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Q-DETECT WP 4 Trapping Q-pests Report to the 6 th meeting Zurich 22 nd October 2012

Development of detection methods for quarantine plant pests for use by Plant Health Inspection Services. Q-DETECT WP 4 Trapping Q-pests Report to the 6 th meeting Zurich 22 nd October 2012 - Introduction and aims - Key results at month 32/36 - Progress against deliverables.

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Q-DETECT WP 4 Trapping Q-pests Report to the 6 th meeting Zurich 22 nd October 2012

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  1. Development of detection methods for quarantine plant pests for use by Plant Health Inspection Services Q-DETECT WP 4 Trapping Q-pests Report to the 6th meeting Zurich 22nd October 2012 - Introduction and aims - Key results at month 32/36 - Progress against deliverables

  2. Development of detection methods for quarantine plant pests for use by Plant Health Inspection Services • Objectives • To identify trapping methods that are easy-to-use by NPPO officers for pests and vectors of Q diseases • To develop generic traps, possibly integrating different cues • To make on-site identification through coupling automatic trap with diagnostic tools • To deliver a trapping guide for NPPO officers that complements all other detection methods available

  3. Development of detection methods for quarantine plant pests for use by Plant Health Inspection Services • Results • To identify trapping methods that are easy-to-use by NPPO officers for pests and vectors of Q diseases • De Kogel W. J. , Battisti A. et al. 2012. A list of methods to detect arthropod quarantine pests in Europe. EPPO/OEPP Bulletin DOI: 10.1111/epp.2523 •  Feed the last deliverable (Trapping guide)

  4. Development of detection methods for quarantine plant pests for use by Plant Health Inspection Services • Results • 2. To develop generic traps, possibly integrating different cues • Wood beetles: paper under submission • Bemisia tabaci: report delivered, paper in preparation • Monochamus: one paper published and one in preparation (trapping + LAMP for beetle species and nematodes) • Lepidoptera: included in the review and in modelling (WP2) • Fruit flies: tested in 2012 with smart traps in Italy and NZ

  5. Development of detection methods for quarantine plant pests for use by Plant Health Inspection Services Results 3. To make on-site identification through coupling automatic trap with diagnostic tools: prototype available and tested in Italy and NZ

  6. Results 4. To deliver a trapping guide for NPPO officers that complements all other detection methods available In preparation for the final meeting, info partly from a paper in EPPO Bulletin (in press): A review of pest surveillance techniques for detecting quarantine pests in Europe + Protocol for deployment of smart traps, alone and in combination with LAMP detection of vectors and diseases

  7. Development of detection methods for quarantine plant pests for use by Plant Health Inspection Services

  8. Development of detection methods for quarantine plant pests for use by Plant Health Inspection Services

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