Nervous systems and behaviour: proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables
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| Format: | Conference Proceeding Book |
| Language: | English |
| Published: |
Stuttgart ; New York
Thieme [und 1 weiterer]
1995
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| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XXVIII, 496 Seiten Illustrationen, Diagramme |
| ISBN: | 3131028416 |
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| 245 | 1 | 0 | |a Nervous systems and behaviour |b proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables |c edited by Malcolm Burrows [und 3 weiteren] |
| 264 | 1 | |a Stuttgart ; New York |b Thieme [und 1 weiterer] |c 1995 | |
| 300 | |a XXVIII, 496 Seiten |b Illustrationen, Diagramme | ||
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| adam_text | NervoK Systems smd BefavMMir
Proceedings of the 4th International Congress of Neuroethology
September 3-8,1995
Edited by
Malcolm Burrows, Thomas Matheson,
Philip L Newland and Hansjiirgen Schuppe
25 Figures, 3 Tables
Georg Thieme Verlag Thieme Medical Publishers, Inc
Stuttgart • New York New York
Contents
VII
Plenary Speakers
2 Livingstone M Parallel processing in the primate visual system
3 Edwards D H The neural mechanisms of social dominance status in crustaceans
4 Weeks J C Neural and hormonal mechanisms underlying behavioral plasticity in the
moth, Manduca sexta
5 Sillar K Developmental and aminergic modulation of spinal circuit ry controlling
swimming in amphibian larvae
6 Bottjer SW amp; Johnson, J F Plasticity in brain structure and learned vocal behavior in
songbirds
7 Horn G Imprinting or in search of the engram along the Fos way
8 Krebs JR amp; Clayton N S Predispositions and plasticity: the hippocampus of food-
storing birds
9 Mustaparta, H Processing of olfactory information in insects
10 Breer H The sense of smell: molecular basis of olfactory signal recognition
11 Gillette M U The neurobiology of time: regulation of the brain s circadian clock
12 Sapolsky R Stress, stress-related disease, and personality: studies of wild baboons
Symposium Speakers
Oscillations and computations in brains
16 Gelperin A Oscillations and computations in brains
17 Laurent G Temporal and distributed coding of odors in an insect brain
18 Haberly L B amp; Ketchum K L Oscillations in piriform (primary olfactory) cortex in the
rat impose a spatial and temporal order on integrative processes
19 Bullock T H Diversity of field potential oscillations in organized nervous tissue
Behavioural genetics and neuroethology
22 Strauss R Stumbling flies: a screen for X-linked locomotor mutant s identifies new
genes involved in the control and excecution of walking in Drosophila melanogcister
23 Schneiderman AM, Trimarchi JR, Edgecomb, RS amp; Kenny P A The Drosophila
flight initiation system
24 Ferveur J -F Genetics of chemical communication in Drosophila
25 Greenspan RJ amp; Kane N Genetic control of behavioral plasticity in Drosophila
Visual computation in higher vertebrates
28 Wagner H Neural mechanisms of stereoscopic depth perception
29 Fujita I How are object images represented in the monkey brain?
30 Frost BJ amp; Sun H Time to collision with approaching moving objects is processed
in pigeon nucleus rotundus
VIII
Modelling motor networks
32 Fischer TM, Fisher SA, Blazis DEJ amp; Carew T J Activity-dependent regulation of
reflex circuitry: the role of inhibitory synaptic plasticity in adaptive gain control in the
siphon withdrawal reflex of Aplysia
33 Williams T L Mechanisms of intersegmental coordination in the lamprey locomotor
pattern generator
34 Skinner F K Intrinsic and synaptic mechanisms in reciprocally inhibitory neural
networks
35 Calabrese R L Plasticity in motor systems: using realistic neuronal network models to
understand neuromodulation
Glial contributions to behaviour
38 Laming P Glial contributions to behaviour: discussion topics
Databases for neurobiologists: a round table discussion
Stability and plasticity in motor programs
42 Mohl B Introductory remarks and plasticity in the flight steering system of the locust
43 Bassler U Plasticity as a consequence of parliamentary organization of a neural
network
44 Erber J amp; Pribbenow B Plasticity of antennal scanning movements in the honey bee
45 Heisenberg M amp; Wolf R Operant control of flight behaviour in Drosophila
The neural space and audition
48 Takahashi TT amp; Keller C H Representations of simulated echoes within the Barn
Owl s auditory space map
49 Yang L , Pollak G D Inhibitory circuits affect neuron s responses for multiple sounds in
the dorsal nucleus of the lateral lemniscus of the mustache bat
