Alan D. Foreman
@climatearchivist.bsky.social
140 followers 120 following 9 posts
Postdoctoral Researcher at the Max Planck Institute for Chemistry Mainz, Germany Martinez-Garcia Laboratory - Organic Isotope Geochemistry Avid diver, surfer, occasional (middling) triathlete
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Reposted by Alan D. Foreman
Reposted by Alan D. Foreman
climatereefs.bsky.social
Chris Voolstra @reefgenomics.bsky.social kicking off the 2nd day of the #SPP2299 "Meeting & Status Seminar 2025" with a Perspective Lecture on "The future of reefs and reefs of the future"
Reposted by Alan D. Foreman
climatereefs.bsky.social
First Keynote at #SPP2299 "Meeting and Status Seminar 2025" by Andrea Grottoli @andreagrottoli.bsky.social on "Leveraging coral biology, technology, and research networks to save coral reefs" in Bremen

@marumunibremen.bsky.social
climatearchivist.bsky.social
This paper sets the stage for paleo reconstructions of the Mediterranean N cycle - stay tuned for more from Tanja et al.

🌊🧪
climatearchivist.bsky.social
Another cool paper coming out of @amglab.bsky.social. Led by Tanja Wald, here we present basin-wide profiles of Mediterranean nitrate N/O isotopes, and show that this distribution can be explained by a combination of nitrogen fixation and anthropogenic nitrogen deposition: dx.doi.org/10.1029/2023...
Origins of the Nitrate 15N Depletion in the Mediterranean Sea
Basin-wide depth profiles of nitrate δ15N and δ18O indicate a supply of low-δ15N N to the Mediterranean Sea Nitrate δ15N can be explained by modest rates of N2 fixation and/or anthropogenic N dep...
dx.doi.org
climatearchivist.bsky.social
This study uses the methods we developed in the @amglab.bsky.social for measuring enamel-bound nitrogen isotopes to show that the geochemical makeup of Australopithecus teeth was not consistent with a meat-based diet.
Reposted by Alan D. Foreman
climatereefs.bsky.social
New Paper Alert!
Check out a recently published study around on decadal oscillations in the world's largest oxygen-deficient zone. This research, by Nicolas Duprey from MPI for Chemistry, uses nitrogen isotopes in corals skeletons to understand natural climate variability of the Pacific ODZ.

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