Below is a selection of current projects. To get a feel for the range of projects we are working on, see the Who we are page and browse our recent publications.

Improving the potential of biodiversity offsetting to reconcile development and conservation: will good environmental outcomes counterbalance the bad?

Funding: Australian Research Council

Attempts to reduce conflict between development and conservation are increasingly reliant upon environmental offsetting: generating an environmental benefit to compensate for environmental damage elsewhere. Yet whether different offset approaches can achieve their goal of ‘no net loss’ of biodiversity is unknown. By building simulations of the long-term biodiversity consequences (both intended and unintended) of current offset approaches, this project will test how each approach and associated sources of uncertainty influence the long-term persistence of biodiversity. It will identify limitations of biodiversity offsetting, shed new light on the most effective approaches, and help develop global standards for offsetting biodiversity loss.

Better offsets for threatened species

Funding: National Environmental Science Programme – Threatened Species Recovery Hub

This project will examine alternative strategies for achieving offset benefits for threatened species. By moving beyond traditional ‘land-based’ offsets strategies can be more cost-effective. Alternative approaches may include perpetual funds to support ongoing management of pest species, and educational signage aiming to reduce damage to beach-nesting species.

Read more: Better offsets for threatened species

Arresting declines of woodland birds through Noisy Miner control           

Funding: NSW Environment Trust

Aggressive exclusion of birds from woodland and forest habitat by abundant noisy miners is a key threatening process. It has severe impacts on an extensive range of threatened woodland bird species, with flow-on effects for threatened eucalypt-dominated grassy-woodland communities. Noisy miners prefer edge-dominated habitat patches, including much of the state’s remnant woodland as well as habitat-reconstruction projects targeted at woodland bird conservation. This project will quantify the efficacy, determine the cost-effectiveness, and establish benchmarks of success in removing noisy miners from selected woodland patches to promote persistence of threatened woodland birds.