Noosa Bar - Queensland Data Attributes 2min video clip 16-25 frames per sec Video format: WMV/H264 codec 640 x 480 pixels or greater The camera is located on the southern training wall of the Noosa River mouth providing a good view of the entire entrance, the training wall and the beach and part of foredune immediately south of the wall. Beach is typically LTT-TBR with waves averaging 1 m (T=10 s. TR =1.42 m). 2min Windows Media video clips taken from 5am to 7pm Missing Data is listed below from 2008 to 2010 2008 - January all missing - February all missing - March all missing - April all missing - May 1-9 - June 21,22,23,28 - July 6,7,27 - August 11,24 - September 27-29 - November 12,25-31 - December all missing 2009 - January 18,23 - February 13 - March 1, 14-31 - April 10-30 - May 8-31 - June 2-30 - July all missing - August 1-30 - September 12-14,19 - October 1, 10-15, 24,25 2010 - January 2,3,6 - March 8,9,10,20,21 - April 25,26 - May 18 - June all missing - July all missing - August all missing - September all missing - October all missing - November all missing - December all missing Video clip taken while the camera is on tour.

This dataset maps the geomorphic habitat environments (facies) for 54 Victorian coastal waterways. The classification system contains 11 easily identifiable and representative environments: Barrier/back-barrier, Central Basin, Channel, Coral, Flood- and Ebb-tide Delta, Fluvial (bay-head) Delta, Intertidal Flats, Mangrove, Rocky Reef, Saltmarsh/Saltflat, Tidal Sand Banks (and Unassigned). These types represent habitats found across all coastal systems in Australia. Most of the 54 coastal waterways have a "Modified" environmental condition (as opposed to "Near Pristine"), according to the National Land and Water Resources Audit definition.

This dataset maps the geomorphic habitat environments (facies) for 213 Queensland coastal waterways. This version of the dataset includes 73 newly mapped estuaries, classified as 'Near pristine'. The classification system contains 12 easily identifiable and representative environments: Barrier/back-barrier, Bedrock, Central Basin, Channel, Coral, Flood- and Ebb-tide Delta, Fluvial (bay-head) Delta, Intertidal Flats, Mangrove, Rocky Reef, Saltmarsh/Saltflat, Tidal Sand Banks (and Unassigned). These types represent habitats found across all coastal systems in Australia. Southern and central Great Barrier Reef lagoon coasts have a broad spectrum of river, tide and wave- dominated estuaries.

This dataset maps the geomorphic habitat environments (facies) for 134 New South Wales coastal waterways. The classification system contains 12 easily identifiable and representative environments: Barrier/back-barrier, Bedrock, Central Basin, Channel, Coral, Flood- and Ebb-tide Delta, Fluvial (bay-head) Delta, Intertidal Flats, Mangrove, Rocky Reef, Saltmarsh/Saltflat, Tidal Sand Banks (and Unassigned). These types represent habitats found across all coastal systems in Australia. Most of the estuaries of New South Wales are under intense land use pressure with approximately 80% of the State's population living near an estuary (NSW Dept of Land and Water Conservation) .

This dataset maps the geomorphic habitat environments (facies) for 88 Tasmanian coastal waterways. The classification system contains 11 easily identifiable and representative environments: Barrier/back-barrier, Bedrock, Central Basin, Channel, Coral, Flood- and Ebb-tide Delta, Fluvial (bay-head) Delta, Intertidal Flats, Rocky Reef, Saltmarsh/Saltflat, Tidal Sand Banks (and Unassigned). These types represent habitats found across all coastal systems in Australia. The majority of near pristine estuaries in Tasmania are located in the south and west of the State and on Cape Barren Island, according to the Department of Primary Industries, Water and Environment.

This dataset maps the geomorphic habitat environments (facies) for 36 South Australian coastal waterways. The classification system contains 12 easily identifiable and representative environments: Barrier/back-barrier, Bedrock, Central Basin, Channel, Coral, Flood- and Ebb-tide Delta, Fluvial (bay-head) Delta, Intertidal Flats, Mangrove, Rocky Reef, Saltmarsh/Saltflat, Tidal Sand Banks (and Unassigned). These types represent habitats found across all coastal systems in Australia. Most of the 36 coastal waterways have a "Modified" environmental condition (as opposed to "Near Pristine"), according to the National Land and Water Resources Audit definition.

This dataset maps the geomorphic habitat environments (facies) for 103 Western Australia coastal waterways. The classification system contains 11 easily identifiable and representative environments: Barrier/back-barrier, Central basin, Channel, Coral, Flood- and Ebb-tide Delta, Fluvial (bay-head) Delta, Intertidal Flats, Mangrove, Rocky Reef, Saltmarsh/Saltflat, Tidal Sand Banks (and Unassigned). These types represent habitats found across all coastal systems in Australia. Western Australia has a diverse range of Estuaries due to different climates. Ranging from mostly "near pristine" and tide influenced estuaries in the north to "near pristine" wave dominated estuaries in the southwest region.

This dataset maps the geomorphic habitat environments (facies) for 63 Northern Territory coastal waterways. This version of the dataset includes 48 newly mapped estuaries, classified as 'Near pristine'. The classification system contains 12 easily identifiable and representative environments: Barrier/back-barrier, Bedrock, Central Basin, Channel, Flood- and Ebb-tide Delta, Fluvial (bay-head) Delta, Intertidal Flats, Mangrove, Rocky Reef, Saltmarsh/Saltflat, Tidal Sand Banks (and Unassigned). These types represent habitats found across all coastal systems in Australia. Estuaries on the northern Arnhem Land, Gulf of Carpentaria coasts are predominantly tide-dominated estuaries, which vary greatly in size and floodplain characteristics.

Adapted from GEODATA Coast 100K 2004. GEODATA Coast 100K 2004 is a vector representation of the topographic features depicting Australia`s coastline, and State and Territory borders. Data are derived from the 1:100,000 scale National Topographic Map Series and contains: -Coastline features (as determined by Mean High Water) -Survey Monument Points (survey points used to define State/Territory borders) -State and Territory land borders -Island features (please note: Australian external territories are not shown). The coastline includes the main outline of the land and includes bays, the outer edge of mangroves and closes off narrow inlets and watercourses at or near their mouths. Features of the 2004 release include: -Change of datum to GDA94 -Provision of a national coverage in addition to State/Territory coverages; and Additional points on the SA/VIC border. NOTE: The use of survey data in GEODATA COAST 100K 2004 does not imply that data are suitable for any legal interpretation of State/Territory borders. Product Specifications: Coverage: Supplied as separate State and Territory layers, along with a complete national layer Currency: Varies and is based on reliability date of 1:100,000 scale map Coordinates: Geographical Datum: GDA94 Format: ArcInfo Export, ArcView Shapefile and Mapinfo mid/mif Medium: Free online

Data were collected as part of the FutureReef MAP project, a three-year project designed to monitor ocean chemistry along the entire length of the Great Barrier Reef. The Future Reef MAP project is funded by Rio Tinto Alcan and administered by the Great Barrier Reef Foundation, with an equal co-investment by CSIRO. The project is the first large-scale CO2 observing system established on the Great Barrier Reef using the Rio Tinto ship, RTM Wakmatha. The research is targeted at providing information on the CO2 uptake and the controls on ocean acidification change in the region. It is providing foundation data needed to assess the vulnerability of the GBR reefs to ocean acidification. This dataset contains quality controlled underway measurements of the fugacity of CO2, atmospheric pressure, and sea surface temperature and salinity. The data management and distribution of these data were supported by the CSIRO Carbon Collaboration Cluster and the Australian Coastal Ecosystem Facility.