The three day Critical and Strategic Metals Symposium will bring together experts from academia, industry and government to discuss the latest research, opportunities and challenges in the field.
Join us next month: https://t.co/LeLxeab57w
@scimissionowen@geoSheree@WeiHong86
One month til the CODES Critical and Strategic Metals Symposium @UTAS_! Session topics include Li, Sn, W, REE, Co, Cu, Ni and PGEs.
Still time to register your attendance, follow the instructions at https://t.co/Wu0giE4a2M to register. We look forward to welcoming you to Hobart!
#thinsectionthursday Massive pyrrhotite replacing garnet, or infilling along growth zones of garnet? Look at the fantastic pseudo-morphology after garnet growth zones! #oredeposit#skarn
Our paper titled ‘Metallogenic setting and temporal evolution of porphyry Cu-Mo mineralization and alteration in the Delamerian Orogen, South Australia’ is on line by Economic Geology! And our Fig 1 is adopted as the cover photo of the journal’ latest issue!
10.5382/econgeo.5012
Our very proud volcanologist A/Prof. RebeccaCarey did a fascinating talk regarding their latest research on super-eruption of the Hunga-Tonga volcano during last January. Very enjoying this seminar at CODES/Earth Sciences in @UTAS_ look forward to reading their paper soon
#thinsectionthursday It’s not a thin section image, but showing big chunk of light-yellow scheelite crystals under UV light. They are cemented by magnetite and epidote from the Kara mine of NW Tassie. We are doing a regional research collaboration project on #CriticalMinerals
This is we used a portable UV-light torch confirming scheelite veins within magnetite-epidote skarn at Kara, Tassie. from left: David C, Lejun Zhang, Yamila and me, a terrific image taken by @scimissionowen
#criticalminerals
got a chance to hit the Kara magnetite-scheelite mine. Can you find the scheelite chunks in magnetite-epidote skarn background? They are quite obvious but one may need UV light to confirm
For those interested in volcanic processes and related hydrothermal mineralisation, have a check on Prof Dave Cooke’ LinkedIn live postings — he and A/Prof Rebecca Carey are leading a group of masters students having field-based shortcourse in New Zealand! https://t.co/hFWWG9Bri7
Robed a piece of rock from my supervisor’s office, characterised by stichtite (purple) in serpentine (yellow-green), from the Dundas field of western Tasmania. Stichtite is a rare chromium-magnesium carbonate with a standard formula: Mg6Cr2CO3(OH)16•4H2O. Look at the beauties!