#Upwelling is an ocean process in which winds push warm surface water aside, allowing cooler, nutrient-rich water to rise to the surface 🌊

🔽 Wind direction🌬️, SST🌡️, and chlorophyll-a levels🌱on the coast of #California 🇺🇸 visualised using #CopernicusMarine data https://t.co/Dfoc6Dhzjq

Copernicus Marine

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

RT @CMEMS_EU: #Upwelling is an ocean process in which winds push warm surface water aside, allowing cooler, nutrient-rich water to rise to the surface 🌊

🔽 Wind direction🌬️, SST🌡️, and chlorophyll-a levels🌱on the coast of #California 🇺🇸 visualised using #CopernicusMarine data https://t.co/Dfoc6Dhzjq

Copernicus Marine

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

#CopernicusMarine 4 #Africa

#DYK that our service provides free e-learning materials?

For example, using our #JupyterNotebook, you can analyse #upwelling events off northwest Africa

⬇️GIF showing temperature 🌡️, nitrate, & chlorophyll 🌱concentration during an upwelling episode

Copernicus Marine

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

RT @CMEMS_EU: #CopernicusMarine 4 #Africa

#DYK that our service provides free e-learning materials?

For example, using our #JupyterNotebook, you can analyse #upwelling events off northwest Africa

⬇️GIF showing temperature 🌡️, nitrate, & chlorophyll 🌱concentration during an upwelling episode

Copernicus Marine

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme