Alexis Licht
@alexislicht.bsky.social
Geologist, paleobiologist, @CNRS.fr research scientist, co-director of the Climate team at CEREGE @climatecerege.bsky.social, PI of ERC-funded
@dispersal-erc.bsky.social project
@dispersal-erc.bsky.social project
Quick update: after we protested the decision this morning, the editor rescinded the rejection and reassigned our manuscript to a new editor for consideration. It’s still unclear whether the manuscript will actually be sent back out for review...
August 25, 2025 at 1:04 PM
Quick update: after we protested the decision this morning, the editor rescinded the rejection and reassigned our manuscript to a new editor for consideration. It’s still unclear whether the manuscript will actually be sent back out for review...
Where is the science in that? It's particularly frustrating, sincetThe first and only review we got was positive and suggested a few moderate comments before publication.
August 25, 2025 at 8:49 AM
Where is the science in that? It's particularly frustrating, sincetThe first and only review we got was positive and suggested a few moderate comments before publication.
The paper also precisely refines the Paleogene stratigraphy of the Paratethys. U-Pb dating made at @climatecerege.bsky.social. Mustafa is one of our former postdocs, and now active collaborator of the @dispersal-erc.bsky.social project! (n/n)
August 19, 2025 at 11:46 AM
The paper also precisely refines the Paleogene stratigraphy of the Paratethys. U-Pb dating made at @climatecerege.bsky.social. Mustafa is one of our former postdocs, and now active collaborator of the @dispersal-erc.bsky.social project! (n/n)
His work shows that the fall of sea level during the earliest Oligocene glaciation significantly impacted the oceanic circulation in the Paratethys. A lot of new, cold and freshwater, likely coming from the boreal seas (2/n).
August 19, 2025 at 11:42 AM
His work shows that the fall of sea level during the earliest Oligocene glaciation significantly impacted the oceanic circulation in the Paratethys. A lot of new, cold and freshwater, likely coming from the boreal seas (2/n).