50 Kautz D , Wagner H Sensitivity to acoustic motion stimuli in the barn owl s midbrain
51 Simmons J A, Ferragamo MJ, Haresign T , Dear SP, Fritz JB, Saillant P A ,
J Wotton JM amp; Lee D N Auditory space and echo-delay images in bat sonar
The behavioural ecology of ion channels
54 Meech R W Ion channels and behaviour in cnidaria
55 Coles JA, Vallet AM, Schneider-Picard G , Taylor GC amp; Eilbeck J C Signal
enhancement by Na channels in honey bee drone photoreceptors contributes to mating
behaviour
56 Hardie R C Functional properties of light-sensitive channels in Drosophila
photoreceptors
57 Laughlin S B Potassium channel diversity and visual ecology in the time-domain
Plasticity in the central nervous system
60 t Fernald R D Social control of gene expression
61 i Xerri C , Coq JO amp; Benelhadj M Tactile experience reshapes the cutaneous maps of
I the adult rat somatosensory cortex
IX
Neuroanatomy, behaviour and the evolution of nervous systems,
64 Strausfeld N J Central nervous systems and the study of arthropod evolution
65 Northcutt R G Complex vertebrate brains have evolved multiple times
66 Striedter GFA developmental^ based model of forebrain evolution
67 Carr CE amp; Koppl C Evolution of the auditory brainstem in birds
Sensory ecology
70 Atema J , Basil J , Grasso F , Consi T amp; Gomez G Temporal filters of chemoreceptor
cells and chemotaxis in turbulence
71 Chittka L Bee color vision is optimal for coding flower colors, but flower colors aren t
optimal for being coded - Why?
72 Devarakonda R , Barth FG amp; Humphrey JAC Detection of medium flow in air and
water
Modelling and computational neuroethology
74 Abbott LF amp; Salinas E How neurons can learn and perform coordinate
transformations
75 Kiemel T Inferring intersegmental coupling strength from the output of the lamprey
central pattern generator
76 Doya K amp; Sejnowski TJA model of birdsong vocalization learning
77 Webb B A robot-based model of cricket phonotaxis
Insect frog communication: neuroethology of predators and their prey
80 Schmitz B Mechanisms of sound localization in insects and frogs
81 Hedrick A V Biotic selection on mate choice for acoustic stimuli in insects and frogs
82 Schwartz JJ amp; Gerhardt H C Neural correlates of selective phonotaxis in insects and
frogs
Sexual selection and the nervous system
84 Hoy RHow sexual selection can sharpen the focus of neuroethological research
85 Bass A Life history strategies, sexual selection and the brain
86 / Kelley D Assembling a sexually differentiated vocal system: steroid regulated gene
expression and sexual selection
87 Wilczynski W Sexual selection and the evolution of acoustic communication in frogs
Neural representation of spatial information
90 Schenk F amp; Grobety M -C Ontogeny of spatial abilities in rats
91 Galea LAM, Kavaliers M amp; Ossenkopp K -P Hormonal aspects of spatial learning in
meadow voles (Microluspeimsylvaniciis) and deer mice (Peromyscus maniciilatus)
92 Jacobs LF, Schenk F amp; Nadel L The evolution of hippocampal function
t
X
New vistas in small circuits
94 Turrigano G G Activity-dependent regulation of neuronal firing properties
95 Borst A How do nerve cells compute? Dendritic integration in fly visual interneurons
96 Ramirez J M The role of bursting properties in neuronal circuits involved in the
generation of rhythmic motor pattern in invertebrates and vertebrates
97 Jacobs GA amp; Theunissen F E From identified neurons to integrated systems,
information processing in the cricket cercal sensory system
Development of olfactory systems
100 Burd G D Gene expression in the developing olfactory system of the frog, Xenopus
laevis
101 Tolbert LP, Oland LA amp; Willis M A Intercellular interactions in the developing
olfactory center in an insect brain
102 Zippel H P The intact and the functionally regenerating olfactory system of goldfish:
morphological, physiological, and behavioral aspects
103 Kendrick K M Neural and neurochemical control of olfactory recognition memory in
sheep
Patterned neural activity
106 Abbott LF amp; Blum K I Learning and generating motor sequences
107 Engel AK, Roelfsema PR, Munk MHJ, Konig P amp; Singer W Roles of neural
synchrony in visual information processing
108 Middlebrooks JC, Xu L , Clock Eddins A amp; Green D M Decoding spike patterns in
the auditory cortex
109 Abeles M amp; Prut Y Spatio-temporal firing patterns in the frontal cortex
Heiligenberg symposium
112 Hagedorn M Retrospective on courtship behavior in electric fish from the Heiligenberg
laboratory
113 Kawasaki M Motor control mechanisms for jamming avoidance response and
9 electrocommunication in gymnotiform fishes
