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Colour vision: what do double
cones do? ____________

Deep down under

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CoralWatch bleaching project

Prawns in space

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Photo albums

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Home

Current research

Colour vision and communication in the marine environment

The mysterious function of the most abundant daytime photoreceptor: what do double cones do?
The world's most complex colour and polarisation vision system: vision in stomatopods
What do box jellyfish see?
Neuroethology of colour and UV on the great barrier reef
Ontogenetic colour change in reef fishes
Visualisation of polarised light by cuttlefishes
The ability of black damselfish to distinguish fine detail
Vision in pelagic fishes
Adaptive colouration in the marine environment
Colour communication in cephalopods and fish
Ultraviolet cues and mate choice in reef fish
Communication between cleaner fish and their hosts: the role of colour
Vision in elasmobranchs

Development of vision and brains in elasmobranchs
Colour vision in elasmobranchs

Vision and remote sensing: using nature's technology to examine the health of the Great Barrier Reef and Moreton Bay

CoralWatch Coral Health Chart: using colour charts to monitor coral bleaching

Deep sea expeditions: what's down there?

Voyages with the Harbour Branch Ogeanogrpahic Institution and NOAA Ocean Explorer: Operation Deep Scope
Deep down under
Deep sea submersible expedition to Australia and New Zealand prospectus
Evolution and anatomy of lateral lines in deep-sea fishes

Visual ecology of birds

Colour communication in parrots and birds of paradise
A comparative survey of retinal neurophysiology in relation to visual ecology in australian birds

First international conference on sensory processing of the aquatic environment

Subspec

Aquarius missions

Staff, postgraduates and associates

Current lab members
University of Queensland collaborators
National collaborators
International collaborators
Industry partners
Previous sabbatical visitors
Previous students
Current students

Photo album

Heron Island field trips
Lizard Island field trips
Whyalla field trips (giant cuttlefish mating)
Fish skin micrographs
Lab out-takes

Site map

Last updated: October 2006 by Kylie McPherson

Vision Touch and Hearing Research Centre
School of Biomedical Sciences
University of Queensland
Brisbane Queensland 4072 Australia



Home ____________	Current research home	Staff, postgraduates and associates _______	Colour vision: what do double cones do? ____________	Deep down under ____________	Subspec ____________	CoralWatch bleaching project	Prawns in space _____________	Photo albums	Site map _____________
	Site map Home Current research Colour vision and communication in the marine environment The mysterious function of the most abundant daytime photoreceptor: what do double cones do? The world's most complex colour and polarisation vision system: vision in stomatopods What do box jellyfish see? Neuroethology of colour and UV on the great barrier reef Ontogenetic colour change in reef fishes Visualisation of polarised light by cuttlefishes The ability of black damselfish to distinguish fine detail Vision in pelagic fishes Adaptive colouration in the marine environment Colour communication in cephalopods and fish Ultraviolet cues and mate choice in reef fish Communication between cleaner fish and their hosts: the role of colour Vision in elasmobranchs Development of vision and brains in elasmobranchs Colour vision in elasmobranchs Vision and remote sensing: using nature's technology to examine the health of the Great Barrier Reef and Moreton Bay CoralWatch Coral Health Chart: using colour charts to monitor coral bleaching Deep sea expeditions: what's down there? Voyages with the Harbour Branch Ogeanogrpahic Institution and NOAA Ocean Explorer: Operation Deep Scope Deep down under Deep sea submersible expedition to Australia and New Zealand prospectus Evolution and anatomy of lateral lines in deep-sea fishes Visual ecology of birds Colour communication in parrots and birds of paradise A comparative survey of retinal neurophysiology in relation to visual ecology in australian birds First international conference on sensory processing of the aquatic environment Subspec Aquarius missions Staff, postgraduates and associates Current lab members University of Queensland collaborators National collaborators International collaborators Industry partners Previous sabbatical visitors Previous students Current students Photo album Heron Island field trips Lizard Island field trips Whyalla field trips (giant cuttlefish mating) Fish skin micrographs Lab out-takes Site map Last updated: October 2006 by Kylie McPherson Vision Touch and Hearing Research Centre School of Biomedical Sciences University of Queensland Brisbane Queensland 4072 Australia