Species identification tools

The Cassinia group comprises ca. 100 species of shrubby everlasting paper daisies that can now be identified with an online Lucid key

Horama ID app used on a herbarium specimen with an image classification model for the daisy genus Waitzia.

Taxonomic research comprises both the naming and grouping of organisms (classification) and the provision of tools that allow non-specialist end-users to find out the correct name for an unknown specimen (identification). Reliable and timely identification of specimens is critical for all biological research, conservation management, and biosecurity.

Traditional identification keys are paper-based, single entry, and require the end-user to understand technical terminology. With the advent of computers, multi-entry, electronic tools such as Lucid keys became available. The newest generation of identification tools uses artificial intelligence, specifically computer vision.

In 2018, we developed a prototype smartphone app for the identification of weed seeds, which was co-funded by CSIRO and Microsoft and coded by Altis Consulting. In 2019/2020 and 2021/22 we received funding from the Biosecurity Innovation Program to expand this approach to stink bugs, a group that poses a major biosecurity threat, in collaboration with the Australian National Insect Collection, and in 2022/23 we expanded the training image library for weed seeds. The Australian Government Department of Agriculture, Fisheries, and Forestry is currently building its own system on the lines of our app prototype to deploy models trained on our images to their staff.

Our team is one of the key partners behind Weedscan, building a national identification and reporting app for a priority list of weeds. The project was funded by the National Landcare Program, coordinated by the Centre for Invasive Species Solutions, and supported by stakeholders from state governments.

Horama ID is a system that allows taxonomists to deploy image classification models for species identification to end users. It is available as an app for Android and iOS.

Publications

Schmidt-Lebuhn AN, Bell M, Eckelmann C, Evans D, Glanznig A, Li R, Mitchell A, Mitchell-Storey T, Newton M, O’Duibhir L, Southerton R, Thomas E, Wu H, 2024. WeedScan, a weed reporting system for Australia using an image classification model for identification. Invasive Plant Science and Management.

Schmidt-Lebuhn AN, Knerr N, 2023. Efficient generation of training libraries for image classification models from photos of herbarium specimens. International Journal of Plant Sciences 184(5).

Stenhouse A, Fisher N, Lepschi B, Schmidt-Lebuhn AN, Rodriguez J, Turco F, Toms E, Reeson A, Paris C, Thrall P, 2023. Improving biological collections data through human-AI collaboration. Biodiversity Information Science and Standards 7: e112488.

Schmidt-Lebuhn AN, Norton G, 2017. An online multi-access identification key to the propagules of selected biosecurity relevant Asteraceae (daisy or sunflower family). Invasive Plant Science and Management 10: 210-211.

WeedScan

Website version

Android (Google Play Store)

iOS (Apple App Store)

Horama ID app

Android (Google Play Store)

iOS (Apple App Store)

Project website with additional information

Lucid key to the Cassinia group

The key was funded by Bushblitz, published in 2017, and covers ca. 100 species of Australian shrubby everlasting paperdaisies.

Android (Google Play Store)

iOS (Apple App Store)

Website version (Lucid key server)

Key to seeds of weedy Asteraceae

Lucid key to propagules of selected weedy Asteraceae (daisy or sunflower family). Developed for and funded by the Australian Government Department of Agriculture in 2017-2018.

Alternative site at SeedIDGuide.

Other media

Video on mobile identification of biosecurity relevant stink bugs produced by the Australian Government Department of Agriculture.

Contact

Alexander Schmidt-Lebuhn, alexander.schmidt-lebuhn@csiro.au