Centre For Research Excellence In Prostate Cancer Survivorship (CRE-PCS)
Funder
National Health and Medical Research Council
Funding Amount
$2,498,842.00
Summary
The Centre for Research Excellence in Prostate Cancer Survivorship will 1) develop, evaluate and translate responsive, equitable and accessible survivorship interventions for men with prostate cancer and their partners and families in high need areas 2) support evidence-based policy and practice in prostate cancer survivorship care 3) train and equip the workforce and its leaders to ensure translation and sustainably improve the underpinning health care and other relevant systems.
Assessing the social and environmental determinants of seasonal influenza outbreaks. This project aims to examine the potential social and environmental predictors of seasonal influenza outbreaks across temperate and tropical climates. It will develop a spatiotemporal model to identify where, when and who is most susceptible to changes of risk in influenza epidemic-prone regions of Queensland, Australia and Gansu province and Shanghai City, China. A spatiotemporal predictive model for influenza ....Assessing the social and environmental determinants of seasonal influenza outbreaks. This project aims to examine the potential social and environmental predictors of seasonal influenza outbreaks across temperate and tropical climates. It will develop a spatiotemporal model to identify where, when and who is most susceptible to changes of risk in influenza epidemic-prone regions of Queensland, Australia and Gansu province and Shanghai City, China. A spatiotemporal predictive model for influenza will be useful for the early identification of impending epidemics, which will lead to a more rapid and efficiently targeted response than is possible with the current system, thereby reducing the magnitude and health and economic impact of epidemics.Read moreRead less
The impact of park renewal on park usage and park-based physical activity. The study will examine whether the refurbishment of a park located in a low socio-economic area of Melbourne has an impact on park usage and park-based physical activity. The findings will help inform the design of future parks to optimise park usage and physical activity performed within the park.
A screening human health risk assessment for developing coal seam gas water resources in Queensland, Australia. Due to its rich coal seam deposits, Queensland is projected to become Australia's leading coal seam gas (CSG) producer, contributing significantly to the State's economy and national "clean" energy targets. Over a 30 year period, it is estimated that Queensland's CSG industry could also create by-product water of sufficient volume to beneficially augment the State's future water supply ....A screening human health risk assessment for developing coal seam gas water resources in Queensland, Australia. Due to its rich coal seam deposits, Queensland is projected to become Australia's leading coal seam gas (CSG) producer, contributing significantly to the State's economy and national "clean" energy targets. Over a 30 year period, it is estimated that Queensland's CSG industry could also create by-product water of sufficient volume to beneficially augment the State's future water supply demands. The proposed screening Health Risk Assessment will evaluate the relative risks associated with human exposure to raw and treated CSG by-product water contaminants, informing public debate on this matter, and guide policy development within the complex multi-sector regulatory framework in place for CSG water resource development in Queensland.Read moreRead less