1H Keller CHA sensory motor interface in weakly electric gymnotiform fishes
115 Moortgat K T Regularity of pacemaking in a weakly electric fish: network properties
of the pacemaker nucleus
116 Carr C E Time coding pathways in Eigenmcimiia: experiments with Walter
117 Shumway C A Multiple electrosensory maps in the medulla of weakly electric fish:
physiological and anatomical differences
118 Vischer H A Walter Heiligenberg
122 Menzel R amp; Geiger K Honeybee navigation: hierarchically organised orientation
mechanisms rather than cognitive maps
123 Collett TS amp; Baron J Mechanisms for flexible navigation in insects
124 Capaldi EA amp; Dyer F C Contents and acquisition of large-scale spatial memory by
f honey bees
126 Gallistel C R Why I think bees and wasps have an integrated cognitive map
126 Wehner R Insect navigation: coupling of egocentric and geocentric information
127 Wiltschko W Directional orientation as the basic element of the birds view of space
XI
Circadian rhythms
130 Siwicki KK, Horn EF, Bug B , Folwell MG amp; Noveral J The cellular rhythms of a
Drosophila clock protein
131 Tomioka K Neural basis for mutual interaction between circadian pacemakers in the
cricket
132 Block G , Geusz M , Khalsa S , Michel S amp; Whitmore D Cellular studies of a snail s
biological clock
133 Colwell C S Regulation of photic input to circadian systems: a role for serotonin
Poster presentations
Neurogenetics
136 Phelan P , Nakagawa M , Wilkin MB, Moffat K , Davies JA amp; Bacon J P Mutations
in Shaking-B(Neural) uncouple electrical synapses in the Drosophila giant fibre system
137 Stout J , Hao J , Coburn P , Bronsert M amp; Atkins G Hormonal control of phonotaxis
by female crickets through regulation of gene expression in identified auditory neurons
138 Meinertzhagen IA, Gordon A amp; Sun X -J Computer 3-D reconstructions of the brain
of Drosophila melanogaster and their prospective contribution to a computer database
for Drosophila neurobiology
Ion channels
139 Miyabo-Takeguchi M The quest for colonic-type H+, K+-ATPase in rabbit brain
140 Harris-Warrick, RM, Coniglio, L , Baro, D amp; Levini, R Ionic and molecular
mechanisms for control and modulation of phasing in the lobster pyloric network
141 Hosier JS amp; Esch H E The effects of temperature-dependent shifts in resting
potential on K+ channel function in Drosophila melanogaster flight muscle
142 Anderson J amp; Hardie R C Different photoreceptors within the same retina express
unique combinations of potassium channels
Neurotransmitters and neuromodulators
143 Lu CL, Yu M Q The genetic mechanisms of content variation of somatostatin,
vasopressin and oxytocin in noxiously-stressed rat brain
144 Hidaka T , Kusano K amp; Shinogi S Excitatory and inhibitory neuromuscular
transmission in the red muscle of the marine and freshwater teleosts
145 Gulyaeva NV, Oniifriev MV, Stepanichev M Yu amp; Lazareva N A Behaviour in
emotional resonance test and the activity of NO-synthase in brain regions of old rats
146 Gulyaeva N V/, Egorova LK, Stepanichev M Yu , Lazareva NA amp; Khromova S V
Neurochemical correlates of individual behaviour: stress induced changes and
synchronization of cyclic AMP levels in brain regions
147 Onufriev MV, Lazareva NA, Akimov Yu A amp; Gulyaeva N V Effects of behavioural
type and stress on in vitro binding of aldosterone with brain corticosteroid receptors
XII
148 Stepanichev M Yu , Lazareva NA, Onufriev MV, Khromova SV amp; Gulyaeva N V
Cerebral membrane lipids as neurochemical correlates of individual behaviour
149 Jamieson D amp; Roberts A A pharmacological study transmitters and receptors in the
photosensitive pineal eye ofXenopus laevis embyos
150 Parker D amp; Grillner S Tachykinin-mediated presynaptic and postsynaptic modulation
of sensory processing in the lamprey spinal cord
151 Gill MD amp; Skorupski P Intra and intersegmental effects of octopamine and serotonin
in the crayfish walking system
152 Wareham KV amp; Skorupski P Neuromodulation of levator and depressor motor
neurones of a crayfish leg by octpamine and serotonin
153 Adamo SA, Linn C E: amp; Beckage N E The effect of the parasitic wasp, Cotesia
congregata, on the feeding behaviour and biogenic amine levels of its host, the tobacco
hornworm (Manduca sexto)
154 Schachtner J amp; Braunig P The activity pattern of identified neurosecretory neurones
during feeding behaviour in the locust
155 Matsumoto Y amp; Sakai M The brain facilitates copulatory action using octopamine in
the male cricket
156 Wagener-Hulme C , Schulz D amp; Robinson G E Changes in brain levels of biogenic
amines during honeybee behavioural development
157 Weisel Eichler A amp; Libersat F Flight initiation in the cockroach is modulated by
