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Biological oceanography / Water / Cell biology / Flow cytometry / Plankton / Woods Hole Oceanographic Institution / Imaging science / Picoplankton / OSIRIS / Biology / Planktology / Aquatic ecology


08: Plankton Analysis by Automated Submersible Imaging Flow Cytometry: Transforming a Specialized Research Instrument into a Broadly Accessible Tool and Extending its Target Size Range
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Document Date: 2014-12-24 10:01:18

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Company

Cytopeia Inc. / /

Country

United States / /

Currency

USD / /

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Event

Environmental Issue / /

Facility

At University of Washington / Martha’s Vineyard Coastal Observatory / Armbrust’s laboratory / /

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IndustryTerm

Optical tools / field-proven stateof-the-art submersible imaging flow cytometer / signal processing electronics / submersible imaging flow cytometry / submersible imaging-in-flow instrument / prototype commercial product / satellite-based remote sensing / electronics / automated image processing / acquisition software / project management / imaging / submersible imaging flow apparatus / /

NaturalFeature

Gulf of Mexico / /

Organization

University of Washington / National Science Foundation / Heidi M. Sosik Woods Hole Oceanographic Institution / Target Size Range Robert J. Olson Woods Hole Oceanographic Institution / /

Person

Ger van den Engh / E. Crockford / A. Shalapyonok / Heidi M. Sosik Woods Hole / Woods Hole / Robert J. Olson Woods Hole / /

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Position

Research Assistant / D. J. / WHOI-certified diver / Research Associate / WHOI Postdoctoral Investigator / /

ProvinceOrState

Texas / /

Region

Gulf of Mexico / /

Technology

laser / remote sensing / image processing / flash / /

URL

http /

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