99 datasets found

We provide experimental data from a mesocosm study in a seawater basin (L: 8.5 m x W: 2.0 m x H: 0.8 m). Changes in sea surface temperature and salinity were investigated under...

We provide experimental data from a mesocosm study in a seawater basin (L: 8.5 m x W: 2.0 m x H: 0.8 m). Changes in sea surface temperature and salinity were investigated under...

We provide experimental data from a mesocosm study in a seawater basin (L: 8.5 m x W: 2.0 m x H: 0.8 m). Changes in sea surface temperature and salinity were investigated under...

We provide experimental data from a mesocosm study in a seawater basin (L: 8.5 m x W: 2.0 m x H: 0.8 m). Changes in sea surface temperature and salinity were investigated under...

We provide experimental data from a mesocosm study in a seawater basin (L: 8.5 m x W: 2.0 m x H: 0.8 m). Changes in sea surface temperature and salinity were investigated under...

We provide experimental data from a mesocosm study in a seawater basin (L: 8.5 m x W: 2.0 m x H: 0.8 m). Changes in sea surface temperature and salinity were investigated under...

We provide experimental data from a mesocosm study in a seawater basin (L: 8.5 m x W: 2.0 m x H: 0.8 m). Changes in sea surface temperature and salinity were investigated under...

We investigated the impact of elevated water temperatures on the abundances of pathogenic Vibrio species associated with seaweeds and coastal waters. Three seaweed species -...

We provide experimental data from a mesocosm study in a seawater basin (L: 8.5 m x W: 2.0 m x H: 0.8 m). Changes in sea surface temperature and salinity were investigated under...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

This dataset contains biogeochemical variables measured during the same mesocosm experiment at Sea Surface Facility (SURF) in Wilhelmshaven, Germany (53.5148° N, 8.1461° E) in...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

We provide data from experiments with artificial rain over a 5100-liter basin with a retractable roof, where temperature and conductivity (to calculate salinity) were measured...

The sea surface microlayer (SML) is the boundary layer on top of all oceans and is crucial for all exchange processes between the ocean and atmosphere. This less than 1 mm thick...