Researchers in the FAMER Laboratory address objectives spanning biological oceanography, fisheries dynamics and physiological ecology. Our work is principally concerned with marine and estuarine systems, and is led by Professor Iain Suthers. The FAMER team currently consists of 3 post-docs, 7 PhD students and 3 honours students.
Interested in joining the lab? Contact Professor Iain Suthers
FAMER Research Themes
Plankton and Fish Size SpectraWe are interested in how marine and estuarine size spectra control the transfer of energy from phytoplankton to fish at local, regional and global scales. We are currently developing an Australian database of estuarine size-spectra and a global database of zooplankton size-spectra from LED and Laser Optical Plankton Counters. We are actively searching for collaborators, so if you wish to be involved, or have data to contribute, please look at our Size Spectra Website and then contact Jason. Principal Investigators: Jason Everett and Iain Suthers
Biological OceanographyWe are interested in the role that oceanographic features, such as boundary currents, eddies and upwelling events, have on the distribution and production of zooplankton and larval fish. We employ a variety of techniques including CTD profiles, mid-water trawls, plankton nets, in-situ and lab-based Optical Plankton Counters, and gliders. With our collaborators we are working in waters from Queensland right down to Antarctica.
Principal Investigators: Jason Everett and Iain Suthers
Behaviour and Eco-physiologyWe have a keen interest in understanding how aquatic animals interact - behaviourally and physiologically - with their environment. We use swim-tunnel respirometers, acoustic telemetry and a variety of other “biologging” approaches to predict the mechanisms responsible for driving movement and behaviour in a variety of fish and invertebrates. Lab members test predictions in animals ranging from prawns and cuttlefish to estuarine fish, stingrays and sharks.
Principal Investigators: Nicholas Payne and Iain Suthers
Fisheries EnhancementFisheries enhancement tools such as artificial reefs and fish stocking are becoming increasingly important for the management of coastal fisheries. Our research aims to provide a sound ecological basis for these tools, and to optimise their environmental benefits. We integrate individual, population and ecosystem processes, by incorporating stable isotope analysis and dietary studies, bioenergetics, and population and ecosystem modelling.
Principal Investigators: James Smith and Iain Suthers