General presentations
| Nonlinear diffusion-driven flow in a stratified fluid | Abstract |
| Michael Page |
| Some sufficient optimality conditions for a standard NLP | Abstract |
| Andrew Craig Eberhard, Charles Pearce |
| Impulsively generated drops | Abstract |
| William Phillips, KuanKhoon Tjan |
| A Markov Chain with recursive structure to model the management of urban storm water | Abstract |
| Julia Piantadosi, Phil Howlett, Nigel Bean |
| One fish, two fish, red fish, blue fish: population dynamics of marine ecosystems | Abstract |
| Michael Plank |
| A comparison of the Nernst--Planck and Maxwell--Stefan approaches to modelling multicomponent charge transport in electrolyte solutions | Abstract |
| Troy Farrell, Steven Psaltis |
| The mathematics of optimal conservation | Abstract |
| Hugh Possingham |
Student presentations
| A kinetic Monte Carlo algorithm for nanocrystal growth | Abstract |
| Sione Paea |
| Water management in the Murray--Darling basin | Abstract |
| Andrew Patrick Plumridge |
| Stable cycles in transport schedules | Abstract |
| Hamideh Anjomshoa, Amie Albrecht, Peter Pudney |
copyright Australian Mathematical Society