Nerve cells and animal behaviour /
| Main Author: | |
|---|---|
| Other Authors: | |
| Format: | Book |
| Language: | English |
| Published: |
Cambridge ; New York :
Cambridge University Press,
1999.
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| Edition: | Second edition. |
| Subjects: |
Table of Contents:
- Introduction
- Nervous systems and the study of behaviour
- Scope and limitations of neuroethology
- Neural implications of ethological results
- Sign stimuli in amphibians
- Neuroethology of a releasing mechanism
- Control theory and nervous systems
- Nerve cells
- Basic organisation of nerve cells
- Neuron physiology and action potentials
- Synapses
- Integration of postsynaptic potentials
- Comparison of spikes and graded potentials
- Additional mechanisms in integration
- Giant neurons and escape behaviour
- Introduction
- Giant neurons and the crayfish tail flip
- The lateral giant interneuron: input and output
- The decision to initiate startle behaviour
- Executive functions of the lateral giant neuron
- Summary of pathways in crayfish startle behaviour
- Mauthner neurons and the teleost fast start
- Excitation and inhibition in the Mauthner neuron
- Outputs and executive functions of the Mauthner neuron
- The startle reaction of a cockroach
- Capturing sensory information
- Introduction
- Basic receptor mechanisms: the campaniform organ
- Summary of basic mechanisms
- Essential properties of eyes
- Design features of eyes
- Photoreceptors and the receptor potential
- Stimulus filtering: vision and motion detection
- Introduction
- The insect visual system
- Neuronal coding in the insect lamina
- Optomotor neurons in flies
- Figure-ground neurons of the lobula plate
- A mechanism for directional selectivity
- Summary of fly optomotor neurons
- Collision warning neurons in the locust
- Hearing and hunting: sensory maps
- Introduction
- Prey localisation by hearing in owls
- Auditory interneurons and sound localisation
- Synthesising a neuronal map of auditory space
- The echolocation sounds of bats
- Interception of flying prey by bats
- The auditory system and echolocation
- Auditory specialisations for echo ranging
- Auditory specialisations for Doppler shift analysis
- Programs for movement
- Introduction
- Locusts and their flight
- The flight engine
- The flight program
- Generation of the flight rhythm
- Interneurons of the flight generator
- Proprioceptors and the flight motor pattern
- Steering and initiating flight
- Overall view of locust flight
- Triggering and maintaining escape swimming in Tritonia
- Swimming by young Xenopus tadpoles
- Circuit reconfiguration in the stomatogastric ganglion of the lobster
- Circuits of nerve cells and behaviour
- Neuronal activity during different behaviours in Aplysia
- Optical monitoring of neuronal activity
- Local bending reflexes in the leech
- Modelling a network of neurons
- Local reflex movements of a locust's leg
- Local spiking interneurons
- Non-spiking interneurons
- Organisation of neurons that control reflex movements
- Nerve cells and changes in behaviour
- Introduction
- Growth and metamorphosis in insects
- Ecdysis in a hawk moth
- Remodelling neurons during metamorphosis
- Associative learning and the proboscis extension reflex in honey bees
- Neuronal pathways and conditioning
- The role of an identified neuron in conditioning
- Bird song and its production
- The development of song
- Neural centres for hearing and singing
- Development of song nuclei.