octopamine
158 Meuser S , Stevenson PA amp; Pflueger H -J Octopaminergic DUM-neurone projecting
on larval flight steering muscles in locusts
159 Schuppe H amp; Burrows M Rest and arousal in locusts and bees
160 Watkins BL, Matheson T amp; Burrows M Sensory neurons of a locust proprioceptor
do not contain 5-hydroxytryptamine
161 Matheson T Presynaptic inhibition of a locust proprioceptor is enhanced by peripheral
application of the neuromodulator octopamine
162 Scholz NL, Chang ES, Graubard K amp;Truman J W Cellular distribution of nitric
oxide-activated cGMP in the developing lobster nervous system
163 y Schneider H , Budhiraja P , Braunig P , Walter I , Peckol E , Beltz BS amp; Kravitz E A
/ Appearance of octopamine - immunoreactive neurons in the developing lobster CNS:
possible correlation to function
164 Krasne FB amp; Shamsian A Excitability of lateral giant escape reactions during agonistic
encounters
165 Schneider H , Baro DJ, Harris-Warrick RM amp; Kravitz E A Single cell molecular
genetic approaches in lobster identified neurons: shab gene expression
166 Denheen MT amp; Neil D M Central and peripheral actions of the neuropeptide
proctolin on the abdominal neuromuscular system of the Norway lobster
167 NieGen H , Bohm H amp; Heinzel H -G Modulation of vegetative rhythms in the crayfish
Orconectes limosus
168 Huber R Serotonin controls decision making aspects of fighting in crayfish
169r O Shea M , Elphick M , Kemenes G , Staras K , Cunningham J , Korneev S , Picot J amp;
t Piper M Nitric oxide/cGMP signalling pathway in Lynmaea stcigimlis from molecular
i biology to behaviour
XIII
170 Katz PS, Tunstall MJ amp; Frost W N Serotonergic neuromodulation intrinsic o the
Tritonia swim CPG may be crucial for reconfiguration of the network into a rhythmic
pattern generating circuit
171 Bartos M amp; Honegger H -W Proctolin expression in antennal motoneurons of
crickets varies in correlation to physiological and behavioral contrains
172 Bartos M , Lauer B amp; Honegger H -W Colocalisation of glutamate and proctolin in
antennal motoneurons: an immunocytochemical double-labelling study in crickets
173 Blenau W amp; Erber J Dopamine- and serotonin-receptor ligands in the honeybee - a
comparison of in vitro—binding and behavioural effects
174 Ogawa H amp; Oka K Glutamate receptor subtypes on the earthworm median giant
fiber
175 Shiraishi A , Yamamoto T , Matsumoto T amp; Kuroki T Relationship between
occurrence of hyperphagia after the recurrent nerve cut and the brain dopamine level in
the blowfly
176 Jansen RF, Hermann PM, Pieneman amp; Ter Maat A Behavioral and neural effects of
multiple peptides encoded on a single gene in the snail, Lymnaea stagnalis
177 Libersat F , Fouad K amp; Rathmayer W Wasp venom modulates cockroach escape
behaviour and its underlying circuitry
Modelling motor networks
178 Mulloney B amp; Sherff CMA test of the motor-neuron modekof the swimmeret
pattern-generator
179 Cacciatore TW, Baader A amp; Kristan WBA neural model oftthe leech crawling
circuit
180 Tunstall MJ, Katz PS amp; Frost WNA revised model of thziTritonia escape swim
CPG suggests a role for intrinsic neuromodulation and predicts a missing neuron in the
CPG network
181 Roberts A amp; Cragg R Models of neuronal networks with positive feedback to control
the frequency of motoneurons or central pattern generators
182 Dunn S , Straub V , Benjamin PR amp; Cliff D Computer modelling of the neural
network underlying rhythmic feeding movements in the snail, Lymnaea stagnalis
183 Heitler W J Design and evaluation of a computer simulation fonteaching neurobiology:
Neurosim for Windows
Stability and plasticity in motor programmes
184 Wolf R amp; Heisenberg M Learning of Drosophila at the flight simulator: classically
conditioned visual pattern discrimination
185 Gilbert C , Bauer E amp; Burger M A proprioceptive reflex loop controlling head posture
about the roll axis in flies
186 Lehrer M amp; Srinivasan M V Task-dependent modification of innate flight patterns in
the honeybee
187 Tu M amp; DickinsonM H Control of wing kinematics by the first and second basalar
muscles of the blow fly, Calliphora
188 Fischer H , Kautz H amp; Kutsch W Telemetry of muscle potentials during free flight of
the locust Schistocerca gregaria
XIV
Learning and memory
189 Vinogradova KP, Poljakova ON amp; Batuev A S Physical and psychic stresses during
pregnancy impair behavior of the offsprings
190 Grobety M -C amp; Schenk F A multiple-question maze for testing rats configural
association capacities
191 Nofiler F amp; Tembrock G Does the prenatal acoustic environment influence the
postnatal social behavior?
