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Ian Wright

Senior Lecturer

University of Western Sydney
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About

Ian Wright is a Senior Lecturer at Western Sydney University, Australia. His research primarily focuses on urban geochemical contamination, water quality issues related to industrial activities, and the ecological implications of pollutants in aquatic environments. Recent publications address the effects of perfluorooctane sulfonate and metals in waterways, as well as the influence of contamination from construction materials. His work contributes to understanding and regulating water quality challenges in Australia.

Positions (1)

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Ian Wright

University Name
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Western Sydney University

A fully funded PhD scholarship is available at the Hawkesbury Institute for the Environment, Western Sydney University, Australia, under the supervision of Professor Ian Wright. The research focuses on climate adaptations in Australian native grasses and plant resource economics, with an emphasis on investigating ecological traits and analyzing datasets to understand plant functions and climate resilience. The successful candidate will join a world-leading research environment dedicated to sustainability and environmental change. Applicants should have a strong background in plant ecology, ecophysiology, or related biological sciences, and experience with data analysis and field work is desirable. The position offers financial support, though specific stipend and tuition details are not provided. Interested candidates should apply online and may contact Professor Ian Wright for further information. The application deadline is December 28, 2024.

1 year ago

Articles (10)

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2025

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2025

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2025

This study investigated the drinking water quality of house water tanks that harvested roof runoff in a rural area surrounding a large copper and gold mine in Central Western New South Wales (NSW). Water was sampled from (1) the tops of water tanks, (2) the bottoms of water tanks, and (3) kitchen taps. Water samples collected from the bottoms of tanks were turbid with suspended sediment. Concentrations of metals (lead, nickel, arsenic and manganese) from bottom-of-tank water samples often exceeded Australian drinking water guidelines. Overall, 37.2% of samples from bottoms of tanks exceeded arsenic guidelines (<10 µg L−1). The mean concentration of lead in water from bottoms of tanks was 695 µg L−1, with 18.6% of these samples exceeding lead guidelines (<10 µg L−1) by >100 times. Our results highlight the risk of contaminated water and sediment at the bottoms of tanks. Further investigation of private household drinking water tanks is recommended for properties in other rural areas, including areas with and without nearby mining activity. We describe a layer of contaminated water and sediment at the bottoms of water tanks, near the water outlet, which is a potential contamination pathway and substantial health risk for house water supplies.

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2024

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2024

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2023

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2022

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2021

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2021

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2020

Collaborators (3)

Amy-Marie Gilpin

University of Western Sydney

AUSTRALIA
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Jason Reynolds

Senior Lecturer Academic Course Advisor

Western Sydney University - Parramatta Campus

AUSTRALIA
View details

Michael J.M. Franklin

University of Western Sydney

AUSTRALIA
View details
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