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  • This map shows the boundaries of the security regulated port for the purpose of the Maritime Transport & Office Security Act 2003. 5 Sheets (Colour) December 2009 Not for sale or public distribution Contact Manager LOSAMBA project, PMD

  • Map showing the whole extent of Australia's Maritime Jurisdiction. Produced for the Australian Customs Service (Border Protection) with simplified legend showing 2012 confirmed CS and unconfirmed areas. Represented in LOSAMBA base products data as "simplified_maritime_jurisdiction_November2012.jpg" files. Also in directory for Border Protection - Task 661 - GeoCat73979..

  • Map produced for the Australian Government Solicitor in December 2008 showing the Torres Strait Regional Claim (Q6040 of 2001) as mofidied and the Northern Prawn Fishery. For confidental/internal use by AGS and not for general release.

  • Part of Ministerial submission includes 4 maps in GeoCat Record 71221 Not for sale or public distribution Manager LOSAMBA project, EGD

  • Chiefly charts and maps, includes explanatory notes

  • This map shows the boundaries of the security regulated port for the purpose of the Maritime Transport & Office Security Act 2003. 3 sheets (Colour) December 2008 Not for sale or public distribution Contact Manager LOSAMBA project

  • This map shows the boundary of the Maritime Security Zones for each port for the purpose of the Maritime Transport Office Security Act 2003. 1 sheet (Colour) June 2009 Not for sale or public distribution Contact Manager LOSAMBA project

  • Geoscience Australia undertakes classification of biophysical datasets to create seabed habitat maps (termed 'seascapes') for the Australian margin and adjacent sea floor. Seascapes describe a layer of ecologically meaningful biophysical properties that spatially represents potential seabed habitats. Each seascape area corresponds to a region of the seabed that contains similar biophysical properties and, by association, potential habitats and communities. The lack of available standardised biological data at the national scale precludes the integration of biological information into the derivation of national seascapes. By focusing on a much smaller scale over tens of kilometres near the Glomar Shoals in Western Australia, referred to as 'local scale', available biological data were integrated into new derivations of seascapes and results compared with seascapes without these data. Using physical data as described in Whiteway et al. 2007 (GA Record 2007/11) and demersal fish data obtained from the 1967 Russian Berg-3 survey, we have derived four new local sets of seascape to compare the effects of integrating biological data: 1) Standard seascapes using only physical data, 2) Seascapes with an additional biology layer based on the Shannon diversity index, 3) Seascapes with an additional biology layer based on the Simpson diversity index, and 4) Seascapes with an additional layer of randomly-generated data. At the 'regional-scale' we derived two sets of seascapes: 1) Seascapes with an additional biology layer based on the Shannon diversity index that encompasses the entire Berg-3 survey area in northwest Australia, and 2) Standard seascapes using only physical data for the same area. This datsets is the local scale Glomar Shoals seascape produced with a biological layer called the 'Shannon Diversity Index'.

  • This map shows the boundary of the Maritime Security Zones for each port for the purpose of the Maritime Transport & Office Security Act 2003. 3 sheets (Colour) July 2009 Not for sale or public distribution Contact Manager LOSAMBA project