My $2 interpretation of the Myrtle and Dark beach rock formations. Early Permian. South coast NSW Australia. GEOS 2130 Science and Engineering @ MQU MQ Earth & Plan Sci.

Hydrogen, trace, and ultra-trace element distribution in natural olivines | SpringerLink link.springer.com/article/10.100…

doi.org/10.1039/D0JA00… experimenting with tweeter and the Altimetric non-sens

Excellent paper. protect-au.mimecast.com/s/10mKCxngGkfO…

Nature does open access

Correspondence from Olivier Alard and colleagues on interstitial phases as a repository for volatiles nature.com/articles/s4156…

Unashamedly self-promoting (I adapt) a small piece about how critical the “stuff between the grains” is for geochemistry (/rheology) of the mantle. So “Look between the grains” rdcu.be/cYUbf MQ GeoAnalytical Macquarie University School of Natural Sciences @AuscopeGeochem AuScope Géosciences Montpellier Alanur

Last week, I had the great privilege to showcase the many potentials of the AusGeochem Data Platform data platform to very enthusiastic students & academics from Macquarie, ANU & UWA. Data interaction is the platform's keystone. Generating QR codes for archiving samples is 1 of many examples

Job advertisement for a Senior Technical Officer at The Australian National University jobs.anu.edu.au/jobs/senior-te… @AuscopeGeochem AuScope Geochronology

Shinkai6500 our ride to Petit Spot submarine volcano (if weather permit) let’s try to reach 6500m depth.

At the end of the day we go out at sea, we dive down to 6500 m to collect these little green guys (mantle xenoliths). They are brought back by volcanoes and tell us of what it’s going gon in the mantle here from the oceanic lithosphere subducting beneath Japan.⁦AuScope⁩

Science can take you to some deep places on Earth! Dive behind the scenes of JAMSTEC 海洋研究開発機構 ＼海と地球の研究所／ and AORI's recent mission off Japan's coast in search of deep-sea volcanoes 🌋 bit.ly/4cs1onp #scienceweek #NCRISimpact #Discovery