Flow Cytometry Analysis of Bivalve Aquaculture in Four Embayments

Flow cytometry data investigates spatio-temporal variations in bacteria and phytoplankton composition across four bivalve aquaculture embayments. The dataset captures plankton dynamics under varying environmental and aquaculture pressures, including freshwater inputs and nutrient availability. It was published by Fisheries and Oceans Canada in 2024 to analyze aquaculture ecosystem interactions.

Use Cases

• Analyze spatio-temporal trends in bacteria and phytoplankton abundance as a function of freshwater and nutrient inputs.
• Model the influence of embayment geomorphology and hydrodynamics on picophytoplankton cell dominance.
• Assess the impact of bivalve aquaculture pressure on near-lease phytoplankton abundance and bacterial growth.
• Investigate benthic-pelagic coupling processes and microbial biogeochemical cycling within aquaculture sites.

Strengths

• Data collected from four distinct embayments, enabling comparative analysis of bay-scale aquaculture effects.
• Focus on plankton composition under varying environmental forcings, including riverine influence and nutrient availability.
• Published by a governmental agency (Fisheries and Oceans Canada), indicating an authoritative origin.

Limitations

• The dataset size, row count, and specific column schema are not provided, limiting preliminary assessment of analytical scope.
• Geographic scope is limited to four specific embayments, which may not be representative of all aquaculture environments.
• Relies on flow cytometry for particles < 20 µm, potentially excluding larger planktonic organisms from the analysis.

Provenance

Source

Fisheries and Oceans Canada

Collection Method

Flow cytometry analysis of water samples from four aquaculture embayments.

Freshness

Last updated in March 2026, indicating recent maintenance.

Geography

Four bivalve aquaculture embayments (specific locations not detailed).