Topic Name Description
Page Course Outline
Topic 1 Page Expected Learning Outcome
Page 1.1.Introduction to Fish food organisms
Page 1.2.Zooplanktons
Topic 2 Page Expected Learning Outcome
Page 2.1.Rotifer classification
Page 2.2.Introduction to rotifers
Page 2.3.Biology and life history of Rotifers
Page 2.3.1.Strain differences
Page 2.3.2.General culture conditions
Page 2.3.3.1.Stock culture of rotifers
Page 2.3.3.2.Upscaling of stock cultures to starter cultures
Page 2.3.3.3.Mass production on algae
Page 2.3.4.Enhancement of nutritional value of cultured rotifers
Page 2.3.4.1.Techniques for (n-3) HUFA enrichment
Page 2.3.4.2.Techniques for vitamin C enrichment
Page 2.3.4.3.Techniques for protein enrichment
Topic 3 Page Expected Learning Outcome
Page 3.1.Cladocerans classification
Page 3.2.Biology and nutritional value of cladocerans
Page 3.2.1.Daphnia
Page 3.2.1.1.Daphnia classification
Page 3.2.1.2.Nutritional value of Daphnia
Page 3.2.1.3.Nutritional Value of Moina
Page 3.2.1.4.Biology and life cycle of Daphnia
Page 3.2.2.Moina
Page 3.2.2.1.Moina classification
Page 3.2.2.2.Life Cycles of Moina
Page 3.2.2.2.1.Production and use of resting eggs
Topic 4 Page Expected Learning Outcome
Page 4.1.Introduction
Page 4.2.Copepod classification
Page 4.3.Biology and life cycle of copepods
Page 4.4.Candidate species and culture techniques
Page 4.5.Culture techniques
Page 4.5.1.Use of resting eggs
Topic 5 Page Expected Learning Outcome
Page 5.1.Introduction to Infusorians
Page 5.1.1.Paramecium
Page 5.1.2.Stylonichia
Page 5.1.3.Fabrea salina
Page 5.1.4.Euplotes
Page 5.2.General Culture techniques of Infusorians
Page 5.2.1.Collecting Infusoria
Page 5.2.2.Culturing Infusoria
Page 5.2.3.Lettuce culture
Page 5.2.4.Potato culture
Page 5.2.5.Banana peel culture
Topic 6 Page Expected Learning Outcome
Page 6.1.Chironomid larvae
Page 6.1.1.Classification of Chironomid larvae
Page 6.1.2.Biology and culture of chironomid larvae
Page 6.1.2.1.Culture techniques
Page 6.2.Tubifex classification
Page 6.2.1.Food And Feeding
Page 6.2.2.Reproduction
Page 6.2.3.Copulation and cocoon formation
Page 6.2.4.Culture of Tubifex
Topic 7 Page Expected Learning Outcome
Page 7.1.Earthworm
Page 7.1.1.Classification
Page 7.1.2.Culture method
Page 7.1.3.Maintenance
Page 7.1.4.Harvesting
Page 7.1.5.Production
Topic 8 Page Expected Learning Outcome
Page 8.1.Brine shrimp classification
Page 8.2.Brine shrimp-Introduction
Page 8.3.Brine shrimp-morphology and physiology
Page 8.4.Schematic diagram of the ultrastructure of an Artemia cyst
Page 8.4.1.Embryo
Page 8.4.2.Physiology of the hatching process
Page 8.4.3.Development of an Artemia cyst from incubation in seawater until nauplius release
Page 8.4.4.Ideal conditions for hatching Artemia cysts
Page 8.4.5.Brine shrimp-Decapsulation and hatching of cyst
Page 8.5.1.Hydration
Page 8.5.2. Reaction with decapsulation solution (hypochlorite)
Page 8.5.3.Sieving and washing
Page 8.5.4. Incubation
Page 8.5.4.1.Harvesting processing and packaging of artemia cyst
Page 8.5.4.2.Enrichment of artemia with HUFA
Topic 9 Page Expected Learning Outcome
Page 9.1.Bait fish and forage fish
Page 9.1.1.Types of bait in various fish types
Page 9.1.2.Candidate species
Topic 10 File 1. Introduction to culture of fish food organisms
File 2. Qualitative and quantitative analysis of plankton
File 3. Identification of common aquatic flora and fauna
File 4. Isolation and culture of Micro-algae
File 6. Culture of Cladocerans
File 7. Culture of Micro-worms
File 8. Culture of Infusoria
File 9. Hatching of Artemia cyst
File 10. Role of biofilm in aquaculture
Topic 11 Page Suggested Reading and Journals