in aquaponics we use a fish for three 3 plants,

This is usually an overestimate plenty of water and fish tank DEPTH

also can use 5 liters by plant…

which of these is more correct to calculate the balance of plant for fish?

a fish for 3 plants or a plant by 5 liters

aquaponics is very expensive if use a fish for 3 plants

what is the way correct in aquaponics ? a fish for 3 plants or 5 liters by plant.

For 1 cubic foot of bio-filter, maximum 1 fish should be grown. 50 gallon bio-filter (grow bed) equals to 6.68 cubic feet. That means you could support 6 fish for a system of this size, which means that once the system is cycled, there will be only enough bacteria to support this number of fish and an appropriate amount of plants. For every additional fish you put in the Aquaponics System, you will need approx. 1 cubic foot of grow bed bio-filter area (7.5 gallons)


aquaponics how toAquaponics system: How to cycle an aquaponics system using the fishless cycling method. What to do week 1. In this video, I will show you what to do on week 1 of you aquaponics cycling. The hardest part in setting up your first aquaponics system is waiting for you system to cycle. Most of you are likely scratching your head and thinking “wtf is cycling?” I thought the same thing when I setup my first Aquaponics System.

The best place to start is to explain the nitrogen cycle that takes place in an aquaponics system. We start with the fish. Now you might think that fish are the key to making aquaponics work, but you would be wrong. The real key is ammonia, without the ammonia there is no nitrogen cycle. Ok, ok, what about the fish right? Well as the fish go about their day, they produce a fair amount of ammonia. They breath through their gills, pee and poop, all creating ammonia. Now ammonia is toxic to fish and most other living creatures, so if the ammonia levels get too high, say 0.5 to 1 ppm or so, the the fish will die. Luckily for the fish, a bacteria called Nitrosomonas can convert ammonia into nitrites through a process called nitrification.

Nitrification is simply a conversion of ammonia to nitrates. Before you get on my back, I am fully aware that I said that Nitrosomonas converts ammonia into nitrites and not nitrates. The nitrogen cycle is a 3 step process and nitrites to nitrates is the last step, so lets not get ahead of ourselves. We need to focus on the first step, introducing ammonia into the system.

We know that in order to begin the nitrogen cycle we need ammonia. This is where the fish come in right? Well that would be one way to go. It is a method called fish cycling. This is where you add a few fish at a time to produce ammonia. If the fish are lucky, the nitrogen cycle completes before the ammonia levels become toxic. In order to reduce the toxic ammonia build up, some of the water is removed and fresh water is added to the system. In this attempt to restore balance, significant stress is placed on the fish and loss may occur. Eventually the nitrification will take place and you will end up with a balanced aquaponics system. In order to avoid fish loss, an alternative method to fish cycling is fishless cycling.

Fishless cycling is where you find a source of ammonia other than fish waste. There are many sources of ammonia that can be added to the system, I have even heard of people peeing into the fish tank. I am sure the fish really want to live there after that, gross. I just use pure ammonia from the drugstore. You have to make sure that its only pure ammonia and not ammonia mixed with detergent, because the detergent will kill the fish. Finding a nonliving source of ammonia to use for cycling offers us many advantages over using fish. In my opinion, the greatest advantage is the speed we can cycle the system. Because we can raise the levels of the ammonia quickly, we decrease the time necessary for nitrification to occur. Fish cycling can take weeks for ammonia levels to increase to a desirable amount, whereas fishless cycling allow us to raise the ammonia levels to 0.5 ppm immediately. So, with fishless cycling we are able to jump start the nitrogen cycle by raising the ammonia to toxic levels without killing any organisms. This is where we begin week 1 of cycling our aquaponics system.

Follow these simple steps for the first week of the cycling process:

Add the ammonia to the fish tank a few capfuls at a time.
After you add a dose of ammonia to the system, take a reading with the ammonia reading kit.
When you read an ammonia level of 0.5 ppm, take note of how many capfuls it took to get to that point.
Add the same amount of ammonia each day, then take a reading with the nitrite kit.
When you see a nitrite level of 0.5 ppm begin to appear, cut back the daily dose of ammonia by 50%. This will decrease the levels of ammonia in the system making it more hospitable to your future fish.

It will take about 7 to 10 day to reach this point. Stay tuned for the next video that will outline the next steps to cycling your system in week 2.

For more tips and projects visit my blog http://www.getforked.ca.

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http://www.youtube.com/subscription_center?add_user=cable24601

watch my video on how to make this aquaponics system:
http://youtu.be/XoHi-FyASMY

Duration : 0:11:30

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aquaponics how to
Product DescriptionCreate an Oasis describes how to quickly and easily choose, build, and use a simple greywater system. Some can be completed in an afternoon for under $30.

It also provides complete instructions for more complex installations, how to deal with freezing, flooding, drought, failing septics, low perk soil, non-industrialized world conditions, coordinating a team of professionals to get optimum results on high-end projects, and “radical plumbing” that uses 90% less resources.

