Our strength is the joint wealth of multi-disciplinary scientific skills across our partners. We bring together the State’s top biodiversity expertise to any project, delivering excellence in science that informs decisions about land use, policy and management.
Reduce the cost of research through collaboration and information sharing.
Our research partners are:
- University of Western Australia
- Curtin University
- Murdoch University
- Edith Cowan University
- Botanic Gardens and Parks Authority
- WA Museum
- Department Biodiversity, Conservation and Attractions
- Department of Mines, Industry Regulation and Safety
- Department of Water and Environmental Regulation
Our vast range of expertise includes:
Restoration ecology: Understanding ecological factors that limit restoration of native vegetation.
Conservation Ecology: Understanding factors critical for the persistence and recovery of threatened flora.
Conservation taxonomy: Taxonomy and conservation status assessment of threatened and priority flora.
Ecophysiology of rarity and restoration: Understanding physiological factors critical for the recovery of plant species and plant ecosystems.
Germplasm Conservation: Integration of ex-situ collections of Western Australian threatened and priority flora.
Propagation Science: Application of micro-propagation techniques for rapid and efficient propagation of threatened and priority species and species for revegetation.
Conservation Genetics: Application of molecular markers for assessment of genetic diversity and priority setting for plant genetic resource conservation.
Management and restoration of altered landscapes: Finding ways to improve biodiversity outcomes in managed landscapes.
Fauna reintroduction and ecosystem services: Understanding the broader ecological benefits of fauna conservation and reintroduction.
Habitat management: Ameliorating threats within the conservation estate.
Understanding patterns of biodiversity: Documenting the patterns and status of species and communities across Western Australia as a basis of nature conservation planning decisions.
Biology/ecology of threatened species: Understand biology and ecology of threatened species to identify threatening processes and recovery solutions.
Captive breeding and assisted reproductive technologies: Production of founder animals for translocation.
Translocation for recovery: Re-establishment of threatened fauna populations.
Impact of disease on wildlife conservation: Identify the impact of disease on the condition of native wildlife.
Fauna systematics and conservation genetics: Resolution of taxonomic and conservation status issues, and the use of DNA technologies to understand population conservation and to assist in wildlife protection.
Biodiversity data sets: For conservation planners, decision makers and industry
Biodiversity mapping: Locating and prioritising research on conservation taxa and areas of high biodiversity.