No abstract available

This relates to the release of ANUGA as open-source software. No abstract required. See http://sourceforge.net/projects/anuga/

Microsoft Excel Add-Inn Ken Ludwig and Geoscience Australia

The Geoscience Australia World Wind Suite is a suite of tools built around the NASA World Wind Java SDK including the World Wind Data Viewer and Animator tools. The tool suite has been released as open source under the Apache 2.0 license and is available through Github (http://www.ga.gov.au/ga-m3dv/ga-worldwind-suite). Individual products in the suite are catalogued individually under IDs 69165 and 73044.

This is a CD rom that enables users to obtain relevant information on how to invest in mineral exploration within Australia.

Generic Geoscience Australia, web based, external database entry kit

This software suite has been under development since 1969 and is stored as a file system under /nas/pmd/prg/. It consists of source code for geophysical software written for processing tasks which cannot be accomplished using commercially licensed software accessible to GA. The majority of this software is written in Fortran, Perl, Python, awk and Visual Basic programming languages designed to run on Unix, Linux, Windows and Vax/VMS operating systems. At the date of this entry the collection has 1390 inventoried computer programs and 263,000 lines of code. The source code contains standardised headers following guidelines developed by GA's Programmer User Group (and fits with ISO 19115), and this allows the collection to be discovered and delivered via a web-based seach tool (see links). Current contributors are listed as authors of this metadata entry, however past employees and others are noted with the standard author header for each item of software.

Geoscience Australia and the ANU Mathematical Science Institute have developed a new modelling tool called ANUGA for simulation of inundation and impact from hydrological disasters. The capability is based on a sophisticated mathematical model initially developed at the ANU and implemented to production standard at GA. It can model the process of wetting and drying as water enters a coastal community; it can model arbitrary geometries; it has unprecedented accuracy and it has a novel and easy-to-use interface

This is Geoscience Australia's Earthquake Risk Model. It can be used to undertake (1) an earthquake scenario ground motion simulation, (2) an earthquake scenario loss simulation, (3) a probabilitic seismic hazard analysis and/or (4) a probabilistic seismic risk analysis.

No abstract available