192 Bolhuis JJ amp; Horn G Effects of anaesthesia on the development of a filial
predisposition in the domestic chick
193 Gentle MJ, Hunter LN amp; Corr S Pain-related behaviour following caudolateral
neostriatal ablation in the chicken
194 Watkins J ; Miklosi amp; Andrew R J Visual and auditory cerebral lateralisation in the
domestic chick
195 Saigusa R , Nakayama S amp; Watanabe S Species recognition in Japanese quails
(Courtnix japonica)
196 Solomonia RO, McCabe BJ amp; Horn G A time-dependent, learning-specific increase
in the amount of neural cell adhesion molecules (NCAMs) in the chick forebrain
197 Single F amp; Ehret G Acoustic cues guide filial imprinting in Peking ducklings:
behaviour and neurobiology
198 Wood ER, Wiel DE amp; Weeks J C Central neuronal correlates of habituation of the
proleg withdrawal reflex of larval Manduca sexta
199 Fukushi T When does the fly learn colour in a training paradigm ?
200 Fesquet N , Fournier D amp; Gauthier M Does learning have a modulatory effect on the
functioning of the cholinergic system in Drosophila melanogaster?
201 Hofmann H amp; Schildberger K Aggressiveness in crickets is modulated by different
factors changing the behavioural state
202 Miiller U Formation of long-term memory in the honeybee is specifically affected by
inhibitors of NO-synthase
203 Gerber B amp; Smith B H Information, instruction and learning: blocking and anti
blocking depends on the stimulus modality
204 Gerber B amp; Smith B H Blocking as a storage effect: evidence from olfactory
y proboscis extension conditioning in the honeybee
205 Staras K , Kemenes G amp; Benjamin P R Lip mechano- and chemosensory pathways to
identified feeding interneurons involved in appetitive learning in the pond snail Lymnaea
stagnalis
206 Kemenes G , Staras K amp; Benjamin P R Analysis of the cellular mechanisms underlying
appetitive learning in the pond snail Lymnaea stagnalis
207 Lukowiak K , Ringseis E , Spencer G , Inoue T , Wildering W amp; Syed N Operant
conditioning of aerial respiratory behaviour in Lymnaea alters patterned respiratory
activity in identified CPG neurons
208 Kojima S , Yamanaka M , Nagayama S , Fujito Y amp; Ito E Neuromodulation models
for assaciative learnings with central pattern generator in the pond snail, Lymnaea
t stagnalis
209 Soanes GP, Savage H amp; Andrew R J Visually evoked behaviour and visual learning
• in the freshwater snail Lymnaea stagnalis
XV
Exteroception
210 Holler A amp; Barth F G Electrophysiological response of single trichobothria to natural
and synthetic stimuli
211 Friedel T amp; Barth F G Air movement sensitive interneurones in the hunting spider
Cupietmius salei KEYS
212 Gorb SN, Friedel T amp; Barth F G Activity and directional sensitivity of strain
detectors controlling the spider dragline
213 Landolfa MA amp; Barth F G Transmission of vibratory information within the spider
orb web
214 Kohstall D , Gras H amp; Schiirmann F -W The impact of locomotion on wind sensitive
local and ascending interneurones in the terminal ganglion of the cricket
215 Baba Y , Shimizu T amp; Shimozawa T Neural correlate of behavioural choice to wind
stimulus in cricket
216 Levi R amp; Camhi JMA population vector code for wind direction in the cockroach
giant interneurons
217 Kumagai T , Shimozawa T amp; Baba Y Length dependent mobility of cricket cercal
filiform hairs confirmed by laser-doppler velocimetry
218 Roddey JC amp; Jacobs G A Wind velocity encoding by filiform mechanoreceptors of the
cricket cercal sensory system
219 Mizrahi A amp; Libersat F Analysis of the local interactions between giant interneurons
of the cockroach as studied with the photoablation technique
220 Theunissen FE, Roddey JC, Miller JP amp; Jacobs G A Encoding of air current
direction, intensity and requency by the projecting interneurons of the cricket cercal
