Assessing the efficacy of controlled atmosphere temperature treatment system (CATTS) against codling moth inside harvested apples

  • Lisa E. Jamieson Plant & Food Research
  • Reuben T. Wilkinson Plant & Food Research
  • Natalie E.M. Page-Weir Plant & Food Research
  • Amanda J. Hawthorne Plant & Food Research
  • Dominic E. Hartnett Plant & Food Research
  • Simon P. Redpath Plant & Food Research
  • Asha Chhagan Plant & Food Research
  • Allan B. Woolf Plant & Food Research
  • Agam Nangul Plant & Food Research
  • Lindy F. Guo Plant & Food Research
Keywords: codling moth, controlled atmosphere temperature treatment, apple

Abstract

The controlled atmosphere temperature treatment system (CATTS) was assessed as a disinfestation tool to control codling moth (CM; Cydia pomonella) larvae inside apples. Codling moth mortality and apple quality were assessed after exposure to one of 10 treatments, which were combinations of five variables, namely, O2 concentration (air 20.9%, 1, 2 or 3%); CO2 concentrations (air 0.04% or 15%); 12 or 24°C/h ramp rate up to 46°C; air speed 1.3 m/s; and either 2.5- or 3-h treatment time. CATTS treatments resulted in higher CM mortality than equivalent hot air treatments. The treatments involving 1 or 2% O2 combined with 15% CO2 and a ramp of 12°C/h or 24°C/h to 46°C, with a total treatment time of 3 h or 2.5 h and a 1.3 m/s air speed resulted in 100% mortality of CM. However, all CATTS and hot air treatments compromised apple quality. High CM mortality can be achieved using CATTS, but refinement of the protocol is needed to improve fruit quality outcomes.

References

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Published
2018-07-29
How to Cite
Jamieson, L., Wilkinson, R., Page-Weir, N., Hawthorne, A., Hartnett, D., Redpath, S., Chhagan, A., Woolf, A., Nangul, A., & Guo, L. (2018). Assessing the efficacy of controlled atmosphere temperature treatment system (CATTS) against codling moth inside harvested apples. New Zealand Plant Protection, 71, 306-313. https://doi.org/https://doi.org/10.30843/nzpp.2018.71.151
Section
Vol 71 Apple Pests 2018

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