Special Research Initiatives - Grant ID: SR200200298
Funder
Australian Research Council
Funding Amount
$268,000.00
Summary
Casual Fertility Consequences: The Role of Non-Standard Employment (NSE). This project aims to investigate the role of temporary, casual, part-time paid work (non-standard employment) on Australians’ fertility behaviour (childbirth intentions and outcomes). It expects to use high-quality longitudinal data, engage in novel quasi-experiments (policy changes) to identify new causal mechanisms and pathways between employment types and fertility. Expected outcomes include a novel interdisciplinary th ....Casual Fertility Consequences: The Role of Non-Standard Employment (NSE). This project aims to investigate the role of temporary, casual, part-time paid work (non-standard employment) on Australians’ fertility behaviour (childbirth intentions and outcomes). It expects to use high-quality longitudinal data, engage in novel quasi-experiments (policy changes) to identify new causal mechanisms and pathways between employment types and fertility. Expected outcomes include a novel interdisciplinary theoretical framework, most up-to-date empirical evidence on this topic in Australia, high-quality research outputs and training, and clear work and family policy recommendations. This should significantly benefit families, communities, governments and organisations to lift productivity. Read moreRead less
Investigating non-canonical RNA processing in developing spermatids. RNA combines the information content of DNA and the physical properties of proteins. These features mean it's emerging as a major player for new knowledge; for answers to fundamental questions in biology, and for applications in biotechnology. This project aims to understand how non-canonical RNA processing events control gene expression. How mRNA is processed post-transcriptionally for selective storage, translation, stabilisa ....Investigating non-canonical RNA processing in developing spermatids. RNA combines the information content of DNA and the physical properties of proteins. These features mean it's emerging as a major player for new knowledge; for answers to fundamental questions in biology, and for applications in biotechnology. This project aims to understand how non-canonical RNA processing events control gene expression. How mRNA is processed post-transcriptionally for selective storage, translation, stabilisation or decay to control development. RNA-driven processes program morphogenesis and differentiation of spermatids, but via mechanisms only poorly understood. Uncovering the function of extensive cytoplasmic polyadenylation, which is essential for murine fertility, may fuel the next wave of RNA biotech applications. Read moreRead less