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How midwifery students at a university in PNG understand, experience and manage the provision of care to women following stillbirth (Old ID 23186)
This study will describe and theorise the understanding of stillbirth and experiences of providing care to women following stillbirth with a cohort of midwifery students at a university in Papua New Guinea. The study will document social, cultural, spiritual and professional factors that inform the provision of care fro the perspective of midwifery students who have been maternal healthcare providers prior to enrolment. The study will contribute to the body of knowledge on stillbirth experiences in resources limited and complex social and cultural settings, and enhance collaboration between JCU and Pacific Adventist University.
Bainbridge Maternity Funding for Lab Assistant (Old ID 23282)
Maternity funding to employ a research/laboratory assistant to assist primary researcher whilst on maternity leave to maintain research progress.
LDC Community Water Quality Monitoring Program (LME#17-004). (Old ID 25147)
The objective of the Burdekin MIP is to work closely with groups in one or two focus areas, with the Bowen-Broken-Bogie(BBB) catchments, to trial a range of regionally tailored coordinated actions that reduce sediment and nutrient loads. Throughout this Major Integrated Project, progress in achieving land management practice changes, economic benefits for landholders and pollutant load reductions will be closely monitored an results will inform adaptive management. This project is to develop a community water quality monitoring program for the BBB catchments.
Mountain plant conservation (Old ID 26539)
This project will enable us to secure the future of Australia's climate-threatened tropical mountaintop plants. We will do this by building a multi-strategy ex-situ conservation reserve to 'backup' at-risk wild populations and support research, display and education. Our novel research on seed banking strategies, genetic diversity and plant tolerance of extreme climates will ensure that the reserve collections, distributed across multiple Botanic Gardens and Seed Banks along Australia's east coast, incorporate high redundancy, are genetically and physiologically diverse, and climatically matched to wild habitat.
Ecological influences on biodiverse morphology in climbing geckos (Old ID 27210)
Ecological interactions are one of the main drivers of biodiversity generation. The influence of ecology on the morphology of organisms is one such interaction that influences the generation of biodiversity. Australian Diplodactyline geckos are some of the most morphologically and ecologically diverse systems in the world. They occupy a diverse range of habitats and have evolved unique toe pads enable the exploitation of several substrates within the habitats they occupy. Therefore, my project will investigate how toe pads have evolved in response to habitat use in Diplodactyline geckos. We will examine these relationships by studying habitat use and morphology, with locomotor performance as an intermediary link.
HART Yarning Circle Training (Old ID 27254)
The aim of this grant is to provide travel assistance to members of the Healthy Ageing Research Team living in the Torres Strait attend yarning circle training in Cairns provided by Professor Yvonne Cadet-James
The Vector Control Development Network: a consortium of institutions to analyze malaria transmission and its reduction by any one or several vector control or drug-based interventions (Old ID 19173)
The VecNet project supports a consortium of institutions to analyze malaria transmission and its reduction by vector and drug based interventions. The project will facilitate the development of new vector control tools, collection of new entomological data and analysis of transmission risk as a function of vector ecology and behaviour. It will also support an analysis of the composition of tools needed to achieve malaria eradication globally. Importantly, it will also provide input about the potential impact of candidate new tools, to inform prioritization of investments.
Development of Microflow Photochemistry and its Application in the Synthesis of Platform Chemicals of Pharmaceutical Importance (Old ID 20071)
The proposal develops an innovative approach in organic synthesis. It combines organic photochemistry and microflow chemistry with novel lamp and LED technology. Advanced microflow reactor concepts based on microcapillaries or flow injection will be designed and applied in the synthesis of platform chemicals. LED-panels will be utilized as powerful, miniaturized light sources. Methods for parallel photochemistry and scale-up will be furthermore realized using important examples of pharmaceutical interest. The superiority of microflow photochemistry over conventional techniques will be demonstrated through comparison studies. Hence, microflow photochemistry will emerge as a concept, rapid and resource efficient synthesis tool.
Combined U-Pb zircon geochronology & Lu-Hf analysis of Jurassic-Cretaceous volcanics and sandstones from the Lord Howe Rise and Queensland Plateau, Australia (Old ID 22185)
We prosed to combine zircon geochronology on putative Cretaceous volcanics reported in the DSDP Leg 21-207 and combine this with more ambitious dual Lu-Hf isotope and U-Pb isotope analysis on detrital zircons collected from a suite of Cretaceous and Paleogene sedimentary rock samples in cores from DSDP Leg 21-206, 207, 208 and 209. This approach is designed to identify the distribution of ages and geochemical signatures associated with earlies Cretaceous-Jurassic age detrital zircons (and volcanics) in order to better understand the timing of Cretaceous-Jurassic volcanism, the possible provenance of Cretaceous-Jurassic volcanic sources and to glean a better understanding of the nature of the magmatism during the Jurassic and Early Cretaceous along eastern Australia.
Mungalla Wetland System Repair (Old ID 22784)
Coastal wetlands provide services important for aquatic wildlife. However, human need has contributed to modification and change to coastal wetland function. Government and community projects have commenced across the Great Barrier Reef catchment area to repair and revitalise coastal wetlands to, again, function as productive ecosystems, while still offering services for humans. A project has commenced, supported by Australian Government, to repair natural tidal flow and fisheries value to Mungalla wetland. This project herein will examine wetland aquatic ecology and water quality in response to broader system repair programs underway.