Sam Katz
@sdkatz.bsky.social
Postdoc studying the origin, fate, and transport of black carbon in the ocean. Sailor, ultimate frisbee player, and dog person
Reposted by Sam Katz
My wonderful PhD advisor is accepting inquiries for a postdoc - come work in beautiful Narragansett
@urigso.bsky.social on anaerobic ciliates and their symbionts -- very cool project with international collabs. ive been in this lab for past 5+ yrs and will miss it dearly! #ProtistsOnSky #SymbioSky
@urigso.bsky.social on anaerobic ciliates and their symbionts -- very cool project with international collabs. ive been in this lab for past 5+ yrs and will miss it dearly! #ProtistsOnSky #SymbioSky
We are searching for a postdoc to join our team, focused on anaerobic ciliate-methanogen symbiosis. Please share widely!
December 3, 2024 at 5:13 PM
My wonderful PhD advisor is accepting inquiries for a postdoc - come work in beautiful Narragansett
@urigso.bsky.social on anaerobic ciliates and their symbionts -- very cool project with international collabs. ive been in this lab for past 5+ yrs and will miss it dearly! #ProtistsOnSky #SymbioSky
@urigso.bsky.social on anaerobic ciliates and their symbionts -- very cool project with international collabs. ive been in this lab for past 5+ yrs and will miss it dearly! #ProtistsOnSky #SymbioSky
The first chapter from my PhD research just got published! It examines the origin and fate of black carbon in the equatorial Atlantic Ocean and highlights how biomass burning contributes to modern black carbon in ocean sediments.
Biomass burning is a source of modern black carbon to equatorial Atlantic Ocean sediments - Communications Earth & Environment
Black carbon in equatorial Atlantic Ocean sediments is largely derived from biomass burning, with young material from burning grass nearer Africa, and older black carbon from tree burning near South A...
www.nature.com
September 30, 2024 at 5:50 PM
The first chapter from my PhD research just got published! It examines the origin and fate of black carbon in the equatorial Atlantic Ocean and highlights how biomass burning contributes to modern black carbon in ocean sediments.