Mike Tetley wins International Geological Congress Travel Grant

Mike Tetley in black and white

Congratulations to PhD candidate Mike Tetley who was awarded a 34th International Geological Congress Travel Grant Scheme for Early-Career Australian and New Zealand Geoscientists. The funds will go towards his current 12-month research visit to Caltech where he is working with Prof Mike Gurnis, a world leader in Earth Dynamics, to study the evolution of … Read more…

History and current advances in reconstructing the Earth through deep geological time

Rodinia 1000 Ma

Rodinia 1000 MaTime machine: History and current advances in reconstructing the Earth through deep geological time – an article on Quartz by Steve LeVine. The article is a review of the development of ideas and technologies in reconstructing the Earth through deep time, aimed at understanding supercontinent assembly, breakup and dispersal, starting with Alfred Wegener. The article focusses on research activities in the context of the IGCP 648 project ‘Supercontinent Cycles and Global Geodynamics‘ led by Zheng-Xiang Li. The piece provides some historical context, and highlights the work of a number of leading scientists, postdoctoral researchers and PhD students currently involved in this work.  … Read more…

School of Geosciences Awards Evening winners

Tonight was the annual School of Geosciences Awards Evening held at the Macleay Museum. Congratulations to EarthByters Mike Tetley, Dr Sabin Zahirovic, Andrew Merdith, Sarah MacLeod, Carmen Braz, Luke Hardiman and Serena Yeung for receiving academic and School service awards! Dr Maral Hosseinpour was photographer for the evening and took some brilliant photos!

EarthByte welcomes Mike Tetley

Welcome back to Mike Tetley, who has commenced a PhD with EarthByte this week, under the supervision of Dietmar Müller, Simon Williams, Nico Flament and collaborator, Mike Gurnis at CalTech. Mike is a recipient of a University of Sydney Merit Award from his Honour’s degree study which focused on palaeomagnetics of the Palaeozoic Lachlan Orogen.