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29 February 2024

Useful tools to manage Fall armyworm developed from DAF research

Article
Pests diseases and biosecurity
Sweet Corn
29 February 2024

Investing in biosecurity preparedness to protect against potential pest incursions

Article
Pests diseases and biosecurity and International trade and markets
28 February 2024

Vegalogue #7 – R&D Edition: New leafy veg Standard, national biosecurity strategy, Geoff Moar

Podcast
Pests diseases and biosecurity, Postharvest and supply chain and more
Potatoes and Leafy vegetables
1 February 2024

Pre-harvest sanitisation of leafy green vegetables

Project overview
On-farm and crop management and Risk management
Leafy vegetables
06/02/2023 - 01/02/2024
30 January 2024

Stingless bees as effective managed pollinators for Australian horticulture

Project report
Pests diseases and biosecurity, On-farm and crop management and more
30 January 2024

Area wide management of vegetable diseases: viruses and bacteria

Pests diseases and biosecurity, Industry development and communication and more
Onions, Broccoli and more
30 January 2024

Final report: National tomato potato psyllid and zebra chip surveillance

Project report
Pests diseases and biosecurity and Research
Potatoes, Tomatoes and more
30 January 2024

Final report: Mechanisms and manipulation of resistance to powdery scab in potato roots

Project report
Pests diseases and biosecurity
Potatoes and Solanaceous vegetables
30 January 2024

Final report: Investigating soil pH and nutrition as possible factors influencing pink rot in potatoes – a pilot study

Project report
Pests diseases and biosecurity and On-farm and crop management
Potatoes and Solanaceous vegetables

Rapid and safe access to new plant genetic stocks is crucial for plant primary industries to remain profitable, sustainable, and internationally competitive. Currently, new plant material entering Australia can spend up to three years in post-entry quarantine facilities undergoing pathogen testing.

A diagnostic platform that is scalable, robust, accurate, and rapid is needed for post-entry quarantine to expedite phytosanitary screening and allow imported plants to move through the quarantine process more quickly potentially. A technology known as next generation offers a fast, reliable and cost-effective method to identify all known plant pathogens in a single test.

From 2018 to 2023, Hort Innovation worked in partnership with quarantine agencies in Australia and New Zealand to develop an end-to-end quality assurance program and standard operating procedures, which are harmonised with international best practices, to enable the adoption of next generation sequencing technology for phytosanitary screening of exotic pests in post-entry quarantine facilities.

This new capability will enhance Australia’s biosecurity system safeguarding domestic plant industries from exotic pests and enabling plant industries to gain accelerated access to new plant genetics to facilitate their access to high-value market opportunities.