Mark E. Baird is the Research Director of the Coastal and
Oceanic Systems (COS) Research Program. He received his B.E. Hons degree from the
University of Sydney in 1993, his M.Sc. degree from the University of Hawaii in
1996, and his Ph.D. at the University of Warwick, UK, in 2000. His background is
as an aquatic scientist who uses observations and numerical models to study
estuarine and marine ecosystems. He has developed parameterizations for
ecological processes that have been coupled to community hydrodynamic models
such as the CSIRO Environmental Modelling Suite (EMS) and the Regional Ocean
Modelling System (ROMS). He has led the development of key components of the
eReefs marine modelling system that is being used to estimate the water quality
properties of the Great Barrier Reef, optimise the reduction of loads of
sediments and nutrients for water quality improvements, make predictions of the
physiological response of corals to marine heat waves, and optimise the design
of ecological interventions. He is a panel member of the IOCCG (International
Ocean Color Co-ordinating Group) working group on Ocean Colour Applications for
Biogeochemical, Ecosystem, and Climate Modelling; a member of the Queensland
Water Modelling Network Advisory board; the CSIRO Environment representative of the AquaWatch
Mission Steering Committee; and a CSIRO representative of the Reef Restoration and
Adaptation Program Steering Committee.
Mark E. Baird is the Research Director of the Coastal and
Oceanic Systems (COS) Research Program. He received his B.E. Hons degree from the
University of Sydney in 1993, his M.Sc. degree from the University of Hawaii in
1996, and his Ph.D. at the University of Warwick, UK, in 2000. His background is
as an aquatic scientist who uses observations and numerical models to study
estuarine and marine ecosystems. He has developed parameterizations for
ecological processes that have been coupled to community hydrodynamic models
such as the CSIRO Environmental Modelling Suite (EMS) and the Regional Ocean
Modelling System (ROMS). He has led the development of key components of the
eReefs marine modelling system that is being used to estimate the water quality
properties of the Great Barrier Reef, optimise the reduction of loads of
sediments and nutrients for water quality improvements, make predictions of the
physiological response of corals to marine heat waves, and optimise the design
of ecological interventions. He is a panel member of the IOCCG (International
Ocean Color Co-ordinating Group) working group on Ocean Colour Applications for
Biogeochemical, Ecosystem, and Climate Modelling; a member of the Queensland
Water Modelling Network Advisory board; the CSIRO Environment representative of the AquaWatch
Mission Steering Committee; and a CSIRO representative of the Reef Restoration and
Adaptation Program Steering Committee.