Flow Imaging Microscopy Blog

In the Austral Summer of 2018-2019 a Norwegian research group aboard the RV Kronprins Haakon, an ice-breaking polar research vessel, traveled to the Antarctic on a research mission with two objectives: 1) to update the estimate of biomass and distribution of krill off the coast of West Antarctica and 2) to become educated on the marine environment in this area for the purpose of implementing a Feed-Back Management (FBM) system, allowing fishery managers to set catch limits based on current ecosystem health.

In 2016, 23 million salmon died from a harmful algal bloom (HAB) at a farm in Chile.  The economic cost of  that die-off is estimated to have been $800 million.  The impact of such mortality events is serious.  Grieg Seafood is employing cutting-edge technology to expand monitoring, stay ahead of HABs, and keep their fish stocks healthy.

Nicholas Ray, Boston University PhD Candidate, collecting samples in Narragansett Bay, Rhode Island, for his study on the oyster's effect on silica cycling and estuarine health. (Credit: Nicholas Ray)

Nicholas Ray, PhD candidate at Boston University, was the 2016 recipient of the Fluid Imaging Technologies student research grant program.  Applicants submit proposals for how they intend to use the FlowCam within the scope of their research, and the winner is awarded the use of a FlowCam for a 4-month period. Fluid Imaging Technologies also provided Ray with a paid registration to the 2017 Coastal & Estuarine Research Federation (CERF) Conference where he gave an oral presentation on his research. 

Historically, Grieg Seafood has relied upon manual microscopy to identify and count algae as they monitored for HABs and to determine if there was a need to employ mitigation strategies. On any given day, there could be upwards of 100 species of algae, and using manual microscopy can be like trying to find a needle in a haystack. The quality of the analyzed data is not consistent, and the process is prone to error.

Grieg Seafood plans to use the FlowCam to make more informed decisions around HAB monitoring. They have the experience and the judgment to make the right calls. What they need is more data.

SCARBOROUGH, Maine - June 7, 2016 - Laboratory instrumentation manufacturer Fluid Imaging Technologies, Scarborough, Maine has awarded its 2016 Aquatic Research Student Equipment and Travel Grant to Nicholas Ray, Ph.D. student, Boston University, Department of Biology, Boston, Massachusetts under the supervision of Dr. Robinson Fulweiler. His proposal, Bivalve Control of Coastal Phytoplankton Communities, was selected after a series of in-depth reviews by a panel of independent aquatic scientists. Judging criteria included scientific merit, appropriate use of the FlowCam® and the ability to obtain measurable results during a research period of four months.