NZPPS   ·  Journal home   ·   Past issues  ·  This volume   ·   Previous abstract   ·   Next abstract

New Zealand Plant Protection 68 (2015): 44-53

Meta-analysis, validation and application of fruit fly development times

J.M. Kean


Tephritid fruit flies have been comparatively well studied because of the damage they cause to horticultural crops in affected countries. New Zealand benefits from this knowledge as it continues to exclude economically damaging fruit fly species. For example, fruit fly development models are used for biosecurity risk analysis and decision making during incursion responses. Here, the literature was searched for development times for three species of particular concern to New Zealand: the Mediterranean fruit fly, the Queensland fruit fly and the oriental fruit fly. The published data were re-analysed to fit development models to the different life stages and the generation time. The new models were then compared with previously published models for these species. The generation time models were found to give reasonably accurate predictions when validated against published estimates of field voltinism overseas. This paper presents the most comprehensive analysis to date of fruit fly development times and degree day models.

Keywords: biosecurity, phenology, risk analysis, Tephritidae, voltinism.

Related articles
pdfHow accurate are methods for predicting phenology in New Zealand?
J.M. Kean (2013)
New Zealand Plant Protection 66: 124-131
pdfPredicting the seasonal phenology of fall webworm (Hyphantria cunea) in New Zealand
J.M. Kean and L.B. Kumarasinghe (2007)
New Zealand Plant Protection 60: 279-285

Copyright © 2015 New Zealand Plant Protection Society (Inc.).

Please refer to the terms of use.