Ocean Observation, Assessment and Prediction (OOAP)
This research program provides fundamental knowledge of the variability of the ocean on all time scales and from the deep ocean to the surface marine environment and across the continental slope and shelf to the littoral zone. It uses a range of observational methods and analyses to understand important processes and mechanisms of variability and change in the ocean to develop understanding of the interactions of the ocean with the atmosphere, land and hydrosphere in the coupled Earth system. The scope extends from tropical waters to the sea-ice boundary of the Southern Ocean. The Research Program will contribute directly to the development and testing of model parameterisations and data assimilation. This knowledge underpins the development of models and practical prediction systems based on improved model and data assimilation systems. Program researchers will exploit the huge potential offered by rapid advances in eddy-resolving ocean models, new data streams from satellites (eg sensing sea-surface temperature, sea surface height, ocean colour) and other sensors (eg Argo floats, gliders, surface buoys, HF-radars), new data assimilation techniques, and high performance computing and information technologies to deliver ocean state and Metocean products and services. These scientific advances will enhance maritime safety, deliver a competitive edge to the Royal Australian Navy as well as providing improved warning for natural hazards associated with the ocean. Further, by working with biologists and ecologists, researchers will identify the role of physics in coastal productivity, leading to more quantitative, and process-based, description of coastal systems.
Contact
Program Leader:Ph: +61-3-6232-5300
Fax: +61-3-6232-5000