sensory system
221 Osborne LC amp; Miller J P Dynamics of cricket wind-sensing hairs: quantifying input to
a mechanosensory system
222 Kalogianni E Peripheral innervation and central afferent projections of the ovipositor
sensory receptors in the locust
223 Pfliiger HJ amp; Meuser S Development of a mechanosensory pathway in the locust
central nervous system
224 , Nishino H amp; Sakai M Sensory mechanisms of thanatosis in the cricket
225, Dickinson MH, Fayyazuddin A , Chan WP amp; Prete F Control of basalar motor
neurons by haltere mechanosensory afferents in the blow fly, Calliphora
Proprioception
226 Fraser PJ, Macdonald AG amp; Gibson R N Hydrostatic pressure receptors in the crab
Carcinaus maencts (L )
227 Wallis EJ, Macmillan DL, Harrison PH amp; Sandow S L Morphological conservation
during evoluion of the central nervous system of crustaceans: a comparison of muscle
receptor organs and other elements in the ventral nerve cords of Anaspides tasmaniae
(Syncarida) and Cherax destructor (Decapoda)
228 Vescovi PJ amp; Macmillan D L The crayfish muscle receptor organ: evidence for
x topographic projection of afferent axons into the last abdominal ganglion
229 McCarthy BJ amp; Macmillan D L The crayfish muscle receptor organ: its role in load
compensation during abdominal extension
XVI
230 Hausknecht JM amp; Macmillan D L The crayfish muscle receptor organ: local reflexes
and tactile afferent input
231 Wildman MH amp; Cannone A J The contribution of the P fibre to proprioception by
the crab muscle receptor organ
232 Wolf H amp; Burrows M Mechanosensory neurons of the locust leg receive rhythmic
presynaptic inhibition during walking
233 Newland PL, Sato M , Aonuma H amp; Nagayama T Presynaptic inhibition of water
motion sensitive afferents by proprioceptive afferents in the terminal abdominal
ganglion of crayfish
234 Kondoh Y amp; Newland P L Dynamics of a negative feedback loop underlying a
resistance reflex of the locust hind leg: responses of motor neurone to stimulation of a
leg proprioceptor
235 Hustert R The sequence of mechanoreceptor responses during stepping in locusts
236 Watson AHD amp; Hardt M Ultrastructural and immunocytochemical analysis of
synapses on auditory afferent neurones and interneurones in the cricket prothoracic
ganglion
237 Barnes WJP, Cattaert D , Leibrock CS amp; Marchand A R Functional roles for
presynaptic inhibition in crayfish mechanoreceptors
238 Jellema T amp; Heitler W J Proprioceptive influences on the locust kick motor
programme
Vision
239 Tadmor Y amp; Tolhurst D J The contrasts in natural scenes and their representation by
mammalian retinal and geniculate neurones
240 Kondrashev S L Colour vision of frogs and toads in breeding behaviour: a contribution
of different neural mechanisms
241 Katzir G , Strod T amp; Arad Z Differences in visuomotor capacities among herons:
Cattle egrets cannot cope with air/water light refraction, while other species do
242 Osorio D amp; Vorobyev M How useful is primate colour vision for finding food?
243 Dubbeldam J L The role of the visual system in the mallard, Anas platyrhynchos L
244 ^ Phillips JB amp; Borland S C Different effects of long wavelength light on the use of the J geomagnetic field for shoreward compass orientation and for homing by a salamander
245 Laming PR, Ocherashvili EV, Nicol AU, Roughan JV amp; Laming B A Sustained
potential shifts in the toad tectum reflect [K*]e, prey-catching and avoidance behaviour
246 Lewers GE amp; Laming P R Visual responses of the toad tectum to changes in the ionic
constituents of cerebrospinal fluid (CSF)
247 Neumeyer C Colour vision in goldfish - a model system for colour vision in higher
vertebrates?
248 Kitschmann M amp; Neumeyer C Colour perception in goldfish: is there yellow
between red and green?
