Journal article

Defining the biosecurity risk posed by transported soil: Effects of storage time and environmental exposure on survival of soil biota

MR McNeill, CB Phillips, AP Robinson, L Aalders, N Richards, S Young, C Dowsett, T James, N Bell

Neobiota | PENSOFT PUBLISHERS | Published : 2017

Abstract

Soil frequently occurs as a contaminant on numerous sea, land and air transport pathways. It can carry unwanted invasive species, is widely recognized as a biosecurity risk, and is usually strictly regulated by biosecurity authorities. However, little is known about relative risk levels between pathways, thus authorities have limited capability to identify and target the riskiest soil pathways for management. We conducted a an experiment to test the hypotheses that biosecurity risks from soil organisms will increase both with declining transport duration and with increasing protection from environmental extremes. Soil was collected from two sites, a native forest remnant and an orchard, and ..

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University of Melbourne Researchers

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Funding Acknowledgements

The research was funded by AgResearch via the Better Border Biosecurity research collaboration (www.b3nz.org). The authors thank Alasdair Noble, John Kean, Scott Hardwick, and Alison Popay (all AgResearch) for providing helpful suggestions on the draft document. The soil tests were carried out by New Zealand Laboratory Services Ltd, Hamilton.