neural connections from serial thick sections examined by the medium high voltage electron microscope. (1971) (4)
Mechanistic Teleology and Explanation in Neuroethology: Understanding the Origins of Behavior (1977) (4)
How Bees Discriminate a Pattern of Two Colours from Its Mirror Image (2015) (4)
How bees distinguish colors (2015) (4)
Pattern and 3D vision of insects (1997) (4)
The growth of scientific physiology. (1961) (3)
The anti-intuitive visual system of the honey bee. (2012) (3)
Bees see red. (1998) (3)
Chapter 3 – INTEGRATION IN NERVOUS SYSTEMS (1973) (3)
The interpretation of behavior in terms of interneurons. (1969) (3)
The visual control of flight. (2019) (3)
The cell and the organism: essays presented to Sir James Gray (1963) (3)
The Design of the Compound Eye Depends on the Physics of Light (2002) (3)
Mechanistic Teleology and Explanation in Neuroethology (1977) (3)
Darwinism and the study of society: a centenary symposium (1962) (2)
Responses of Invertebrates (1959) (2)
Affinity of neurons in regeneration. (1968) (2)
How bees distinguish patterns by green and blue modulation (2015) (2)
A summary of Indonesian Canoe and prahu ceremonies (1986) (2)
The relevance of honeybee vision to the design of seeing systems (2002) (2)
Primitive vision based on sensing change (1989) (2)
NON-SPECIFIC SYSTEMS AND DIFFERENCES BETWEEN NEURONS IN LOWER ANIMALS (1964) (1)
A NEW SPECIES OF SOLENOPODIUM (STOLONIFERA: OCTOCORALLIA) FROM THE RED SEA (2009) (1)
Cold Spring Harbor symposia on quantitative biology. Volume XVI. Genes and mutations (1953) (1)
The discovery of a visual system: the honeybee (2019) (1)
Do bees distinguish colours (2016) (1)
Synaptic Organization of the Lobster Optic Lamina (1968) (1)
Target size, spatial layout and filters in honeybee vision (1995) (1)
Visual discrimination by the honeybee (Apis mellifera) (2012) (1)
Book Review (2012) (1)
Responses of Cerianthus to Stimulation (1957) (1)
Insect motion perception. (1992) (1)
Neural Biology (1973) (1)
Reminiscences of the St Andrews and Canberra efforts on the compound eye (2006) (0)
Book Review: Neuron Properties in Insects (1975) (0)
Book Review:A Model of the Brain. J. Z Young (1966) (0)
Perspective—How to Write an Invertebrate Anatomy Book (2015) (0)
Sense organs by M. S. Laverack and D. J. Cosens, Blackie, 1981. £29.75 (xvi + 394 pages) ISBN 0 216 91094 3 (1982) (0)
Biology. Its Principles and Implications.Garrett HardinElements of Biology.Paul B. Weisz (1964) (0)
Nouns, neurons, and parallel pathways (1978) (0)
An Annelid Proprioceptor (1962) (0)
The ships on the Velarde map (1986) (0)
The story of Pacific canoes and their rigs (1995) (0)
VIBRATION RECEPTORS IN INVERTEBRATES (2020) (0)
Neurones and Learning (1971) (0)
CONCLUDING REMARKS. THE STATE OF THE ART AS ILLUSTRATED BY THIS SYMPOSIUM AT TIHANY (1981) (0)
Book Review:Invertebrate Nervous Systems: Their Significance for Mammalian Neurophysiology. C. A. G. Wiersma (1968) (0)
Masts and roses, decks with leaves. An illustrated account of the Bugis prahus (1980) (0)
The Bugis and Makassar tradition (1981) (0)
Innovation, deep thought and hard work. (2019) (0)
AN INVESTIGATION OF FACTOR S OF CRUSTACEA. (1964) (0)
The five-part canoe is a married couple. Second International Conference on Indian Ocean Studies (1984) (0)
Physiological Foundations of Behavior.Charles M. Child (1966) (0)
Letters: Snail's place (1997) (0)
Honeybees: Engineering Design of the Visual System (2015) (0)
A DIURNAL RHYTHM OF RHABDOM SIZE IN LOCUST AND MANTIS COMPOUND EYES (1981) (0)
Book Review:Marine Fauna of the Isle of Man and Its Surrounding Seas. J. R. Bruce, J. S. Colman, N. S. Jones (1964) (0)
Constancy of neurons, precision of connectivity patterns and specificity as a product of neuron differentiation in invertebrates (1972) (0)
Presumptions based on keyhole peeping (1987) (0)
Closing remarks: an impossible task (1973) (0)
The nature of life (1962) (0)
Prtnted in Great Britain (2005) (0)
How bees distinguish colours and modulation. (2019) (0)
RHYTHMIC CHANGES IN STRUCTURE AND FUNCTION OF THE COMPOUND EYE IN THE MIGRATORY LOCUST (1988) (0)
Outrigger Canoes of Bali and Madura, Indonesia [Book Review] (1988) (0)
What we learned. (2019) (0)
Training and testing bees. (2019) (0)
An entirely new kind of visual system in the honey bee (2016) (0)
Pacific Ocean Vessels (2007) (0)
Evolution: its sciences and doctrine. Royal society of Canada, “studia varia” series 4. (1961) (0)
The difficult birth of honeybee colour vision. (2019) (0)
What was not mentioned. (2019) (0)
Small boats of Madura (1981) (0)
The route to the goal and back again. (2019) (0)
Honeybee: Visual System Design (2015) (0)
Bee vision is not adapted for pattern or shape. (2019) (0)
Ethology. The Mechanisms and Evolution of Behavior. By James L. Gould. Pp. 544+A61. (John Wiley & Sons Ltd, 1983.) £15.30 (1984) (0)
THE SPECTRAL RESPONSES OF MOTION SENSITIVE NEURONS OF DRAGONFLY (1990) (0)
Parallel inputs to memory in bee colour vision. (2016) (0)
Book Review:The Senses of Animals. L. Harrison Matthews, Maxwell Knight (1965) (0)
Symmetry and asymmetry: signposts in route finding. (2019) (0)
Prahu, The [Book Review] (1985) (0)
The fundamentals of the insect compound eye. (2019) (0)
Connecting with the invertebrates (1986) (0)
Book Review:The Biology of Hemichordata & Protochordata. E. J. W. Barrington (1966) (0)
No way to untie the spell. (2019) (0)
Feature detectors, cues, resolution, preferences and coincidences. (2019) (0)
Neuron constancy and connection patterns in functional and growth studies (2020) (0)
The crab eye (1971) (0)

This paper list is powered by the following services:

Other Resources About Adrian Horridge

en.wikipedia.org

What Schools Are Affiliated With Adrian Horridge?

Adrian Horridge is affiliated with the following schools:

Adrian Horridge's Academic­Influence.com Rankings