249 Bando T Role of texture in fish visual perception and cryptic coloration
250 Fleishman LJ, Frye MA amp; Stimphil M E The relationship between visual response,
f habitat light and visual signal design in anoline lizards
251^ Wallman J , Pettigrew JD amp; Fritsches K Hemispheric switching of eye movements in
: sandlances
I
XVII
252 Veldhoen KM amp; Hawryshyn C W The development of antiserum to a visual pigment
opsin, and its use as a probe to study the organization and development of a teleost
visual system
253 Luksch H , Kahl H , Wiggers W amp; Roth G The protectum of salamanders: an
intracellular study on the morphology and physiology of pretectal neurons and their
influence on tectal evoked potentials
254 Foran CM, Marchaterre MA amp; Bass AHA visuo-hormonal/peptidergic
(GnRH/AVP) network in the teleost forbrain
255 Hengstenberg R Gain differences of gaze-stabilizing head movements, elicited by wide-
field pattern motions, demonstrate in wildtype and mutant Drosophila, the importance
of HS- and VS-neurons in the third visual neuropile for the control of turning
behaviour
256 Douglass JK amp; Strausfeld N J Neural circuitry of motion detection in insects: parallel
directionally and non-directionally selective retinotopic neurons in the fly visual system
supplying the lobula plate
257 Single S , Haag J amp; Borst A Effects of picrotoxinin on spatial integration properties of
a motion-sensitive interneuron of the blowfly Calliphora erythrocephala
258 Brotz TM amp; Borst A Nicotinic and GABAergic receptors mediate excitatory and
inhibitory input to fly visual interneurons: electrophysiological responses and
immunocytochemical receptor stainings
259 Gauck V , EgelhaafM amp; Borst A Cellular mechanisms underlying small-field tuning in
motion sensitive cells of the blowfly
260 Haag J amp; Borst A Active processes and dynamical properties of motion-sensitive
interneurons of the blowfly Calliphora
261 Kondoh Y , Hasegawa Y , Okuma J amp; Takahashi F Neural computation of motion in
the fly visual system: quadratic nonlinearity of responses induced by picrotoxin in the
HS and CH cells
262 Rind FC amp; Bramwell DIA biologically inspired network for collision avoidance
263 Simmons PJ amp; Rind F C Responses by the LGMD2 neurone of the locust to images of
objects moving in depth
264 jKrapp H amp; Hengstenberg R Filter neurons for specific optic flow patterns in the fly s
j visual system
265 Blanke H amp; Varju D Visual determination of self motion components: regionalization
of the otpomotor response in the backswimmer Noionecta
266 O Carroll DC, Bidwell NJ, Warrant EJ amp; Laughlin S B Motion sensitive neurons
are tuned to lifestyle in flying insects
267 Kimmerle B , EgelhaafM amp; Warzecha A -K Discrimination of objects by relative
motion: performance of the blowfly Lt/cilia cuprina in free and tethered flight
268 Olberg RM, Venator KR, Frye MA amp; Worthington A- H Behavioral and neural
mechanisms guiding prey persuit in dragonflies
269 Levashova H amp; Levashoff O V Computer simulation of insect visual world in a flight
over 3D texture surface
270r Levashoff OV amp; Filimonov P M Visual mechanisms of bumble-bee nest aiming:
( evidence of 3D form reconstruction from texture in motion
271 Horridge G A Target size, spatial layout and filters in honeybee vision
XVIII
272 Marshall NJ, Land MF, Jones JP, Horwood J , Holter G , Cronin TW, King C A ,
Caldwell RL amp; Oberwinkler J Vision in mantis shrimps
273 Strain EV, Marshall NJ amp; Horwood J M Retina-lamina neural projections in the
ommatidial rows mediating wavelength and e-vector discrimination in the mantis shrimp
Gonadactylus oerstedii
21A Brandt R amp; Vorobyev M No indication for achromatic processing in honeybee spectral
sensitivity
275 Vorobyev M , MenzeLR amp; Chittka L How many colour receptor types are required for
colour constancy?-
276 Backhaus W amp; Breyer J Simulation of co-evolution of color vision systems of
pollinating insects and spectral reflectance of flowers
277 Giger AD amp; Srinivasan M V Visual orientation analysis in honeybees: chromatic
properties
278 Giurfa M , Vorobyev M , Kevan P amp; Menzel R Detection and recognition of colour
stimuli by honeybees: the role of spectral parameters and their sequential association
279 Homberg U amp; Miiller M Neurons of the central complex in the locust brain are
sensitive to polarized light
280 Shashar N , Rutledge P amp; Cronin T W Polarization vision in cuttlefish - a concealed
communication channel?
