About the collections
The National Research Collections Australia are globally relevant collections of more than 15 million biodiversity specimens, from plants, wildlife and insects to fishes, fungi and algae.
In the past, biodiversity collections were used mainly to classify species and understand their evolutionary relationships. Today, our collections provide national reference specimens and data to benchmark Australia's biodiversity.
Need to know whether an insect in a shipment of cars is a biosecurity pest? Our insect collection supports rapid identifications. Want to protect orchids in your local area? We're assessing threatened species and adding them to the IUCN Red List. Worried whether animals will adapt to climate change? We're looking at the DNA of decades-old specimens to find out how species respond to environmental change. Fascinated by unknown animals in the deep sea? Our expeditions on board research vessel Investigator discover new-to-science species. Saddened by species loss? Our biobank and population genetics is driving genetic rescue of Giant Kelp in Tasmania's seas.
Our biodiversity collections are national research infrastructure and a vital resource for conservation and science.
The oldest specimen in the Australian National Herbarium was collected in 1770 by Joseph Banks.
Australian National Herbarium (ANH) and Australian Tropical Herbarium (ATH)
The Australian National Herbarium in Canberra and the Australian Tropical Herbarium in Cairns together hold more than1.5 million plant specimens. The collections provides crucial information on Australia's native flora, which is used to understand plant biodiversity, conserve threatened species, manage weeds, and ensure biocontrol insects won't harm native plants.
Our current research focusses on:
- Orchidaceae (orchids)
- Asteraceae (daisies)
- Santalaceae (sandalwoods)
- hornworts and liverworts
- lichens.
We loan specimens to researchers at botanical research institutions in Australia and around the world. Images of our digitised plant specimens are freely available online.
Seeds of the past
The oldest living seedlot in the Australian Tree Seed Centre (Acacia triptera from Gilgandra, NSW) was collected in 1963.
Australian Tree Seed Centre (ATSC)
The Australian Tree Seed Centre is a living collection of of Australian native tree seed.
For more than 50 years the centre has been collecting, researching and supplying quality, fully documented tree seed to customers in Australia and overseas for conservation and forestry. We source seed from wild populations and from our seed orchards, where we grow trees and genetically improve the seed.
The Australian National Insect Collection holds 12 million specimens, including at weevil collected by Charles Darwin at King George Sound (present-day Albany, WA) in March 1836.
Australian National Insect Collection (ANIC)
The Australian National Insect Collection in Canberra houses over 12 million specimens of insects and related terrestrial invertebrates, including nematodes, mites, spiders, earthworms, scorpions and centipedes. It is the world’s largest collection of Australian insects.
ANIC is the nation’s hard drive of insect biodiversity, an authoritative physical reference point for identifying known species and species that are new-to-science.
Our research informs biodiversity, biosecurity and conservation, and we run workshops on insect and nematode identification for government departments.
We hold almost 200 000 irreplaceable scientific specimens of wildlife.
Australian National Wildlife Collection (ANWC)
The Australian National Wildlife Collection specialises in terrestrial vertebrates.
It holds specimens of 823 species of Australian birds as well as mammals, reptiles and amphibians, birds from New Guinea, more than 100,000 recordings of wildlife sounds, more than 30,000 tissue samples, and eggs of most Australian birds.
Research at the collection focuses on deepening our genetic understanding of Australia's birds, and developing new techniques for working with DNA from decades-old specimens, including historical virus surveillance.
The Australian National Fish Collection contains more than 150,000 specimens.
Australian National Fish Collection (ANFC)
Specialising in marine fishes, the ANFC in Hobart began informally in 1943 and now contains more than 160,000 fish specimens representing 3,700 species from the Indo-Pacific region, along with images and radiographs (X-rays).
The collection's major strengths are sharks, rays and deepwater fishes. It is an invaluable resource for biodiversity and biogeographic research on Australian and Indo-Pacific fishes, supporting conservation and fisheries management.
The Australian National Algae Supply Service provides microalgae strains to institutions in more than 70 countries.
