new lure and kill technologies (queensland fruit fly)

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New Lure & Kill Technologies PBCRC3152 Paul Cunningham Research Leader, AgriBio, DEDJTR, VIC. Plant Biosecurity Cooperative Research Centre

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Page 1: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

New Lure & Kill TechnologiesPBCRC3152

Paul CunninghamResearch Leader, AgriBio, DEDJTR, VIC.

Plant Biosecurity Cooperative Research Centre

Page 2: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

What is the problem?

“The gaping hole in the toolbox for future control of Queensland fruit fly, no matter what form it takes, is the absence of an effective attract and kill lure for female flies.”

Andrew Finlay, Chairman, Summerfruit Australia

Page 3: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

What are we doing about it?

PBCRC 3066

HIA SF12013

PBCRC 63086 (PhD)

SI

Visual trap

Odour lure

Deterrents

New technologies

Female lure developedMilestone R2.1.9

NEXTPHASE

PBCRC 3152

To deliver a commercially viable device that traps female Qfly in the field.

PRIMARY AIM OF PROJECT 3152

Page 4: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

What are we doing about it?Step 1: Do fruit odours attract female flies?

• Blends containing fruit ripeningvolatiles attract female Qfly

Proof of concept

11V

Page 5: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

What are we doing about it?Step 2. Designing a more complex lure

?

Aggregation volatiles

Microbial volatiles

Deterrents

aromatics

esters

LURE DEVELOPMENT FIELD TRIALS

Page 6: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

What are we doing about it?Step 3. Transforming technologies for designing lures

Excitation patterns in the antennal lobe provide information on how odours are percieved

ethyl propionate z-3-hexenyl acetate

acetoin Qfly brain

Reading the insect brain (antennal lobe imaging)

Page 7: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

How will this research be delivered?

• A field effective female lure

• Possibility for patenting

• New technologies in lure design

Page 8: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

Who will benefit from this research?

Commercial fruit growers / consultants Monitoring / surveillance Reducing Qfly damage Lowering within / between season populations Reducing urban Qfly populations

Sterile Insect Technique Assessment of success Lowering populations

Scientists Olfactory research Developing new technologies for pest management

Page 9: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

Benefit for our horticultural industries

• Reduction in production losses (improved control of Qfly) • Improved profitability and market access for horticultural

industries

Page 10: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

Future

A field effective female lure is the starting point

… integration into Qfly control practices… more powerful attractants

… better traps

Page 11: New lure and kill technologies (Queensland fruit fly)

biosecurity built on science

Thank youProject TeamJane Royer (QDAF)Pawel Sadowski (QUT/CARF)Mikael Carlsson (Stockholm University, AL imaging)Tony Clarke (QUT)

Technical Assistance Tommaso Villa David HodkinsonBrett LewisLona van Delden

Summerfruit AustraliaAndrew Finlay (Chairman)Rowan Berecry

[email protected] is established and supported under the Australian Government Cooperative Research Centres Programme