Happy to share a new paper on alkylamines in Antarctic waters during the PolarChange 2023 cruise. TMA and DMA were the dominant species in seawater, TMA was virtually the only amine in particles. Nanoflagellates were the putative main source.
bg.copernicus.org/articles/2…
Check out our new paper on VOCs in a tropical coral reef, last of a series of papers from the Moorea 2018 expedition. We show how VOCs are produced and consumed by the several reef components as the water flows across and present evidence of significant recirculation.
The cruise has come to an end. After 5-week campaign in the North Atlantic Ocean on board the #Discovery, the @simolab_ team @EDeschaseaux and @lidejvv are about to join us back at the @ICMCSIC
🌊 La recerca que ens fa somiar ✨, amb @incognitaag
🔬 Des de petit, Rafel Simó somiava amb l’oceà. Avui, la seva recerca el guia com una brúixola cap a un futur millor.
📽️ Descobreix la seva història: unagranhistoria.icm.csic.es/…
📸@JoandelaMalla
Our new paper is out in PNAS on the use of the outcomes of Earth System Models to project a future increase in global sulfur emissions from the ocean as climate warms. Led by Anoop Mahajan's group at
@iitmpune, India
Check out our latest work led by my PhD student
Sankirna Joge: Climate warming increases global oceanic dimethyl sulfide emissions | PNAS pnas.org/doi/10.1073/pnas.25…@iitmpune@moesgoi
Last week the @simolab_ members @EDeschaseaux and Lide JvV shipped instruments to Southampton for the CARES cruise, led by @PlymouthMarine
A 5 weeks long cruise to the N Atlantic on board of the RV Discovery. The team will be doing #VOC by #PTRMS for #climatechange research.
Check out our new publication, led by Christel Hassler at @EPFL. In the Fe-limited Southern Ocean, most of the organic ligands that maintain Fe available for life are produced on site by phytoplankton and bacteria.
@jaccsa @NisotopesCT @ICMCSICnature.com/articles/s41467-0…
Incubation day of Blanes Bay water at the @simolab_. Targeting the degradation and production rates of dimethyl sulfide (#DMS) and methanethiol (#MeSH), two climatically-relevant volatile organic compounds (VOCs).
Liz Deschaseaux and Lide van Vuuren @simolab_ analyzing volatile compounds from Blanes Bay waters by Segmented Flow Coil Equilibrator coupled to Proton Transfer Reaction time-of-flight Mass Spectrometry (Vocus, TOFWERK)
@tofwerk
Leaving everything ready for the new upcoming @simolab_ experiment: today, preparation of incubation tanks for measuring the degradation and production rates of sulfur volatile organic compounds (#VOCs) in seawater from Blanes Bay.
#GOOSEproject
Still another (14th) edition of the "little shepherds" of the @ICMCSIC, a humourous and rhymed chronicle of the year. Jokes, criticism, memories of the ones who have left, wishes and songs to laugh and celebrate.
Performed by Eva,
@pepgppepgp, Eli, and Rafel @simolab_
Our new paper on marine methanethiol emission, which adds 25% more sulfur to known DMS emission. In the Southern Ocean in summer, this represents up to 50% more sulfate aerosol and up to 1.5 W/m2 of extra cooling.
@ICMCSIC, @iqf_csic & international team
science.org/doi/10.1126/scia…
Rafel talking at the SOLAS OSC in Goa (India) about global ocean emissions of methanethiol to the atmosphere and their radiative impacts on climate. To be read in a paper coming out very soon.
Later, enjoying a lovely evening with the @SOLAS_IPO community.