🚨 New Paper Alert!🚨: Excited to share my latest work in @Nature on river avulsions—catastrophic shifts in river courses that threaten millions worldwide. We've uncovered new rules that govern when and where avulsions occur. https://t.co/BFxd5Sp0jV
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Did you know that dune patterns record changes in environmental conditions on Earth and other planets? New work out in @geosociety with @marslogander, @_algunn, Mackenzie Day, and @soto97.
https://t.co/8i55Xb7azy
Excited to share the first paper of my PhD! We took a deep dive into what the deposits of rivers look like when there are no plants around (think early Earth and Mars) and found some very cool things.
Work done with @mcolinmarvin@_algunn @marslogander through @stanforddoerr
ID'ing depositional elements in the stratigraphic record for recognition of ancient unvegetated meandering rivers and improve palaeohydrology reconstructions of on early Earth and Mars.
A depositional model for meandering rivers without land plants
https://t.co/w3iie9xHix
Huge congratulations to my advisor Dr. Mathieu Lapôtre (@marslogander) for winning the @AGU_EPSP Luna Leopold award! Excited for the Sharp Lecture!
https://t.co/DBto3rXcdT
Everything you need to know about the exciting announcement that phosphine has been detected in the atmosphere of Venus. Let's start off with the 60 second overview.. #Venus#VenusNews
This seems like a worthy first tweet. Someone will probably come up with a plausible abiotic explanation for phosphine gas (a possible sign of life) on #Venus, but this is incredibly exciting!
https://t.co/9d9VWgsNAY