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AQUACULTURE - SPECIAL OFFER

Duration (approx) 100 hours
Qualification Statement of Attainment
  


Special Offer Aquaculture Course - Study the care and breeding of fresh water fish.

  • Learn the essentials of aquaculture.
  • Manage aquaculture enterprise for fresh water fish.
  • Develop the capacity to manage freshwater aquaculture enterprises.
  • Improve your knowledge with this essential course.
  • Improve your job prospects in this field.

Aquaculture is the farming of water animals (e.g. Fish, crustaceans) for human consumption. The course covers - water (e.g. source, purity, flow, temperature, dissolved oxygen), stocking rates, spawning, checking stock, stripping, fertilization, hatching, growth stages, feeding, harvesting, stocking and more.

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Special Offer Aquaculture Course - Learn to farm freshwater fish.

Aquaculture is the farming of water creatures for human consumption. As global fish resources come under increasing pressure to meet demand, this is an industry that continues to grow rapidly.

This course is concerned with the culture and care of fresh water aquatic animals and focuses on Trout, Barramundi, Bass, Marron, Red Claw and the Yabbie.

You will learn about:

  • Production systems.
  • Feeding.
  • Harvesting.
  • Health of fish.
  • How to set up of an aquaculture venture, and more.

 

COURSE STRUCTURE AND LESSON CONTENT

Course Duration: 100 hours.

Start Date: Start at any time - study at a pace that suits you, and with full tutor support for the duration of your studies.

Lessons: The course comprises 10 lessons as detailed, below.

Lesson 1: Introduction To Aquaculture 
  • Scope and nature of freshwater aquaculture.
  • Resources - references, organisations around the world.
  • Equipment and material suppliers.
Lesson 2: Production Systems - EP and IP
  • Open, semi closed and closed systems.
  • Extensive production.
  • Intensive production.
  • Water containment - earth, concrete,wood, brick, stone, fibre-glass, liners, etc.
  • Dams and Water Storage - siting, site.
Lesson 3: What Species To Farm
  • Selection criteria.
  • Climate.
  • Water resources.
  • Finance.
  • Scale of operation.
  • Other resources: manpower, knowledge, support services, etc.
  • Market demand and access.
  • Ecological considerations.
  • Risk Considerations.
  • Review of different fish - reviews of many fish and other species suited to farming in Australia,the UK and other countries, including:
    • Trout;
    • Rainbow trout;
    • Brown Trout;
    • Bass;
    • Catfish;
    • Carp;
    • Cod;
    • River Blackfish;
    • Marron;
    • Algae.
Lesson 4: Trout
  • Three main Trout species.
  • Farming Trout.
  • Water.
  • Determining flow in source water.
  • Water temperature.
  • Water dissolved oxygen.
  • Stocking rates for production pools.
  • Spawning trout.
  • Checking the fish.
  • Stripping technique.
  • Fertilisation of Ova.
  • Hatching Ova.
  • From hatch to free swimming stage.
  • Feed.
  • After free swim stage.
Lesson 5: Barramundi
  • Industry perspective.
  • Breeding and growth rates.
  • Induced breeding - hormone injection.
  • Growth.
  • Fry management and after care.
  • Grow out.
  • Pond rearing for larvae.
  • Barramundi diseases and parasites.
Lesson 6: Bass
  • Varieties - Australian bass, American loudmouth, smallmouth.
  • Habitat requirements - temperature, dissolved oxygen, pH.
  • Natural spawning cycle.
  • Controlled spawning.
  • Harvesting.
Lesson 7: Freshwater Crayfish
  • Scope and nature of crustacean aquaculture.
  • Marron and Yabbie.
  • Conditions - water, temperature, pH, salinity, dissolved oxygen, organic. loading, water clarity, pod size.
  • Initial breeding stocks.
  • Production potential.
  • Stocking rates.
  • Breeding.
  • Growth.
  • Feeding.
  • Composts for Marron feeding.
  • Red Claw.
  • Yabbie.
  • Spiny Freshwater Crayfish.
Lesson 8: Setting Up A Fish Farm
  • Land and water.
  • Water requirements.
  • Extensive production dams.
  • Intensive production pools and raceways.
  • Cages.
  • Biological filtration systems.
  • Filter efficiency.
  • Clearing turbid water in dams.
  • Protecting fish.
  • Improving genetic quality of fish.
  • Economics of establishing and running an aquaculture farm.
  • Financial Management.
  • Financial Institutions.
  • Better planning.
  • Economics.
  • What to Plan for.
  • Production.
  • Marketing.
Lesson 9: Fish Foods & Feeding
  • Scope and nature.
  • Pelleted feed.
  • Live feed.
  • Brine shrimp.
  • Daphnia.
  • Worms.
  • Night lights.
  • Fishmeal.
  • Oil meals.
  • Fish food production.
  • Beef heart.
  • Legumes.
  • Seafood and vegetable mix.
  • Earthworm and Compost production.
Lesson 10: Harvesting
  • Introduction.
  • Harvesting techniques - seine nets, gill nets, traps, long lines, funnel trap, flyke trap, etc.
  • Fish pumps.
  • Mechanical graders.
  • Fish health management.
  • Review of diseases - salmonids, barramundi, trout, carp, etc.

COURSE AIMS

  • Explain different aquaculture production systems.
  • Explain the cultural requirements of different types of fish suitable for aquaculture.
  • Explain cultural practices for freshwater crayfish.
  • Explain different factors affecting the vigour of animals in an aquaculture farm.
  • Explain methods, including feeding and harvesting, used to manage freshwater animal populations.
  • Develop informed management decisions for an aquaculture enterprise.

