We need to ensure the public are well equipped to make their own decisions based on an understanding of risk. We use education to encourage people to eat 3-4 servings of vegetables per day rather than enforcing it, while safety is ensured with legislated mandates like wearing seatbelts or banning indoor smoking. Yet vaccine mandates have been disputed, though you might die much faster from being infected by someone than passively breathing in their smoke at a restaurant.
The Royal Society’s Council seeks to sharpen the RSV’s role in promoting science-based decision-making in Victoria with the wider community, government and the corporate sector. To this end, we want to ensure our membership has an opportunity to contribute to the establishment of an agreed position on important issues and support new programs designed to engage and empower Victorian communities in plotting their course for the future, providing a science-based, critical resource for all sectors.
Let’s Torque is a Science, Technology, Engineering, Mathematics and Medicine (STEMM) communication skills development initiative that runs a public speaking competition for undergraduate students. In 2017, a group of students in Monash University’s Global Challenges course (BSc Honours) launched a dynamic program that is now run by and for students from all universities across the state. Our thanks to all participants for stepping up for this year’s locked-down competition!
Welcome to Let’s Torque, a SciComm organisation for undergraduates, where you can participate in trivia events against other universities, attend state-of-the-art immersive workshops, and see SciComm like never before! Check out our newly opened Public Speaking competition (where you can compete for prize money and other winnings!), which has kickstarted the careers of many past competitors.
Human activities have released significant quantities of carbon dioxide into the atmosphere. As a greenhouse gas, the more carbon dioxide emitted, the warmer our planet becomes. Partly mitigating these impacts, plants recover 30% of atmospheric carbon via photosynthesis. Using energy from the Sun, they combine carbon dioxide with water to form sugar and oxygen. When the chemical reaction is reversed, carbon returns to the atmosphere – either by cellular respiration in plants and animals, or the burning of coal, wood, or gasoline. Soil scientist Dr Samantha Grover explains that one way of preventing carbon dioxide from returning to the atmosphere is keeping it sequestered in the ground. In fact, there is two-to-three times more carbon in soil than in the atmosphere.