This National Threatened Species Day, we highlight and celebrate the dedication of those individuals and organisations who contribute to monitoring the status of threatened plants and animals in Australia.
Every year on 7 September, thousands of people around the Australia participate in National Threatened Species Day by learning about what is being done to protect threatened and endangered species.
One initiative, the Threatened Species Index (TSX) makes available thousands of data sets gathered by citizen scientists, government, conservation and research groups to allow tracking of changes in abundance of 254 species of declared Australian threatened and near-threatened mammal, bird and plant species.
The Threatened Species Index for Australia is a true community resource made possible due to the contributions of over 70 teams and individuals dedicated to monitoring our threatened species, The index was launched in late 2018 and has grown to cover plants, mammals and birds with other groups planned. Managed by NCRIS-enabled TERN, the index was initially generated through a partnership between the Australian Government’s National Environmental Science Program, The University of Queensland and BirdLife Australia. It is supported by the Commonwealth Department of Agriculture, Water and the Environment, all State and Territory governments, and over 30 other conservation and research organisations.
Queensland Chief Scientist and Chair of TERN’s Advisory Board, Professor Hugh Possingham, who conceptualised the Threatened Species Hub when he was Director of the NESP-funded Threatened Species Recovery Hub, says,
“The Threatened Species Index was a first for Australia and in fact, remains unique worldwide. It is an essential tool for those working to protect threatened species because it provides transparency to the reporting of changes in biodiversity.”
Professor Hugh Possingham, Queensland Chief Scientist
In addition to managing the Index, TERN ensures that the masses of raw data needed for the Index— and the ecosystems that support our biodiverse flora and fauna—are processed in a repeatable, transparent way so that they can be used to run the models for trend analysis and provide visualisation of the rate of change in threatened species populations.