Australian National Algae Culture Collection (ANACC)
The algae collection is a living collection of more than 1000 strains of algae, 100 species of seaweeds, and a biobank of Giant Kelp, housed at a purpose-built facility in Hobart, Tasmania.
The collection is an internationally significant biological resource. We supply algae cultures to industry and researchers around the world.
We research algae biodiversity, environmental issues and bio-applications of algae, and we are working with partners to restore Tasmania’s Giant Kelp forests.
[Music plays as an image appears of a blue screen with text: Diversity, Our New Collections Building]
[Images move through to show Dr Clare Holleley talking to the camera, a rear view of a male entering a building through a glass sliding door, and colleagues talking together at a table, and text appears: Dr Clare Holleley]
Dr Clare Holleley: Welcome to Diversity, the home of National Research Collections Australia.
[Image changes to show Dr Keith Bayless talking to the camera, and then the image changes to show Keith working with colleagues in a lab, and text appears: Dr Keith Bayless]
Dr Keith Bayless: This is a world class facility for collection science.
[Music plays as image changes to show Dr Anna Kearns talking to the camera, and text appears: Dr Anna Kearns]
Dr Anna Kearns: Our collections here at Diversity span all of flora and fauna in Australia and also beyond into Australasia.
[Image changes to show Keith talking to the camera, and pointing to the right]
Dr Keith Bayless: There's 13 million specimens and plenty of room to grow.
[Image changes to show Dr Juanita Rodriguez talking to the camera, and text appears: Dr Juanita Rodriguez]
Dr Juanita Rodriguez: So we use our collection to study biodiversity, biocontrol, biosecurity and also for biodiscovery.
[Image changes to show Keith looking at wasp collections in a box, and then the image changes to show Juanita talking to the camera]
So for example, we're using our collection specimens to understand the venoms in spider wasps which have been found to affect sodium channels in the central nervous system and this could lead to drugs that could treat things like Alzheimer's and epilepsy.
[Image changes to show Dr Erin Hahn talking to the camera, and text appears: Dr Erin Hahn]
Dr Erin Hahn: Co-locating our collections with our new state of the art molecular facility gives us the ability to look at specimens in much greater detail than we've ever been able to before.
[Image changes to show a rear view of a female using a computer with the left screen showing measuring of eggs with the right screen showing a blown up image of the eggs]
Dr Clare Holleley: We are digitising our collections and making them available online.
[Images move through to show Juanita talking to the camera, Dr Stephanie Chen sliding a collection of insects into the volt and then a female checking small test tubes of liquid samples]
Dr Juanita Rodriguez: We're using new technologies like genomics, proteomics in our collection specimens and also use artificial intelligence to understand more of what's embedded in that information.
[Image changes to show Clare talking to the camera, and then the image changes to show a close view of gloved hands using a pipette and injecting clear liquid into a small test tube]
Dr Clare Holleley: We have developed new techniques to extract gene expression information as far back as a century.
[Image changes to show Clare talking to the camera, and then the image changes to show Anna and Clare walking towards the camera between storage cabinets and then Clare reaching out to a cabinet]
Historical gene expression matters because it tells us how organisms have changed in response to a changing climate.
[Image changes to show Erin holding a sample holder while talking to the camera]
Dr Erin Hahn: Environmental DNA is a new, powerful tool that lets us keep track of what species are in an area without having to physically observe them ourselves.
[Image changes to show Erin pulling out a draw with albatross’ bodies and a wing, and then the image changes to show Clare pulling out a draw with multiple parrots]
Developing eDNA technology is intrinsically linked to collections.
[Image changes to show Erin holding a sample holder while talking to the camera]
Each collection specimen provides a DNA barcode that can tell us which species are around by matching the DNA to species in our drawers.
[Image changes to show Juanita talking to the camera]
Dr Juanita Rodriguez: The future of collections science is here.
[Music plays as image changes to show a white screen with the CSIRO logo above text: Australia’s National Science Agency ]