Ryan H Glaubke
@ocnogrphr.bsky.social
Postdoctoral researcher in the Paleo² Lab at The University of Arizona. Interested in past climates 🌎 and old oceans 🌊.
Outdoorsy. Reader. Audiophile. Soccer fan. Cat dad. Opinions subject to change. https://www.ryanglaubke.com
Outdoorsy. Reader. Audiophile. Soccer fan. Cat dad. Opinions subject to change. https://www.ryanglaubke.com
I may have done three separate times throughout the day 🙃
October 13, 2025 at 6:11 PM
I may have done three separate times throughout the day 🙃
I’m an en-dasher and proud!
September 18, 2025 at 8:52 PM
I’m an en-dasher and proud!
I’ll be sure to when I see him next month! I’ll be giving the same talk at ODU 👀
August 26, 2025 at 2:06 PM
I’ll be sure to when I see him next month! I’ll be giving the same talk at ODU 👀
The short answer: it's a bit complicated.
Temperature-only models seem to work best for surface-dwelling species. But work with our subsurface-dwelling species is limited by the small amount of data. And not to mention the bane of any multivariate regression: collinearity.
Temperature-only models seem to work best for surface-dwelling species. But work with our subsurface-dwelling species is limited by the small amount of data. And not to mention the bane of any multivariate regression: collinearity.
August 13, 2025 at 9:19 PM
The short answer: it's a bit complicated.
Temperature-only models seem to work best for surface-dwelling species. But work with our subsurface-dwelling species is limited by the small amount of data. And not to mention the bane of any multivariate regression: collinearity.
Temperature-only models seem to work best for surface-dwelling species. But work with our subsurface-dwelling species is limited by the small amount of data. And not to mention the bane of any multivariate regression: collinearity.
OMG @paleopaola.bsky.social is on here too! Sorry Paola 😅
August 7, 2025 at 3:12 PM
OMG @paleopaola.bsky.social is on here too! Sorry Paola 😅
I want to thank my awesome authorship team for helping me get this paper over the finish line—nearly all of whom are not on BlueSky (except @sindiarocks.bsky.social!).
I also couldn't have done this without the broader #CROCCA-2S team. I'm very lucky to be a part of such a big nerd family!
I also couldn't have done this without the broader #CROCCA-2S team. I'm very lucky to be a part of such a big nerd family!
August 6, 2025 at 4:31 PM
I want to thank my awesome authorship team for helping me get this paper over the finish line—nearly all of whom are not on BlueSky (except @sindiarocks.bsky.social!).
I also couldn't have done this without the broader #CROCCA-2S team. I'm very lucky to be a part of such a big nerd family!
I also couldn't have done this without the broader #CROCCA-2S team. I'm very lucky to be a part of such a big nerd family!
We explore (1) the evidence linking this high salinity event to the deep ocean; (2) why alternative sources (e.g., low-latitude shallow water masses) are insufficient; and (3) the implications this salt would have on the recovery of the overturning circulation at the end of the Last Ice Age.
a man with a mustache and sunglasses is pouring salt on his face .
ALT: a man with a mustache and sunglasses is pouring salt on his face .
media.tenor.com
August 6, 2025 at 4:31 PM
We explore (1) the evidence linking this high salinity event to the deep ocean; (2) why alternative sources (e.g., low-latitude shallow water masses) are insufficient; and (3) the implications this salt would have on the recovery of the overturning circulation at the end of the Last Ice Age.