Use the FlowCam imaging flow cytometer to study and monitor both marine and freshwater harmful algal blooms (HABs). Verify if organisms capable of producing toxins are present and quantify them.
Freshwater HABs containing cyanobacteria can be differentiated from other algae based on the analysis of fluorescing pigments.
Estimate biovolume, count cells and calculate the abundance of each taxonomic group.
Use the FlowCam to:
“ It used to take us 3-4 hours to do algae counts in the summer. Now it takes 15 minutes. We use the FlowCam because it’s quick and easy.... Using the FlowCam as part of our integrated strategy has prevented larger outbreaks, compared to previous years...."
—Hunter Adams, Water Laboratory Supervisor for the City of Wichita Falls, TX
“HABs move quickly. The ocean is an ever-changing environment; for us it is not a matter of if we see HABs, but when. HABs can have an impact on our stocks causing reduced feed rates and even mortality. As climate change identifies increasing algae species, we need to adapt to this new environment more quickly.”
—Dean Trethewey, Seawater Production Director at Grieg Seafood. Read more about Grieg Seafood and their use of the FlowCam here.
For particles 2 µm to 1 mm. Compatible with Automated Liquid Handler.
Applications: HAB monitoring, phytoplankton and zooplankton community composition
Differentiate cyanobacteria from green algae using chlorophyll and phycocyanin fluorescence data. Compatible with the FlowCam Automated Liquid Handler.
Applications: Cyanobacteria monitoring, phytoplankton and zooplankton community composition, taste and odor algae, nuisance algae monitoring.
Applications: Analysis of large sample quantities
Will the FlowCam ALH work for you? Schedule a demonstration.
Our proprietary software VisualSpreadsheet performs image recognition, particle measurements, statistical analyses, data collection, and enables data manipulation. With VisualSpreadsheet (ViSP), which is included with every FlowCam, you can create image libraries, digital filters, and use machine learning for auto-classification. View data in ViSP or export to Excel in CSV format. Visit the ViSP page for more information.