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Microbial Dynamics and Floc Formation

Crossword Puzzle

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About this activity

Biofloc systems rely on a complex microbial community—bacteria, protozoa, algae, and fungi—that interact to form flocs. Microbes aggregate organic matter and waste, producing protein-rich clusters that serve as supplemental feed. Balanced microbial dynamics maintain water quality, enhance nutrient cycling, and support healthy fish/shrimp growth in sustainable aquaculture.

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Microbial Dynamics and Floc Formation
 

Crossword Puzzle

Microbial Dynamics and Floc FormationOnline version

Biofloc systems rely on a complex microbial community—bacteria, protozoa, algae, and fungi—that interact to form flocs. Microbes aggregate organic matter and waste, producing protein-rich clusters that serve as supplemental feed. Balanced microbial dynamics maintain water quality, enhance nutrient cycling, and support healthy fish/shrimp growth in sustainable aquaculture.

by HAJJAR HARTINI WAN JUSOH
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Process where particles and microbes cluster to form flocs.

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Microbes that graze on bacteria and help stabilize floc communities

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Suspended microbial and organic particle cluster in biofloc systems.

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Sticky extracellular polymeric substances that glue floc particles together.

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Type of carbon source added to stimulate microbial growth.

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Microbes that graze on bacteria and help stabilize floc communities

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Cloudiness of water caused by suspended flocs.

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Tracking KPIs to maintain healthy biofloc systems.

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Microbes consuming organic carbon for growth.

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