Here is an MRI scan of a tuna head – 1m TL Albacore Tuna. Kindly provided by Hobart Hospital. This is reproduced from a paper I co-authored on Tuna behaviour, listed in the scientific references in this site.

Artemis – aren’t they all called that! Here I developed a simple method to machine classify the behavioural state of a load of mussels. Basically the experiment consisted of exposing groups of 8 mussels to a varying concentration of pollutants to see when they reacted (by closing their […]

Here is a model I made of a beach. It was based on a talk by Alan Brampton at HR Wallingford. Alan explained how various sizes of particles in beaches are moved around by the action of the waves pumping the wet aggregate of sand pebble and rocks. […]

The whole point of these models was to find out if it was plausible for manila clam larvae to move with the tides all the way from Poole Harbour to Southampton Water. Manila clam were introduced into Poole Harbour by the government to create a new fishery. They […]

I’ve made a few robot rays and robot fish. I originally started doing this while working at Animal Dynamics Limited and so my early innovations belong to them. I hope they use them well. All these new ones have been redeveloped and reimagined from scratch. I have applied […]

These studies obsessed me for a few years. There are two papers listed in the Scientific Research referenced on the right of this page. Basically I had the idea that Whales contributed to the high abundance of krill in the same way cows contribute to a high abundance […]

Here we gave loaches the opportunity to climb a waterfall over a glass sheet. They were enthusiastic and climbed the sheet without any interference from us. We had been thinking of activities to avoid boredom in captive fish – but that’s another story – here we embedded a […]

This was a model that I made of the water movements within Teddington weir pool. The main question was whether opening one small gate in the weir gate array would cause erosion of a gravel bank at the neck of the pool. It seemed reasonably unlikely that such […]

Here fish are simulated in a flow field – the tiny white bubbles are designed to show how the currents are moving in two Von Karman streets behind two circular obstructions. each fish looks at its nearest 3 neighbours and moderates its direction of travel based on three […]

Here we made a flume in which we could make water flow, 3D printed an enlarged scale model of a small fish (a hill stream loach), and made an XYZ plotter type thing to move an ADCP around to measure flow. An ADCP is an Acoustic Doppler Current […]