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High-frequency sensor data from a mesocosm experiment testing the effects of ...
Climate change is projected to increase the frequency and intensity of marine heatwaves, potentially having drastic consequences on coastal environments. To assess how heatwaves... -
KOSMOS mesocosm experiment Gran Canaria 2019 on testing the effect of nutrien...
In this study we investigated the effect of artificial upwelling with different Si:N ratios on a natural oligotrophic plankton community. Data on primary production, flow... -
KOSMOS 2018 Gran Canaria mesocosm study on artificial upwelling: oxygen prima...
Oxygen production and respiration rates from a KOSMOS mesocosm experiment carried out in the framework of the Ocean Artificial Upwelling project. The experiment was performed in... -
KOSMOS 2017 Peru mesocosm study: single particle measurements of sinking velo...
As one of Earth's most productive marine ecosystems, the Peruvian Upwelling System transports large amounts of biogenic matter from the surface to the deep ocean. Whilst... -
KOSMOS 2017 Peru mesocosm study: export flux and particle sinking velocities
As one of Earth's most productive marine ecosystems, the Peruvian Upwelling System transports large amounts of biogenic matter from the surface to the deep ocean. Whilst... -
Dataset from a mesocosm experiment testing the effects of a terrestrial runof...
Climate change is expected to induce more frequent and intense extreme rainfall events in the Mediterranean region, causing increased runoff of land-derived matter into coastal...