Researchers have discovered why #CriticalMinerals accumulate around the edge of continental cores. This info can be used to predict probable new locations for essential critical minerals. Supported by our ANU facility. @englishanu.bsky.social‬ #NCRISimpact #NetZero‬ micro.org.au/news/new-exp...

Jup, auch betroffen in Australien, Wahlunterlagen sind angefordert aber manchmal braucht ein Brief sogar über einen Monat. Extrem frustrierend bei dieser Wahl höchstwahrscheinlich ausgeschlossen zu sein.

We are looking for an enthusiastic PhD student to join our team! If you are interested in micro- to nanoscale analyses of the shells and skeletons of marine calcifying organisms, check out our advert on earthworks: www.earthworks-jobs.com/geoscience/a...

ANU PhD student Kushani Jayasoma giving an excellent presentation on her geochemcial and phase-analytical work on marine bryozoan (=moss animal) skeletons at the Asia Pacific Microscopy Congress (APMC) 2025 in Brisbane! Check out her abstract for more information: www.scienceopen.com/hosted-docum...

Check out our recent @Nature paper! We show how cratonic roots become enriched in metal sulfides by the interaction of carbonated silicate melts with the cratonic mantle. We show that carbonatite melts are reaction products, leaving sulfides behind. @petro-isra.bsky.social doi.org/10.1038/s415...

Jessy Wellmer 🔥🔥🔥

Wünsche mir mehr Journalist_innen, die in solchen Momenten einfach mal sagen: „Nee, komm!“

OK, here’s a doozy🤯

What if I told you that, until very recently, some researchers could infer their grant outcome in ARC’s Research Management System (RMS) at least a month before official release?

Unbelievable, right?
(OK, this is the ARC, so not unbelievable😑)

Thread👇

📕New paper 📕 introducing a new strategy using stable isotopes in marine shells as thermometers for reconstructing past seawater temps using ion microprobes 🐚🌡️ doi.org/10.1029/2024...

Explore our latest experiments on nitrogen recycling in subduction zones. Our findings reveal that cold subduction zones struggle to effectively recycle nitrogen, resulting in its loss to the surface in a fluid phase.
www.sciencedirect.com/science/arti...