Unravelling the Biosecurity Implications of International Tourism in New Zealand

Date
September 5-6, 2023

Submitted to
The Fourth Spatial Data Science Symposium

Authors
Ishwarya Anand, Vanessa Bastos, Steve Pawson, Andrew Robinson, Heyang (Thomas) Li

Abstract

New Zealand is a treasure of biodiversity in the heart of Pacific. Tourism is one of the main causes of the accidental introduction and spread of harmful foreign plants and animals within New Zealand. The international tourists may unintentionally bring pests, seeds, or any other unwanted materials which might pose a serious risk to New Zealand’s delicate ecosystem. These alien species could affect the economy, surroundings, and the health of the human beings either directly or indirectly. We want to uncover hidden patterns of movement and their biosecurity consequences through thorough spatial analysis. This study aims to quantify the extent to which tourism contributes to the introduction and spread of invasive organisms by tracking the location-specific movements of visitors to New Zealand 14 days before and after their arrival. Our findings will not only highlight possible risks, but they also establish the framework for strengthening border restrictions and developing effective monitoring procedures. This research will provide insight on the way forwards for managing the challenges of tourism while still conserving our biodiversity. Understanding the movement of travellers will allow us to predict and respond to risks, ensuring a safe future for our unique heritage. We desire to welcome tourists from all around the world while simultaneously protecting New Zealand’s natural beauty.

 

Click to view or download the JPG of the poster.

Share the Post:

Nationally Consistent Flood Hazard and Risk Information for Aotearoa

This talk will report on results from a 5-year MBIE-funded Endeavour Programme, Mā te Haumaru o te Wai on the development of a semi-automated workflow to consistently model flood hazard and risk over all of Aotearoa for current and future climates, and show results from this work that are being made available on our flood hazard and risk  viewing platform to help ensure there is consistent information available.

Read More