Articles
Evaluation of a systems approach to control Queensland fruit fly (Bactrocera tryoni) in stonefruit as an alternative to fenthion
Article number
1105_49
Pages
341 – 348
Language
English
Abstract
Queensland fruit fly (Bactrocera tryoni) is a significant quarantine pest of stonefruit.
To access domestic markets within Australia stonefruit require treatment to ensure they are free of fruit flies.
Due to the recent restriction of the organophosphate pesticides, fenthion and dimethoate, the stonefruit industry now faces a significant challenge to control fruit flies.
In this field trial we quantified the level of control achieved by a ‘best case’ systems approach that relied on currently available and registered control measures.
This system included protein bait sprays, Male Annihilation Technique, insecticide cover sprays of trichlorfon, maldison and spinetoram and inspection and culling of damaged fruit.
We found that in two out of the three trial orchards, packed fruit samples from Gatton (QLD) and Bangalow (NSW) had low levels of fruit fly infestation; 1.47 and 2.97% respectively.
However, at the third property located at Alstonville (NSW) a high level of infestation (51.63%) was found in packed nectarines, which was likely attributed to the late implementation of the systems approach.
This trial has demonstrated the potential for fruit fly control without relying on fenthion, however further modification of the system is needed to refine and increase efficacy.
To access domestic markets within Australia stonefruit require treatment to ensure they are free of fruit flies.
Due to the recent restriction of the organophosphate pesticides, fenthion and dimethoate, the stonefruit industry now faces a significant challenge to control fruit flies.
In this field trial we quantified the level of control achieved by a ‘best case’ systems approach that relied on currently available and registered control measures.
This system included protein bait sprays, Male Annihilation Technique, insecticide cover sprays of trichlorfon, maldison and spinetoram and inspection and culling of damaged fruit.
We found that in two out of the three trial orchards, packed fruit samples from Gatton (QLD) and Bangalow (NSW) had low levels of fruit fly infestation; 1.47 and 2.97% respectively.
However, at the third property located at Alstonville (NSW) a high level of infestation (51.63%) was found in packed nectarines, which was likely attributed to the late implementation of the systems approach.
This trial has demonstrated the potential for fruit fly control without relying on fenthion, however further modification of the system is needed to refine and increase efficacy.
Authors
B.P. Missenden, L. Senior, K. Bilney, C. Wright
Keywords
protein bait, pest management, Tephritidae, market access, peach, nectarine
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