How To Apply
All details are available on the Western Sydney University project page.
RT @Beaumontlj: Interesting in researching trees and urban forests? Check out this new #PhD https://t.co/hmRZY1xrNh with Paul Rymer, as part of the Which Plant Where project @westsyduhie @WhichPlant @DNAprymer— Western Sydney - HIE (@westsyduhie) March 1, 2019
About The Project
We are looking for a highly motivated and qualified candidate for a 3-year PhD program of research at the Hawkesbury Institute for the Environment, Western Sydney University, commencing in 2019. This studentship is part of an exciting research programme established under Hort Innovation’s "Green Cities" initiative (Which Plant Where project), investigating the performance of urban trees under climate change.
This project aims to test fundamental ecological principles to inform the selection of trees in urban areas across Australia. The studentship will explore questions relating to whether trees are adapted to their climate-of-origin and the extent to which climate and traits are good predictors of tree performance in different urban contexts.
The PhD research program will focus on a large Urban Forest Experiment established with a wide range of tree species in the hot and dry conditions in Western Sydney (Richmond NSW) – a future climate scenario for much of metropolitan Sydney. The inclusion of a watering treatment will allow evaluation of the extent to which irrigation can alleviate drought and heat stress under field conditions. The applied outcome of the Urban Forest Experiment will be a robust field test of climate suitability for Sydney’s future urban forest.
Applications are open to international candidates as well as Australian or New Zealand citizens or permanent residents of Australia. The position is based at the Hawkesbury campus of Western Sydney University, Richmond, NSW and is in collaboration with the Department of Biological Sciences at Macquarie University. Candidates will work with Western Sydney University’s partners and the horticulture industry to achieve key applied outcomes in plant and soil science.