Modelling the predicted movements of pervasive sap-sucking tiny insects before they infest banana crops has the potential to become a key tactic in the fight against a devastating virus, according to researchers with ACEMS at QUT.
Researchers from the ARC Centre of Excellence for Mathematical and Statistical Frontiers (ACEMS) at QUT developed new statistical methods for analysing summary data that can downloaded on many online health atlases.
The Australian Research Council (ARC) has just awarded a team led by ACEMS Chief Investigator Kate Smith-Miles nearly $5-million to create a new ARC Industrial Transformation Training Centre to bring cutting-edge optimisation research to industry.
ACEMS associate investigator Adam ‘Ben’ Rohrlach loves history. He gets to use statistics to contribute to research that shows how people thousands of years ago moved and settled in different places around the world.
ACEMS Student Sarah Belet won the Victorian competition for FameLab Australia, a competition for researchers to communicate their science. By winning in Victoria, Sarah was able to compete in the FameLab National Finals.
The International Biometric Society (IBS) selects ACEMS Research Fellow Dr Luca Maestrini to represent the Australasian region at this year’s International Biometric Conference (IBC) being held in South Korea.
When it comes to evolution, one of the biggest mysteries is how single cells transition into a multicellular organism. In research just published in Nature Ecology & Evolution, a team led by ACEMS Associate Investigator Dr Andrew Black presents a new view about this transition, and have produced a mathematical model that captures this process.
Think of a Rubik's Cube and most people think of trying to solve it? How many moves does it take? But what about the opposite? How many moves does it take to scramble? And, what does it mean to scramble a Rubik's Cube? ACEMS' Tim Garoni and Eric Zhou from Monash University explore these fascinating questions in a story in The Conversation.
Drastic interventions in an ecosystem, like deciding whether to eradicate an unwanted species, can have unforeseen, and sometimes even undesirable, consequences on the rest of the species present in that ecosystem. Just published research shows that, even if there is limited knowledge of these ecosystems, modellers should not wait any longer to start developing ecological forecasts that managers could potentially use to decide whether to implement such interventions.
What happens when you give an interesting Secret Santa maths problem to a group of mathematicians? Here's how it played out at a recent ACEMS Mathscraft workshop - thanks Dr Rheanna Mainzer, from The University of Melbourne, for writing this wonderful story in The Conversation.