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27 May 2019

Tomato spotted wilt virus: A very sporadic, but destructive potato disease

Article
Pests diseases and biosecurity
Potatoes and Solanaceous vegetables
24 May 2019

Levy-funded seminars help growers learn the latest innovations

Article
Industry development and communication
23 May 2019

National Innovation Coach/ Hort 360

Project report
Technology and Postharvest and supply chain
23 May 2019

Global Innovations in Horticulture Seminar

Project report
Industry development and communication and Research
22 May 2019

ProbiSafe – development of biocontrol agents to inhibit pathogen growth

Project overview
Postharvest and supply chain and On-farm and crop management
22/05/2019
19 May 2019

A multi-faceted approach to soilborne disease management

Project overview
Pests diseases and biosecurity and On-farm and crop management
01/11/2018
19 May 2019

Vegetable market price reporting pilot program – market data

Project overview
Industry data and insights
19/05/2019
19 May 2019

Vegetable market price reporting pilot program – reporting

Project overview
Industry data and insights
19/05/2019

Powdery scab disease of potato (caused by tuber infections with the protozoan pathogen Spongospora subterranea) has long been recognised as a common and economically important blemish disease. More recently potato root infection by this pathogen has been demonstrated to result in significant yield losses which greatly affect the economic competitiveness of the industry.

A recent project has looked at the ecology, epidemiology and control of Spongospora Infection of Potato Roots, specifically focusing on the root infection phase.

The broad aims of the project were to:

  • Provide new information on the fundamental understanding of the Spongospora root infection process essential for design and development of future management strategies.
  • Develop and optimize a new root pathogen detection tool which will be able to accurately quantify the efficacy of various management strategies in reducing or delaying root infection.
  • Develop a suite of novel disease control options that can reduce soil-borne inoculum and can interfere with the root infection processes through disruption of pathogen zoospore release and attraction.
  • Determine the pathogen’s alternate host range (common weeds and alternate crops) and the relative resistance or tolerance of important processing potato varieties to root infection.
  • Develop a set of a recommended integrated disease control options.

The full final report of this project is now available on the InfoVeg Database.

PT14002 Spongospora Infection of Potato Roots – Ecology, Epidemiology and Control has been funded by Hort Innovation using the fresh potato and potato processing research and development levies and contributions from the Australian Government.