Home / Facilities / National Mooring Network / New South Wales Moorings

New South Wales Moorings

New South Wales Moorings collects a wide range of oceanic data along the coast of South-Eastern Australia. An array of moorings strategically located along the continental shelf captures the key processes of the East Australian Current system and associated eddy field.

Listed below are the direct links to the different sub-sets of data from New South Wales Moorings. Alternatively, these can be viewed in the AODN, filtering by Organisation (Integrated Marine Observing System (IMOS) – National Mooring Network Facility  New South Wales Moorings Sub-Facility).

Deployments

Moorings are located at three separate sites; Coffs Harbour, Sydney and Narooma. Coffs Harbour moorings capture the upstream dynamics of the East Australia Current, Sydney moorings monitor the dynamics downstream of the separation point, often dominated by eddies, and Narooma moorings observe the East Australia Current extension.

New South Wales Moorings are also responsible for maintaining the Port Hacking National Reference Station.

Data

Together this mooring array network of New South Wales Moorings provide high-resolution information of the East Australian Current system, it’s spatial and temporal variability and the flow on effects of the marine environment.

Waves

Why it’s important

With moorings located along the New South Wales coast IMOS provides valuable information of an important, highly populated region of the New South Wales coast, providing measures of water quality, algal blooms and waste disposal and contamination.

Useful information

Essential Ocean Variables / Essential Climate Variables

This sub-Facility contributes to 9 Essential Ocean Variables and Essential Climate Variables.

EOVs: Ocean bottom pressure, Oxygen, Particulate matter, Phytoplankton biomass and diversity, Sea surface height, Sea surface salinity, Subsurface currents, Subsurface salinity, Subsurface temperature

ECVs: Oxygen, Plankton, Sea surface salinity, Subsurface currents, Subsurface salinity, Subsurface temperature

Contact

Moninya Roughan
E:
 mroughan(at)unsw.edu.au