Unifying Australia's Battle Against Alien Flora: The Alien Flora of Australia

Unifying Australia's Battle Against Alien Flora: The Alien Flora of Australia

Australia, renowned for its unique biodiversity, faces a significant challenge from biological invasions, especially in the realm of plant species. The continent harbors the second-highest number of endemic plant species globally, making it particularly susceptible to invasive threats. With approximately 3,500 alien plant species introduced outside their native range, the threat to Australia's ecosystems, economies, and human well-being is paramount. To counteract this, a staggering $13.6 billion is invested annually in environmental biosecurity in Australia. However, the fragmented nature of plant censuses, developed independently by state and territory government departments, has resulted in inconsistencies at the national level. In response to the pressing need for a cohesive approach to manage these invasions, we have created a groundbreaking initiative– the Alien Flora of Australia (AFA).

The intricacies of invasion ecology terminology have long fuelled debates within the scientific community. In Australia, independent plant censuses containing information on invasion status have been contributed from different jurisdictions, which has hindered efficient management at the national scale. In response, we have taken a pioneering step towards streamlining its approach, via providing a comprehensive workflow to harmonize terminologies and address mismatches on invasion status. This has resulted in the creation of a unified and standardized dataset on plant invasions at the national scale – the Alien Flora of Australia.

The AFA serves as a nationally unified dataset, consolidating information from diverse sources, including the Australian Plant Census, state and territory censuses and the Australian Global Register for Introduced and Invasive Species. Developed through an innovative R script, the AFA identifies mismatches, integrates information, and provides standardized and harmonized invasion statuses at both jurisdictional and national scales. This harmonization acts like a unified front against biological invasions; it not only facilitates early warning and prevention of introduced species but also enhances decision-making at jurisdictional levels and bolsters biosecurity measures at the national scale.

The AFA, with its associated script, is a powerful tool in the fight against invasive flora. By allowing real-time coordination and reconciliation of open-access data, this standardized dataset can be regularly updated with new releases of the data sources it combines. This dynamic approach transforms knowledge, enhances understanding, and boosts the efficacy of invasive ecology knowledge transference, management, and policy in Australia.

The AFA constitutes a catalyst for research and action in biosecurity. The creation of a free, easy-to-update AFA at the national scale, combining data from state and national plant censuses, represents a significant leap forward in research infrastructure. This resource, facilitated by the associated script, offers cost-effective opportunities to study biological invasions on a large scale. Stakeholders, including government entities, the scientific community, biosecurity committees, land managers, and society at large, stand to benefit from this invaluable tool.

As the world grapples with global change, the AFA stands ready to adapt. The script developed for its creation can be employed at any time to automate the updating process. This feature is especially crucial in monitoring alien flora under changing environmental conditions, where certain taxa are predicted to expand or contract their distribution ranges.

The Alien Flora of Australia is more than a dataset; it is a testament to Australia's commitment to safeguarding its unique ecosystems. By unifying terminology, integrating information, and providing a dynamic tool for ongoing research, the AFA stands as a beacon in the collective effort to protect Australia's biodiversity from the pervasive threat of invasive plant species.

(Image: Buffel grass, Cenchrus ciliaris, an environmental weed in Australia. Photo by John Tann)

Please sign in or register for FREE

If you are a registered user on Research Communities by Springer Nature, please sign in

Subscribe to the Topic

Invasive Species
Life Sciences > Biological Sciences > Ecology > Invasive Species
Plant Ecology
Life Sciences > Biological Sciences > Ecology > Plant Ecology
Conservation Biology
Life Sciences > Biological Sciences > Ecology > Conservation Biology
Biological Databases
Life Sciences > Biological Sciences > Biological Techniques > Computational and Systems Biology > Biological Databases
Life Sciences > Biological Sciences > Biological Techniques > Computational and Systems Biology > Systems Biology > Standardization

Related Collections

With collections, you can get published faster and increase your visibility.

Meteorology and hydroclimate observations and models

This Collection presents a series of articles describing hydroclimate datasets, including data sourced from remote sensing, primary measurements or theoretical models. Datasets are presented without analyses in order to support policy development and further research, with Data Descriptors providing full details of data sources, modelling, and any associated code.

Publishing Model: Open Access

Deadline: Dec 15, 2023

Ecological data for tracking biological diversity and environmental change

This collection presents data contributions addressing topics in biodiversity and ecology.

Publishing Model: Open Access

Deadline: Jan 31, 2024