Using an Imaging Particle Analyzer - Ohiowater.org

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FlowCAM Specifications‣Particle sizes –‣ Imaging – 3µm to 2mm‣Objectives – 20x, 10x, 4x, 2x‣Flow Cell – 50 µm to 2 mm‣Processing Capability –Flow - .1 ml/min to 12 ml/minDensity - 500,000+ particles/ml (AutoImaging)
FlowCAM Features‣ Continuous Imaging (1-20 frames/sec)‣ Can be used in laboratory or in-situ‣ Size and shape info for all particles/cells‣ Wide particle size range (3 µm to 2 mm)‣ Fluorescence/Scatter Detection/AutoTriggering‣ Image Recognition‣ Automated Identification & Classification
Page 1: Using an Imaging Particle Analyzer(
Page 5 and 6: Algae - So What?‣Produce Taste &
Page 7 and 8: Major Phytoplankton Taxa‣Chrysoph
Page 9 and 10: Periphyton PlanktonAttached to Subs
Page 11 and 12: …Taste & Odor Causing AlgaeAsteri
Page 13 and 14: Other Nuisance Algae‣Anacystis‣
Page 15: Monitoring for T&O Algae‣ Metabol
Page 24 and 25: Establish Goals, Measure & Evaluate
Page 27 and 28: FlowCAM ModelsBench TopPortable
Page 29: FlowCAM “Standard” Architecture
Page 33 and 34: FlowCAM Users‣ Mass Water Resourc
Page 35 and 36: Early Warning Monitoring forT&O Alg
Page 37: What we look at?• Algae Count/Tas
Page 40 and 41: Know Your Lake or Reservoir• Tren
Page 42 and 43: Feasibility Study for Early Warning
Page 44 and 45: ConclusionsOur results indicate…a
Page 46 and 47: References‣ “Monitoring and Con

Using an Imaging Particle Analyzer - Ohiowater.org

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