Unpacking the contribution of international migration to population growth in New Zealand in the second decade of the 21st century
Tuesday 31 January 2017 at 7.30pm
Holt’s Planetarium, NBHS, Chambers Street, Napier
Richard Bedford
Emeritus Professor, University of Waikato and
Auckland University of Technology
President, Royal Society of New Zealand
Professor Bedford writes: On 19 October 2016, Statistics New Zealand released a new series of National Population Projections through to 2068. These projections are the first ever produced by Statistics New Zealand that I can recall in 45 years of population research that include a “high” scenario of over 7 million people in the country by the late 2060s. They are also the first for a long time to make reference to reaching a population of 5 million by the early 2020s.
In this presentation I will examine the recent net migration gains and their impact on estimated population growth. I will also comment on the recent changes to New Zealand’s residence policy and some possible implications these might have for both net migration gains as well as the contribution that international migration makes to overall population growth. In the final section of the presentation I will examine more closely projections for the population of the Hawke’s Bay and the impacts that international migration is having on the numbers of temporary as well as long-term residents.









Natalie is an Animal Breeding Scientist (Terminal Sheep and Deer) at Focus Genetics in Napier. In her talk, she will outline current research in advancing animal breeding for NZ agriculture, including new methods e.g. genomic selection and traits e.g. methane emissions, lamb eating quality. She will describe how Focus Genetics is working with animal breeders to implement these into the sheep, beef and deer breeding programmes they manage.

Dr Michelle Dickinson is an Associate Investigator with the MacDiarmid Institute and Senior Lecturer at the University of Auckland. Her research involves measuring the mechanical properties of materials from the nanoscale through to the macro scale. Michelle is well known as ‘Nanogirl’, for which she has won numerous awards for science communication, including the NZ Order of Merit
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