NZJFor Home Search Join Author instructions NZIF website NZJFor Home NZJFor

    ABSTRACT

New Zealand Journal of Forestry (2014) 59(2): 22–28
©New Zealand Institute of Forestry

Feature article
Reducing biosecurity business risks for logs and timber

Stephen Pawson *,1, Nari Williams 2, Ian Gear 3 and John Armstrong 4

1 Entomology research leader, Scion, Christchurch steve.pawson@scionresearch.com
2 Plant pathologist, Scion, Rotorua
3 Executive officer and research director, Stakeholders in Methyl Bromide Reduction
4 Specialist in quarantine treatments, market access and biosecurity, Quarantine Scientific Ltd, Kerikeri

New Zealand is heavily reliant on export markets for wood products. International agreements to minimise the movement of quarantine pests and pathogens allow countries to specify export treatments that reduce traderelated phytosanitary risks. Current treatment options for wood exports from New Zealand are limited and rely heavily on available chemical fumigants (methyl bromide and phosphine). The release of methyl bromide to the atmosphere will be prohibited in this country from 2020 as it is an ozone depleting gas. Numerous examples exist from other countries where trade has been disrupted by a biosecurity pest that may be transmitted on an export wood commodity. To maintain current market access New Zealand must: 1) expand export treatment options; 2) maintain forest surveillance to demonstrate area of freedom and maximise eradication success of new pest incursions; and 3) conduct proactive research to prepare for highrisk quarantine pests not yet present in this country.
(no keywords)


Issues > 59(2) > Abstract
Cover

Get PDF
Download article as 698 KB PDF file

As an issue ≤ 3 years old, access to this article is restricted to subscribers. (All articles from issues > 3 years old are free.)

(You can read PDF files with the free Adobe Acrobat Reader)