J. Ringelberg - Academia.edu (original) (raw)

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Papers by J. Ringelberg

Research paper thumbnail of Flow cytometry: A powerful tool in analysis of biomass distributions in phytoplankton

Water Science and Technology, 1995

The large range in cOllcentraJions and cell-sizes of algal cells and colonies and the large varie... more The large range in cOllcentraJions and cell-sizes of algal cells and colonies and the large variety of cell types are the main reasons for developing a dedicated cytometer for the analysis of phytoplankton. A ElD'Opean Community funded cOllsonium has developed the EUlQPA cytometer. which is easily transponed and can be operated at sea. With the EuJOPA. both small smgle cells and large colonies of cyanobacteria can be analyzed In OIIe run. ThIs provides correlated mformaUon 011 optical characteristics. pigments contents and taxonomy. The resulting dlstnbution of (chlorophyll) biomass over taxonomic groups can be inter-caJjbrated With standard spectrometnc analysIs teChniques. The EmQPA can be used successfully for analysis of field samples and phytoplankton cultures. It is well SUited for phytoplankton monitoring and grazing studies.

Research paper thumbnail of Flow cytometry: A powerful tool in analysis of biomass distributions in phytoplankton

Water Science and Technology, 1995

The large range in cOllcentraJions and cell-sizes of algal cells and colonies and the large varie... more The large range in cOllcentraJions and cell-sizes of algal cells and colonies and the large variety of cell types are the main reasons for developing a dedicated cytometer for the analysis of phytoplankton. A ElD'Opean Community funded cOllsonium has developed the EUlQPA cytometer. which is easily transponed and can be operated at sea. With the EuJOPA. both small smgle cells and large colonies of cyanobacteria can be analyzed In OIIe run. ThIs provides correlated mformaUon 011 optical characteristics. pigments contents and taxonomy. The resulting dlstnbution of (chlorophyll) biomass over taxonomic groups can be inter-caJjbrated With standard spectrometnc analysIs teChniques. The EmQPA can be used successfully for analysis of field samples and phytoplankton cultures. It is well SUited for phytoplankton monitoring and grazing studies.

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