International Evaluation of Algorithms for Mapping in Optically Shallow Waters. This work provides a means for Australian science and management agencies to apply a method for accurately mapping shallow coastal environments. The work will build Australian research capability by developing new collaborations among experienced researchers; as well as allowing the Australian teams to benchmark their proposed methods internationally. Nationally, the work will strengthen international research exper ....International Evaluation of Algorithms for Mapping in Optically Shallow Waters. This work provides a means for Australian science and management agencies to apply a method for accurately mapping shallow coastal environments. The work will build Australian research capability by developing new collaborations among experienced researchers; as well as allowing the Australian teams to benchmark their proposed methods internationally. Nationally, the work will strengthen international research experience and generate opportunities for postgraduate and postdoctoral researchers to link into leading-edge international research networks. This work will also allow us to build strong ongoing collaborations between research teams in Australia and their counterparts overseas (specifically USA, Canada, UK and Germany). Read moreRead less
Coral Reefs - Innovative Satellite Image Mapping Techniques. Two primary outcomes are expected from this project, the first is aimed at solving a fundamental challenge to understanding and managing coral reefs in Australia and worldwide. The optimal reef mapping method(s) will enable coral reef monitoring and management programs in Australia and internationally to make full use of satellite and airborne image data sets. Secondly, the project will significantly advance the capabilities of remote ....Coral Reefs - Innovative Satellite Image Mapping Techniques. Two primary outcomes are expected from this project, the first is aimed at solving a fundamental challenge to understanding and managing coral reefs in Australia and worldwide. The optimal reef mapping method(s) will enable coral reef monitoring and management programs in Australia and internationally to make full use of satellite and airborne image data sets. Secondly, the project will significantly advance the capabilities of remote sensing applications in coral reefs, by providing a unique international test of current state of the art algorithms.In combination, these outcomes will enable Australia to continue to play a role as the world's leading developer and provider of solutions for coral reef monitoring and management.Read moreRead less
Remote Sensing and Spatial Analysis of Native Vegetation Condition. Reversing the decline in the quality and extent of Australia's native vegetation is imperative. Site-based assessments of vegetation condition have many merits but are not practical for monitoring at regional, catchment or State levels. This research proposes an integrated approach to native vegetation assessment combining the synoptic overview of satellite based earth observation with the rigor of plot-based assessments. The ou ....Remote Sensing and Spatial Analysis of Native Vegetation Condition. Reversing the decline in the quality and extent of Australia's native vegetation is imperative. Site-based assessments of vegetation condition have many merits but are not practical for monitoring at regional, catchment or State levels. This research proposes an integrated approach to native vegetation assessment combining the synoptic overview of satellite based earth observation with the rigor of plot-based assessments. The outcomes will be an operationally feasible and quantitatively-based method for mapping vegetation condition in the context of biodiversity conservation, at a resolution that can inform decisions for managing native vegetation remnants, and at a scale that can inform regional decision-making.Read moreRead less
Moving Beyond Telehealth: Adapting Enhanced Clinical Processes With Technology To Improve Access, Equity, Efficiency And Population Health In Rural And Remote Australia
Quantifying Uncertainty in Predictions of Global Change. This project will develop and apply quantitative risk management models to assess whether data sources used in the predictions of global changes, in: (i) land use and land cover; (ii) biodiversity; and (iii) carbon emissions, are adequate. It will focus on the issues of data accuracy, scale and temporal resolution in order to assess whether spatial data sources meet environmental decision-making needs. The research has the potential to ( ....Quantifying Uncertainty in Predictions of Global Change. This project will develop and apply quantitative risk management models to assess whether data sources used in the predictions of global changes, in: (i) land use and land cover; (ii) biodiversity; and (iii) carbon emissions, are adequate. It will focus on the issues of data accuracy, scale and temporal resolution in order to assess whether spatial data sources meet environmental decision-making needs. The research has the potential to (a) aid the federal and state government(s), and international agencies, in making informed policy / management decisions and to increase their effectiveness in implementing international treaties and protocols; and (b) help ensure the future capacity of terrestrial ecosystems to provide resources for the world's growing population and their ability to absorb the associated carbon emissions.Read moreRead less