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Found 82 results.

Elemental cellular contents of Rhodomonas salina and Oxyrrhis marina, and respiration rate and total lipids of O. marina during a starvation experiment

This dataset contains data on the cellular elemental contents (carbon, nitrogen and phosphorus) of the phytoplankton species Rhodomonas salina grown in nitrogen limited and phosphorus limited conditions. These two phytoplankton qualities were offered as food to the heterotrophic dinoflagellate Oxyrrhis marina. The resulting cellular elemental contents of the dinoflagellates are also included for a stavation period of up to 78 h, as well as the cellular lipid content and respiration rate of O. marina fed with nitrogen limited or phosphorus limited R. salina, before being starved for 24 h or up to 48 h, respectively. To highlight possible differences in the source of energy used by differently preconditioned O. marina, we determined total lipid content following Urzua and Anger (2011).

Abundance of bacillariophyceae and dinophyceae at time series station Helgoland Roads, North Sea, in 2023

Since 1962 phytoplankton and microzooplankton composition are monitored every weekday at the station Kabeltonne (54°11.3′N, 7°54.0′E) as part of the Helgoland Roads long term data series. This data set contains the total abundance of the wider taxonomic groups bacillariophyceae, and dinophyceae of the phytoplankton community observed in 2023. Additional meta-information and further documentation are also provided in the section Documentation.

Abundance of bacillariophyceae and dinophyceae at time series station Helgoland Roads, North Sea, in 2022

Since 1962 phytoplankton and microzooplankton composition are monitored every weekday at the station Kabeltonne (54°11.3′N, 7°54.0′E) as part of the Helgoland Roads long term data series. This data set contains the total abundance of the wider taxonomic groups bacillariophyceae, and dinophyceae of the phytoplankton community observed in 2022. Additional meta-information and further documentation are also provided in the section Documentation.

Abundance of bacillariophyceae and dinophyceae at time series station Helgoland Roads, North Sea, in 2021

Since 1962 phytoplankton and microzooplankton composition are monitored every weekday at the station Kabeltonne (54°11.3′N, 7°54.0′E) as part of the Helgoland Roads long term data series. This data set contains the total abundance of the wider taxonomic groups bacillariophyceae, and dinophyceae of the phytoplankton community observed in 2021. Additional meta-information and further documentation are also provided in the section Documentation.

Abundance of bacillariophyceae and dinophyceae at time series station Helgoland Roads, North Sea, in 2020

Since 1962 phytoplankton and microzooplankton composition are monitored every weekday at the station Kabeltonne (54°11.3′N, 7°54.0′E) as part of the Helgoland Roads long term data series. This data set contains the total abundance of the wider taxonomic groups bacillariophyceae, and dinophyceae of the phytoplankton community observed in 2020. Additional meta-information and further documentation are also provided in the section Documentation.

Cell count time series of Azadinium spinosum, Azadinium poporum and Amphidoma languida at Cuxhaven, Helgoland, Sylt, Wilhelmshaven and Scapa Flow between 2015 and 2019

The data represent species counts (cells L-1) of the three AZA-producing dinoflagellate species Azadinium spinosum, Az. poporum and Amphidoma languida (all members of the taxonomic family Amphidomataceae) of water samples taken during in total six different field expeditions on several research vessels (RV Heincke, RV Uthörn, RV Polarstern) and on in total five stationary sampling stations (Scapa Flow/Scotland, Cuxhaven/Germany, Helgoland/Germany, Wilhelmshaven/Germany, Sylt/Germany) between 2015 and 2019. The water samples have been taken using Niskin bottles (on research vessels attached to a CTD). After DNA extraction, the species cell numbers have been calculated by quantitative PCR (qPCR) analysis using respective standard curves. These samples gained from different geographical areas in the eastern North Atlantic have been analyzed as part of the RIPAZA Project (funded by the German BMBF; in cooperation with the Third Institute of Oceanography, Xiamen/China) and the results are presented and discussed in the doctoral thesis of Stephan Wietkamp (Suppl.Tab.S6, Suppl.Tab.S7). Aim of the project and especially of this data set was to provide first reference data on the biogeography (geographical distribution and seasonality) of toxigenic Amphidomataceae in the eastern North Atlantic.

Cell counts of Azadinium spinosum, Azadinium poporum and Amphidoma languida during POLARSTERN cruise PS92, UTHÖRN cruise UTH16 and various HEINCKE cruises to the eastern North Atlantic between 2015 and 2019

The data represent species counts (cells L-1) of the three AZA-producing dinoflagellate species Azadinium spinosum, Az. poporum and Amphidoma languida (all members of the taxonomic family Amphidomataceae) of water samples taken during in total six different field expeditions on several research vessels (RV Heincke, RV Uthörn, RV Polarstern) and on in total five stationary sampling stations (Scapa Flow/Scotland, Cuxhaven/Germany, Helgoland/Germany, Wilhelmshaven/Germany, Sylt/Germany) between 2015 and 2019. The water samples have been taken using Niskin bottles (on research vessels attached to a CTD). After DNA extraction, the species cell numbers have been calculated by quantitative PCR (qPCR) analysis using respective standard curves. These samples gained from different geographical areas in the eastern North Atlantic have been analyzed as part of the RIPAZA Project (funded by the German BMBF; in cooperation with the Third Institute of Oceanography, Xiamen/China) and the results are presented and discussed in the doctoral thesis of Stephan Wietkamp (Suppl.Tab.S6, Suppl.Tab.S7). Aim of the project and especially of this data set was to provide first reference data on the biogeography (geographical distribution and seasonality) of toxigenic Amphidomataceae in the eastern North Atlantic.

Abundance of bacillariophyceae and dinophyceae at time series station Helgoland Roads, North Sea, in 2019

Since 1962 phytoplankton and microzooplankton composition are monitored every weekday at the station Kabeltonne (54°11.3′N, 7°54.0′E) as part of the Helgoland Roads long term data series. This data set contains the total abundance of the wider taxonomic groups bacillariophyceae, and dinophyceae of the phytoplankton community observed in 2019. Additional meta-information and further documentation are also provided in the section Documentation.

Abundance of bacillariophyceae and dinophyceae at time series station Helgoland Roads, North Sea, in 2018

Since 1962 phytoplankton and microzooplankton composition are monitored every weekday at the station Kabeltonne (54°11.3′N, 7°54.0′E) as part of the Helgoland Roads long term data series. This data set contains the total abundance of the wider taxonomic groups bacillariophyceae, and dinophyceae of the phytoplankton community observed in 2018. Additional meta-information and further documentation are also provided in the section Documentation.

Abundance of bacillariophyceae and dinophyceae at time series station Helgoland Roads, North Sea, in 2017

Since 1962 phytoplankton and microzooplankton composition are monitored every weekday at the station Kabeltonne (54°11.3′N, 7°54.0′E) as part of the Helgoland Roads long term data series. This data set contains the total abundance of the wider taxonomic groups bacillariophyceae, and dinophyceae of the phytoplankton community observed in 2017. Additional meta-information and further documentation are also provided in the section Documentation.

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