281 Brownell P amp; Weber T Polarization vision in nocturnal sand scorpions
282 Warrant EJ amp; O Carroll D C How well do nocturnal hawkmoths see at night ?
283 Weckstrom M , Heimonen K amp; Juusola M Adaptation to dark environment:
photoreceptors of the cockroach (Periplaneta americana)
284 Schmid A amp; Kaps F On the function of the visual system of the spider Cupiennius
salei
285 Land MF amp; Layne J The use of the horizdn to distinguish friend from foe in fiddler
crabs (Uca pugilator)
286 Layne J Efference copy and visual localization and identification of objects in the flat-
world crab Uca pugilator
287 Ruderman D amp; Laughlin S B Optimising photoreceptor arrays in apposition
^ compound eyes
288 Laughlin SB amp; de Ruyter van Steveninck R R Why use non-spiking neurons and high
gain synapses?
289 Uusitalo RO, Juusola M , Kouvalainen E amp; Weckstrom M Tonic transmitter release
and potentiation in a graded potential synapse
290 Laughlin S B Towards the cost of seeing
291 Giurfa M , Eichmann amp; Menzel R Symmetry perception in insect vision
292 Furudate H , Okada Y amp; Yamaguchi T Compensatory eyestalk movements of the
crayfish during walking
293 Arikawa K amp; Suyama D Genital photoreceptor of butterfly is indispensable for
copulation
t
/
XIX
Auditory processing in mammals
294 Powell EF, Dent ML amp; Dooling R J Discrimination of synthetic /ba-wa/ by
budgerigars and humans
295 Langner G Relationship of maps for frequency and periodicity pitch in the auditory
system
296 Pedemonte M , Pena JL, Bouvier M amp; Velluti R A Rhythmic behavior of auditory
neurons at theta frequency in sleep and waking
297 Hauser M D Evolution of hemispheric asymmetries for communication in primates
298 Fichtel I amp; Ehret G Fos-like immunocytochemistry related to ultrasound recognition
in the female mouse brain
299 Rado R , Terkel J amp; Wollberg Z The blind mole rat (Spa/ax ehrenbergi) is processing
seismic communication signals by the auditory system
300 Jen P H -S , Shen J -X , Chen Q -C , Qian Y„ Wu MI, Sun X, amp; Lin P J -J
Cytoarchitecture and sound elicited responses in the auditory contex of the big brown
bat, Eptesicus fuscus
301
|
| any_adam_object | 1 |
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| author2_role | edt |
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| author_GND | (DE-588)1158342144 |
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| building | Verbundindex |
| bvnumber | BV046037615 |
| ctrlnum | (OCoLC)1108178805 (DE-599)BVBBV046037615 |
| format | Conference Proceeding Book |
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| spelling | Nervous systems and behaviour proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables edited by Malcolm Burrows [und 3 weiteren] Stuttgart ; New York Thieme [und 1 weiterer] 1995 XXVIII, 496 Seiten Illustrationen, Diagramme txt rdacontent n rdamedia nc rdacarrier Neuroethologie (DE-588)4138857-4 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1995 Cambridge gnd-content Neuroethologie (DE-588)4138857-4 s DE-604 Burrows, Malcolm (DE-588)1158342144 edt International Congress of Neuroethology 4 1995 Cambridge Sonstige (DE-588)1037456807 oth HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=031419364&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Nervous systems and behaviour proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables Neuroethologie (DE-588)4138857-4 gnd |
| subject_GND | (DE-588)4138857-4 (DE-588)1071861417 |
| title | Nervous systems and behaviour proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables |
| title_auth | Nervous systems and behaviour proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables |
| title_exact_search | Nervous systems and behaviour proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables |
| title_full | Nervous systems and behaviour proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables edited by Malcolm Burrows [und 3 weiteren] |
| title_fullStr | Nervous systems and behaviour proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables edited by Malcolm Burrows [und 3 weiteren] |
| title_full_unstemmed | Nervous systems and behaviour proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables edited by Malcolm Burrows [und 3 weiteren] |
| title_short | Nervous systems and behaviour |
| title_sort | nervous systems and behaviour proceedings of the 4 international congress of neuroethology september 3 8 1995 3 tables |
| title_sub | proceedings of the 4. International Congress of Neuroethology, September 3 - 8, 1995 ; 3 tables |
| topic | Neuroethologie (DE-588)4138857-4 gnd |
| topic_facet | Neuroethologie Konferenzschrift 1995 Cambridge |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=031419364&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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