Every year, final year PhD candidates present their doctoral studies to the Royal Society of Victoria, competing for prizes recognising excellence in Victoria’s young researchers. Eight finalists present under the four categories: Biological Sciences, Biomedical & Health Sciences, Earth Sciences, and Physical Sciences. In our second year of COVID lockdowns, our participants rose to the challenge to deliver compelling presentations for National Science Week.
How do we transition to a zero carbon energy market? Simon Holmes à Court believes we have much to learn from other countries with more advanced thinking in this space – they have spent the past decade thinking not about whether they should transition, but how. The 2017 Finkel Review created a blueprint to move Australia away from its high-emissions market by ramping up renewables and energy storage uptake. Are we on track?
Our sea levels are rising. Understanding the dynamics of the beach envelope and its overlap with human infrastructure is fundamental for effective coastal management. Dr David Kennedy studies the dynamic adaptation of beaches in the past to inform how we can manage them into the future. While NSW beaches have been studied for decades, but we are only just starting to understand the behaviours of Victoria’s beaches and their underlying geology.
The latest issue of the Proceedings of the RSV features papers from the 2021 ‘Stewardship of Country’ Symposium, which delivered presentations across multiple domains of land management practice and scholarly expertise, representing an historic collaboration between Aboriginal and Torres Strait Islander experts, industry practitioners and thinkers. The series posed the question: who are we becoming, as Australians faced with an increasingly unpredictable and challenging future?
Generally, memory T cells were thought to constantly patrol the entire body, scouting for the return of the pathogen they are trained against. Then, ten years ago, some memory T cells were found to permanently reside in the site of infection where they are poised to mediate local immune responses should the pathogen come back. They are thus called “tissue-resident memory T (TRM) cells” and reside in common sites of infection.