Coastal ocean might be a more efficient #CO2 sink than the open #ocean as we found in our new paper led by Moritz Mathis. Find out why here👇
https://nature.com/articles/s41558-024-01956-w
Spoiler: we show that the increase in #CoastalOcean #CO2uptake during the 20th century was primarily driven by biological responses to climate-induced circulation changes (36%) and increasing riverine nutrient loads (23%), together exceeding the ocean CO2 solubility pump (41%).
@hereon
#ilyinaScience
It is challenging to represent the #CoastalOcean #CarbonCycle in an #EarthSystemModel.
Due to a relatively coarse spatial resolution, #global models do not resolve the complex coastal #biogeochemical dynamics. #Regional models don't get the open-coastal ocean exchange at their boundaries.
Find out how we address this challenge with a telescoping #HighResolution #model:
https://mas.to/@TatianaIlyina/109444770151344342
Here is the link to the paper:
https://doi.org/10.1029/2021MS002789
Our #paper led by Moritz Mathis on #seamless #modeling of the #coastal #ocean #CarbonCycle is featured as Editor's Highlight by #Eos #science #newsmagazine of #AGU. 'Substantial Advance Towards a Global Coastal Carbon Model': https://eos.org/editor-highlights/substantial-advance-towards-a-global-coastal-carbon-model #hereon @[email protected] @[email protected] 1/4
RT @Sen2Coast: "Bathymetry & EO in USA and Spain"🛰️🌊🌎 presented by our Principal Investigator @ICaballero28 at the 🔵U2ser Consultation Platform 202 #EUSW 2022
#RemoteSensing
#CoastalOcean
#InlandWaterways
@Sen2Coast project @ICMAN_CSIC @teledetect
🐦🔗: https://nitter.eu/CopernicusEU/status/1576973606793662464
Prof. Tatiana Ilyina
Copernicus EU