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What role do #fish play in the oceanic #CarbonCycle via calcium carbonate precipitation? Study of the toadfish gut by @delcampolab.bsky.social reveals Vibrio #bacteria that could aid CaCO3 precipitation, expanding the role of #symbiosis in marine #biomineralization @plosbiology.org 🧪 plos.io/49aY5SH
New paper alert! Led by David Montagnes, this one is for scientists and non-scientists alike. The history, benefits, and future of Learned Societies. We need community, fostering of critical thinking, and communication, more than ever! link.springer.com/article/10.1... #protistsonsky
Learned societies play a vital role in fostering interactions that are important in scholarly discourse and the advancement of biological sciences. However, they now face threats from declining fundin...link.springer.com
24d
1mo
The value of learned societies in the biological sciences: benefits, threats, and futures - BMC Biology
23d
What role do #fish play in the oceanic #CarbonCycle via calcium carbonate precipitation? Study of the toadfish gut by @delcampolab.bsky.social reveals Vibrio #bacteria that could aid CaCO3 precipitation, expanding the role of #symbiosis in marine #biomineralization @plosbiology.org 🧪 plos.io/49aY5SH
PLOS Biology
Dacks Lab (Evolutionary Cell Biology)
PLOS Biology
New Discovery Report in PLOS Biology (@plosbiology.org)! Here we provide evidence that symbiotic bacteria within fish guts may play an important and overlooked role in the oceanic carbon cycle! doi.org/10.1371/jour... #MicroSky #SymbioSky #MicrobiomeSky
17d
ISME is proud to launch ISME Host Microbe, a new fully open-access journal that provides a home for cutting-edge research on host-microbe interactions with particular emphasis on host-associated microbiome studies — spanning from environmental to clinical systems. Learn more: academic.oup.com/ismehm
We hypothesize that CaCO3 precipitation in marine fish may not solely be a host-driven process, but potentially the result of a functional symbiosis with gut-associated Vibrio bacteria, expanding the role of symbiosis in marine biomineralization and global biogeochemical cycles.
Marine fish produce CaCO3 precipitates ("ichthyocarbonates") in their guts as part of their osmoregulation strategy. Through this, fish may generate up to 9.04 Pg of new CaCO₃ annually, rivaling coccolithophores and pelagic foraminifera in global carbonate production. (Photo: Joshua Prezant)
15d
15d
1mo
15d
#RequestForProposals We’re inviting teams of two researchers to pursue projects advancing #AquaticSymbiosis (marine + freshwater). Areas of interest include how aquatic environments influence symbiosis, evolutionary ecology & new methods/tech. Details + how to apply:  moore.org/SymbiosisRFP
Marine fish play a significant yet understudied role in the oceanic carbon cycle through the production of calcium carbonate precipitates. This study of the gulf toadfish gut reveals a high abundance ...
doi.org
Symbiotic bacteria may support calcium carbonate precipitation in the Gulf toadfish
moore.org
The Gordon and Betty Moore Foundation announces a new request for proposals aimed at advancing understanding of symbiosis in marine and freshwater environments.…
New funding opportunity: Advancing aquatic symbiosis research
This project was part of a collaboration at @miamirosenstiel.bsky.social during my PhD between the @delcampolab.bsky.social and Grosell Lab. Thanks to all co-authors: Tristan Kravitz, @rociomozo.bsky.social, @lydeejeanne.bsky.social, Rachael M. Heuer, Martin Grosell, and @fonamental.bsky.social!
15d