Aotearoa New Zealand’s primary sector and unique ecology is vulnerable to introduced pests. While, to most people, the word "biosecurity" invokes thoughts of airport checks, there are other pathways by which pests are introduced. In particular, some pests (insects and plant pathogens like rust spores) can arrive by the wind via the unmanaged aerial invasion biosecurity pathway. This MSc Thesis will be part of a larger project focussed on modeling such aerial invasion processes in order to be able to predict, detect and manage them. We are looking for a candidate able to use their modelling skills in an applied context of pest invasion ecology. The final product will synthesize outputs of multiple modules within a single Monte-Carlo simulation model.” The successful candidate will have good understanding of mathematics, probability theory and simulation techniques, and will be familiar with either Python or R. Some knowledge of ecology and ability to synthesize information and communicate with diverse stakeholders is also a plus. This is a one-year Thesis project, and Scholarship is available for a domestic student. For more information, please contact elena.moltchanova@canterbury.ac.nz.
Supervisors
Supervisor: Professor Elena Moltchanova
Does the project come with funding
Yes: MBIE funded MSc Scholarship (incl. fees) for a domestic student
Final date for receiving applications
Ongoing
Keywords
Ecological modeling; Monte-Carlo simulations; statistics; statistical modeling
