Mubashir Ali (@mubashir855) 's Twitter Profile
Mubashir Ali

@mubashir855

PhD student , Carbonate Sedimentology Early Paleogene Microplaeontology, Paleoclimates, Stables isotopes, Heavy Minerals

ID: 1702732949655859200

calendar_today15-09-2023 17:15:58

5 Tweet

16 Followers

99 Following

ANZIC (@anzic_iodp) 's Twitter Profile Photo
ANZIC
@anzic_iodp

8 months ago

The #ANZICmasterclass helped process the cores from the 2022 Halo Project (Project HALO 2022), that aims to investigate large bioherms of #Halimeda (green calcareous macroalgae) in the northern Great Barrier Reef! These ancient donut-shaped deep-water bioherms are a mystery!

The #ANZICmasterclass helped process the cores from the 2022 Halo Project (<a href="/Mattcle15185544/">Project HALO 2022</a>), that aims to investigate large bioherms of #Halimeda (green calcareous macroalgae) in the northern Great Barrier Reef! These ancient donut-shaped deep-water bioherms are a mystery!
Mubashir Ali (@mubashir855) 's Twitter Profile Photo
Mubashir Ali
@mubashir855

8 months ago

Interesting position

Alexandra Auderset (@alexauderset) 's Twitter Profile Photo
Alexandra Auderset
@alexauderset

7 months ago

Just published in Science Magazine ! Our new study shows an oxygen increase in the tropical subsurface ocean during the PETM, reconstructed by foraminifera-bound nitrogen isotopes (FB-d15N) and a foraminiferal body size model (FS-pO2). science.org/doi/epdf/10.11…

Just published in <a href="/ScienceMagazine/">Science Magazine</a> ! Our new study shows an oxygen increase in the tropical subsurface ocean during the PETM, reconstructed by foraminifera-bound nitrogen isotopes (FB-d15N) and a foraminiferal body size model (FS-pO2). science.org/doi/epdf/10.11…