Fast repetition rate (FRR) fluorometry has been used successfully to investigate the variable fluorescence char-acteristics of cyanobacteria in oceanic Case 1 waters. In these waters, the effective absorption bands of the light-harvesting pigments for photosystem II (PSII) of the dominant cyanobacterial taxa overlap with the peak of the FRR excitation at 470 nm. The effective PSII absorption of the ecologically-significant filamentous cyanophytes in the Baltic Sea—Nodularia spumigena (Mertens ex Bornet and Flahault 1886) and Aphanizomenon sp. ((L.) Ralfs ex Bornet and Flahault 1886)—is, however, restricted to beyond 550 nm. We tested the applicability of a currently commercially available FRR fluorometer to studies of these two cyanobacteri...
Increased mechanisation and burning of fossil fuels has resulted in year-on-year increases in the co...
Phytoplankton play a vital role as primary producers in aquatic ecosystems and there is interest amo...
Optical (fluorescence) and acoustic in-situ techniques were tested in their ability to measure the s...
Introduction of active chlorophyll a fluorescence protocols, in particular fast repetition rate (FRR...
Introduction of active chlorophyll a fluorescence protocols, in particular fast repetition rate (FRR...
Phytoplankton photosynthesis is an important cycle to understand in order to estimate ocean primary ...
International audienceA reliable and representative monitoring of phytoplankton abundance, especiall...
International audienceA reliable and representative monitoring of phytoplankton abundance, especiall...
This study presents the results of the first field application of a flow-through multi-wavelength Fa...
Introduction of active chlorophyll a fluorescenceprotocols, in particular fast repetition rate(FRR) ...
This study presents the results of the first field application of a flow-through multi-wavelength Fa...
Compared to other methods to monitor and detect cyanobacteria in phytoplankton populations, fluorome...
International audienceA reliable and representative monitoring of phytoplankton abundance, especiall...
Phytoplankton primary productivity is most commonly measured by 14C assimilation although less direc...
Increased mechanisation and burning of fossil fuels has resulted in year-on-year increases in the co...
Increased mechanisation and burning of fossil fuels has resulted in year-on-year increases in the co...
Phytoplankton play a vital role as primary producers in aquatic ecosystems and there is interest amo...
Optical (fluorescence) and acoustic in-situ techniques were tested in their ability to measure the s...
Introduction of active chlorophyll a fluorescence protocols, in particular fast repetition rate (FRR...
Introduction of active chlorophyll a fluorescence protocols, in particular fast repetition rate (FRR...
Phytoplankton photosynthesis is an important cycle to understand in order to estimate ocean primary ...
International audienceA reliable and representative monitoring of phytoplankton abundance, especiall...
International audienceA reliable and representative monitoring of phytoplankton abundance, especiall...
This study presents the results of the first field application of a flow-through multi-wavelength Fa...
Introduction of active chlorophyll a fluorescenceprotocols, in particular fast repetition rate(FRR) ...
This study presents the results of the first field application of a flow-through multi-wavelength Fa...
Compared to other methods to monitor and detect cyanobacteria in phytoplankton populations, fluorome...
International audienceA reliable and representative monitoring of phytoplankton abundance, especiall...
Phytoplankton primary productivity is most commonly measured by 14C assimilation although less direc...
Increased mechanisation and burning of fossil fuels has resulted in year-on-year increases in the co...
Increased mechanisation and burning of fossil fuels has resulted in year-on-year increases in the co...
Phytoplankton play a vital role as primary producers in aquatic ecosystems and there is interest amo...
Optical (fluorescence) and acoustic in-situ techniques were tested in their ability to measure the s...