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The Microbiology of Biofloc Systems

Crossword Puzzle

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About this activity

Biofloc systems rely on diverse microorganisms—mainly bacteria, algae, fungi, and protozoa—that convert waste into usable nutrients. These microbes improve water quality by breaking down ammonia, forming protein-rich flocs that serve as natural feed. Their balanced interactions enhance fish health, nutrient cycling, and overall system stability in sustainable aquaculture

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The Microbiology of Biofloc Systems
 

Crossword Puzzle

The Microbiology of Biofloc SystemsOnline version

Biofloc systems rely on diverse microorganisms—mainly bacteria, algae, fungi, and protozoa—that convert waste into usable nutrients. These microbes improve water quality by breaking down ammonia, forming protein-rich flocs that serve as natural feed. Their balanced interactions enhance fish health, nutrient cycling, and overall system stability in sustainable aquaculture

by HAJJAR HARTINI WAN JUSOH
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Microbes that dominate biofloc and help break down waste.

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Process where ammonia is converted to nitrite and then nitrate.

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Type of bacteria that consume organic carbon and form flocs quickly.

4

Bacteria that use inorganic carbon to convert ammonia into nitrate.

5

Microorganisms in biofloc that graze on bacteria and maintain balance.

6

Photosynthetic organisms in flocs that produce oxygen during daylight.

7

Aggregates of microbes, organic matter, and particles forming suspended clusters.

8

Added to the system to stimulate heterotrophic bacterial growth.

9

Toxic nitrogen compound released from fish waste.

10

Process where particles and microbes cluster to form flocs.

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