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Diver installing new Imaging FlowCytobot at the base of MVCO ASIT.

Diver installing new Imaging FlowCytobot at the base of MVCO ASIT.
Diver installing new Imaging FlowCytobot at the base of MVCO ASIT.
Diver installing new Imaging FlowCytobot at the base of MVCO ASIT.
Diver installing new Imaging FlowCytobot at the base of MVCO ASIT.
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240493
Whelan, Sean P.
Diver installing new Imaging FlowCytobot at the base of MVCO ASIT.
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09/16/2014
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Caption from Oceanus magazine, Vol. 52, No. 2, pg. 25:
Below: MIT-WHOI Joint Program student Bennett Spencer Lambert helps install a FlowCytobot at WHOIs Martha's Vineyard Coastal Observatory. The automated underwater system monitors long-term changes
in plankton.Caption from Oceanus magazine, Vol. 51, No. 2, pg. 66:
Graduate student Bennett Spencer Lambert helps install an Imaging FlowCytobot at the Martha's Vineyard Coastal Observatory.
Image Of the Day caption:
MIT-WHOI Joint Program student Bennett Spencer Lambert helps install a new Imaging FlowCytobot at the Martha's Vineyard Coastal Observatory as a school of fish passes by. The instrument acts as an automated underwater microscope, capturing high-resolution images of large-celled phytoplankton. Combined with the FlowCytobot, which counts and measures smaller-sized plankton, scientists like WHOI biologist Heidi Sosik are able to monitor seasonal and long-term changes to a fundamental part of the marine ecosystem.
Photo by Sean P. Whelan
© Woods Hole Oceanographic Institution
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