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Translating RNAi technology for virus and whitefly management in protected cropping systems

This research will expand the use of RNA interference (RNAi) technology from small-scale research greenhouses to large-scale commercial farming. RNAi works by targeting and disabling specific genes in pests and viruses, preventing them from damaging crops. This method involves spraying crops with specially designed RNA molecules that are highly specific for their virus targets, using a safe, environmentally friendly delivery system called BioClay. Unlike traditional pesticides, this approach is non-toxic, does not involve genetically modified organisms (GMOs), and reduces the risk of pests developing resistance.

Project date

7 Feb 2024-30 Nov 2027
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Principal investigator

Karl Robinson

Project funded by

Multiple industries
Alternative protein Cross industry Fruits Nuts Other rural industries Pasture, fodder & feed Vegetables

Hort Innovation

Hort Innovation is the grower-owned, not-for-profit research and development corporation for Australia's horticulture industry. As one of the nation's 15 Rural …
  • Location

    Australia

  • Organisation type

    Research funding body

Focus areas

Industries

Sustainabilities

Technology areas

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Narrow orchard systems feature two-metre spaces between rows of trees while keeping the canopy narrow to expose fruit and leaves to enough sunlight to maximise yield and fruit quality
  • Funded by

    Hort Innovation

  • Project date

    21 Jun 2023 - 1 Aug 2028

  • Research organisation

    University of Tasmania

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