Lucy is studying improvements to species distribution models, using the critically endangered Pimelea spinescens as a case study.
Chris’s research is about the most effective way to bait feral animals for the protection of threatened species.
Sana is interested in how to integrate science and practice to deliver better conservation outcomes in environmental decision making.
John is studying climate change-related extinction risks through the integration of correlative and mechanistic models of habitat change, and models of population dynamics.
Tomas is developing statistical models to look at the impact of a large-scale habitat restoration project on demographic rates of native fish in the murray river.
Madeline is working on developing priority conservation plans for target species using habitat and population models to determine how different connectivity plans appear to affect population viability.
Natasha is working on testing and comparing correlative and mechanistic species distribution models using the Great Desert Skink, Liopholis kintorei as a study species
James is studying the interactive effect of climate change and fire regimes on Australian alpine heathland communities.
Stefano is studying the application of structured decision making to captive breeding and reintroduction of endangered species.
Sarah is assessing uncertainties in metapopulation models using the expected value of perfect information (EVPI) for the Growling Grass Frog, Litoria raniformis.
Imogen is interested in why Australian alpine landscapes are differentially flammable, specifically in terms of fuel properties and fuel loads.
Kate is studying how landscape disturbances influence species dynamics and biodiversity, and how to develop tools to aid informed environmental management.
Elise is building on a Bayesian belief network model that predicts grassland condition in response to different management actions.
Chris’s research focus on the tradeoffs between development, biodiversity and human well-being and how to model and test different policy options at different spatial scales to make better decisions for conservation and development.
Chris is studying the use of vegetation monitoring data from a variety of sources for investigating change over time.
Claire is studying conservation genetics of the Growling Grass Frog, Litoria raniformis, in an urban landscape.
Liz is attempting to increase the certainty of rare species distribution models by incorporating species functional traits and assemblage composition into hierarchical models.
Karen is particularly interested in global climate models and integrating botany with spatial analysis.
Kim is studying the detection and search efficiency for a marine invasive seastar, Asturias amurensis, in Victoria.
Will is studying applied statistics and forest ecology.
Hannah studies the effect of management actions on the occurrence of different woodland bird species.
Michaela is studying coextinction (the extinction of dependent species with a host species) and how to manage species under the risk of coextinction.
Gerry is studying the elements underlying achieving successful conservation impacts, and how we can, do, and should evaluate them.
Kylie investigates the effectiveness of road crossing structures for wildlife, and the monitoring effort necessary to evaluate their success.
Darren is using decision theoretic approaches to determine how much effort should be allocated towards monitoring to reduce uncertainty and when it is optimal to only participate in management.
Freya is interested in how key plant functional traits are generated for fire prone communities.
Els is studying how much data is needed to make reliable conservation decisions.
Inka is studying movements and habitat use of the Brolga, Grus rubicunda, in south west Victoria.
John is studying the potential to predict outbreaks of pests based on habitat suitability and susceptibility.
Matt is studying the interactive effects of a range of threatening processes, such as disease and introduced predators, on declining frogs.
Skipton is studying patterns of sea floor biodiversity, including species richness, beta-diversity, community composition and the spatial aggregation of rare species