Compelled to move to Perth in 1972 because “there were no meaningful jobs in geoscience in the UK at the time”, John Curtin Distinguished Professor Simon Wilde carved out an illustrious career in the decades that followed his PhD at the University of Exeter.
“My work is largely focused on Precambrian geology, divided between Northeast Asia, the Middle East, India and Western Australia,” explains Wilde, from the Department of Applied Geology at Curtin University. In 2001, Wilde received extensive media attention for his discovery of the oldest object ever found on Earth – a tiny 4.4 billion-year-old zircon crystal dug up in the Jack Hills region of Western Australia.
His zircon expertise and vast knowledge of early-Earth crustal growth and rock dating have taken him to many of the key areas in the world where Archean (more than 2.5 billion-year-old) rocks are exposed. Of these international investigations, perhaps the most impressive have been his contributions to understanding the geology of North China. Part of the first delegation of foreign researchers to visit the Aldan Shield in Siberia in 1988, along with several top Chinese geoscientists, Wilde has since fostered friendships and collaborations with colleagues in five top Chinese universities, as well as the Chinese Academy of Sciences and the Chinese Academy of Geological Sciences.
“I have been to China more than 100 times and published more than 100 papers on Chinese geology, including major reviews of the North China Craton and the Central Asian Orogenic Belt, where I am a recognised expert.”
The Institute for Geoscience Research (TIGeR) at Curtin University is designated as a high-impact Tier 1 centre – the most distinguished research grouping within the university – providing a focus for substantial activity across a specific field of study. Wilde stepped down as Director in February 2015, having championed TIGeR research, provided advice and allocated funding for the eight years since the Institute was formed. He is confident that his research and the foundations he has built for the centre will continue to support innovative geoscience and exciting collaboration initiatives – in which he is certain to continue playing a major part.
– Ben Skuse