WHAT THE COURSE COVERS

Here are just some of the things you will be doing:

  • List the components of an aquaculture production system.
  • Compare extensive production systems with intensive production systems.
  • Assess the production systems used in three different aquaculture enterprises.
  • Research and describe a successful aquaculture production system.
  • List freshwater fish suitable for aquaculture in your region.
  • List salt water fish suitable for aquaculture in your region.
  • Describe the requirements for different commonly grown freshwater fish, including: Trout, Barramundi, Bass.
  • Describe the requirements of one type of salt water fish which has commercial potential for farming.
  • Distinguish, by labelling unlabelled diagrams, between visual characteristics of different freshwater crayfish, including: Marron, Red claw, Yabbie.
  • Describe the cultural practices for different freshwater crayfish, including: Marron, Red claw, Yabbie.
  • Explain how water quality may affect production in an aquaculture system.
  • Explain different methods of treating water in aquaculture, including: Filtration, Aeration.
  • Develop a list of criteria for selecting a site suitable for a specified freshwater aquaculture purpose.
  • Explain how varying stocking rates can affect the condition of a specified type of animal in aquaculture.
  • Compare the potential affects on aquaculture species, of different methods of containing water, including: Ponds constructed with liners; An earth dam; Concrete tanks; Flowing water; Still water.
  • Compare various methods of feeding commercial species, including fish and crayfish, with reference to the type of food and the way it is delivered to the animals.
  • Explain the importance of correct feed to the success of a specified aquaculture enterprise.
  • Compare three different aquaculture feeds which are available commercially, with reference to: composition, appearance, appropriate applications.
  • Compare different harvesting techniques with reference to: equipment required, time required, damage to animal.
  • Describe how to construct different types of water storage facilities, including: Ponds constructed with liners; An earth dam; Concrete tanks.
  • Prepare a detailed management system for one species suitable for aquaculture, including details of: Breeding; Rearing; Feeding; Harvesting; Marketing.
  • Compare the advantages and disadvantages of aquaculture with those of other types of agricultural enterprises.
  • Compile a list of different resources in the aquaculture industry including: Information sources; Equipment suppliers; Materials suppliers.
  • Analyse aquaculture marketing systems, on both a national and international level.
  • Evaluate the marketability of different specified types of aquaculture produce.
  • Evaluate the viability of a proposed, specified aquaculture venture.
Courses can be started anytime from anywhere in the world!

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Meet some of our academics

Dr Robert Browne (Environmental)Robert has an outstanding international reputation in Conservation, Environmental Management and Animal Science, having extensive experience across Europe, Australia, North America and central America. He has decades of experience working across subjects ranging from biodiversity and Wetland Ecology to Reptile Ecology and Animal Breeding. Zoologist, Environmental. He holds a B.Sc.(Hons) from the University of Tasmania and a Ph.D. from the University of Newcastle. In recent years he has worked with Ghent University in the Netherlands, Antwerp University in Belgium, Perth Zoo in Australia and on a major sustainability project in Belize. Robert is a widely published research scientist and a referee for more than a dozen internationally renowned scientific journals. Robert brings a very comprehensive a unique experience to the school and provides our students an opportunity to learn from one of the worlds leading environmental and wildlife scientists.
Barbara Seguel B.Sc. M.Sc.Agricultural science graduate, biologist, marine scientist, aquaculturist and educator. Barbara has worked on farms, in ecotourism, education and publishing. She is widely travelled, having been educated in both California and Chile; and having worked in Hawaii, Mexico, Chile, New Zealand, and Australia.
Peter Douglas Over 50 years experience in Agriculture and wildlife management. Former university lecturer, Wildlife park manager, Animal breeder, Equestrian. Peter has both wide ranging experience in animal science, farming and tourism management, and continues to apply that knowledge both through his work with ACS, and beyond.
Marius Erasmus Subsequent to completing a BSc (Agric) degree in animal science, Marius completed an honours degree in wildlife management, and a masters degree in production animal physiology. Following the Masters degree, he has worked for 9 years in the UK, and South Africa in wildlife management, dairy, beef and poultry farming.


Check out our eBooks

Aquaponics eBookThe Aquaponics ebook will give you a great understanding of how to start your own aquaponics production. This 65 page ebook provides you with enough information to start your own home production and even manage issues as they arise. This is a great way to become more self-sufficient and produce a sustainable food source for your own household. Aquaponic farming allows individual families to grow a much wider range of produce, in a much smaller space. They can provide the protein needed for their diet (from fish), as well as the vegetables and fruit they need. Aquaponic systems can be as small as a few cubic meters; or as large as many acres. They are an ideal way of improving productivity on a hobby farm; can be used by restaurants to produce the freshest produce on site, or established inside buildings, in big cities, for urban farming.
Organic GardeningFor decades farmers have relied upon chemicals to control pests and diseases in order to produce saleable crops. In the ornamental, vegetable and fruit gardens reliance on chemical controls has also been the mainstay for many gardeners.
Commercial HydroponicsThe Commercial Hydroponics ebook is ideal for students, professional horticulturalists and those who want to build a strong foundation knowledge in hydroponics. The commercial hydroponics ebook explains how to set up a commercial hydroponics system, including growing techniques and equipment that you will need. The topics covered in this book include an introduction to hydroponics, site considerations, alternatives, plant nutrition, nutrient film technique culture, rockwool culture, aggregate culture, other techniques, hydroponics equipment, greenhouse operation, plant culture in hydroponics, Vegetable crops, berry and other fruit crops, flower crops, other crops, managing a commercial hydroponic farm and a troubleshooting guide.