This position is to conduct research primarily on the interaction between hydrodynamics and nutrient dynamics in seagrass beds and coral reef habitats. Research in this area can be fairly broadly defined. The project focuses on effects of canopy morphology on wave attenuation and chemical transport in canopy forming organisms. I am also working on small scale monitoring of physical conditions on coral reefs and their effects on coral stress and physiology of reef associated organisms. This position is for at least 2 years starting ASAP. The ideal candidate will have experience with hydrodynamics and/ or physiology.

Please contact Dr. Florence Thomas, 808 236-7418, fithomas@hawaii.edu.

Posted  11 November 2006

MSc/PhD in hydrodynamics and invasive fish 

The particular project is directed towards the development of a novel pheromone-based control of the invasive round goby in the Great Lakes Ecosystem (more information on round gobies is available at: Great Lakes Information Network, Sea Grant Nonindigenous Species Site, Environment Canada).  This effort is part of a larger strategic grant that is housed at the University of Windsor where colleagues are investigating the chemistry, physiology, and behaviour of the pheromone in fish. The project in the Physical Ecology Laboratory is to develop the methodology and expertise to measure the dispersion of the pheromone under different conditions in the field and to provide design guideline for the design of the trap, which will be used to protect ecologically and economically important benthic habitats in the Great Lake Ecosystem.  The project will involve physical and numerical modelling in the lab as well as field measurements.  Experience/interest in laboratory flow chambers, field deployments, and application of fluid dynamics and/or dispersion models would be an asset. The project would be an excellent opportunity for graduate students with background from natural, environmental, or physical sciences.