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aquaponics how toAquaponics system: How to build a desktop Aquaponics System for indoor gardening. Aquaponics guide.
As the days get shorter and the nights get colder, we can no longer deny that fall is on the way and winter is around the corner. For me this means that hot summer days toiling around the garden will soon end. Last year, I started to experiment with hydroponics so I could continue to grow fresh food during the winter months. I learned that with a little know-how, growing fresh fruits and vegetables is not only possible but easy to do. For the past year I have been researching alternative methods for indoor growing and really gravitated towards aquaponics.

What is aquaponics you might ask. Those of you familiar with hydroponics would recognize the system built in this video as a simple flood and drain or ebb and flow unit. In fact, you could just use this system for hydroponics, just delete the fish out of the equation. That said, what is aquaponics?

Remember when those lions were singing about the circle of life? Well aquaponics is kind of the same thing. Nature has a way of working things out for herself, take a pond for example. Fish eat bugs, fish, and plants. The fish create waste in the form of ammonia. A bacteria called Nitrosomonas comes along and convert the ammonia into nitrites. Then a different bacteria called Nitrobacter converts the nitrites into nitrates. The plants in the pond and nearby banks use the nitrates as food therefore keeping the water fresh for the fish. This is known as the nitrogen cycle and is what makes aquaponics possible (insert singing lions here).

The flood and drain or ebb and flow aquaponics system built in this video emulates what happens in nature. We feed the fish in the totes below the desk. The fish produce ammonia that gets pumped up to the totes on the desktop. These desktop totes hold the plants and thus are appropriately called the grow bed. The hydroton and plants in the grow bed act as a biological filter and breeding ground for beneficial bacteria. The bacteria converts the ammonia to nitrates and the plants chow down. Clean fresh water returns to the fish and restarts the cycle. This creates a green and sustainable way to grow food.

This video is intended to be the first of a series that will outline step by step how to setup and run an aquaponics system. I truly believe that we can all enjoy fresh fruits and vegetables year round no matter how much space you have.

Tools and supplies list:

Tools:
Drill
1 ½ inch hole saw
Assorted drill bits
Miter saw

Supplies:
2 totes 8 to 12 inch deep (Ikea $16 each)
6 ½ inch bulkheads (eBay $1 each)
2 ¾ inch PVC threaded pipe (Home Depot $6 each)
2 inch ABS pipe 3 feet long (Home Depot $7)
2 120 liter totes (Home Depot $13 each)
½ inch tubing 10 feet (Home Depot $4)
½ inch clear tubing 10 feet (Home Depot $9)
½ inch threaded ball valve (Home Depot $5)
2 ½ inch threaded to pressure fit connector (Home Depot $1)
½ inch reducer (Home Depot $1)
1400 liter per hour submersible pump (ebay $6)
½ inch pressure fit T-joint connector (Home Depot $1)
2 x 50 liters of Hydroton (Hydroponics supply $36 each)
Total = $183

For more tips and projects visit my blog http://www.getforked.ca.

Subscribe to my channel:

http://www.youtube.com/subscription_center?add_user=cable24601

Visit my Channel:
http://www.youtube.com/user/cable24601?feature=mhee

Duration : 0:11:43

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Hi I would like to know what sort of water heaters you need for an aquaponics set up for barrumundi in South Australia. Does anyone know how much room they need or how many fish you should keep in a certain sized space. Also can you keep other fish in with them such as gold fish or silver perch or will the barrumundi eat them?

I’ve seen and toured huge aquaculture ponds for barramundi in Queensland up in the rainforest region near Cairns. Barramundi is farmed in or has been studied and raised in every state in Australia. If you are serious about becoming involved in this industry that started about thirty years ago, you should learn about the Australian Barramundi Farmers Association. Barramundi is my wife’s second favorite fish to eat, after yellow perch. So I’m pretty sure this is still a growing industry for years to come.

If you are going to be raising them indoors, heating the space not the aquariums, perhaps supplemented with solar heat collected from a greenhouse section would probably be the most economical choice. At the bottom is an abstract of an article on the best temperatures for barramundi that was researched in Tasmania. I’ve breed many species of tropical aquarium fish, and this is not one of them since the largest tank I’ve ever owned was a 520 gallon (2000 liters) one.

Like most if not all members of the perch family, barramundi are predators so smaller fish would be their dinner if kept together. A barramundi’s strike, when they hit their prey or even a food biscuit, is so loud and violent you have to see and hear it to believe it.


aquaponics how to
Product DescriptionWould You Like To Learn How To Grow A Clean And Steady Source of Vitamins, Minerals And Fiber In 48 Hours?

Welcome to the wonderful world of aquaponics. Aquaponics is a method of cultivating freshwater fish, organic vegetables, and even organic fruits in just one closed system. Unlike traditional aquaculture, aquaponics does not require continual drainage and water replacement because a biological filter helps maintain the clarity of the water.

“The Wonderful World of Aquaponics” has been written in simple, easy-to-understand, layman’s term. With this book you will learn everything there is to know about aquaponics. You will know how this amazing self-sufficient system works, how to design your own aquaponic system, what supplyies you need, what type of fish to use, how to produce organic and healthy produce with aquaponics, and step by step instructions on how to set up your aquaponic system in your backyard.

Here are just some of the things covered in “The Wonderful World of Aquaponics” book:

– How to create you very own aquaponic system at home…

– 3 little known, yet simple facts about the technology of aquaponics…

– Exactly how a solar pond works…

– 2 simple keys (that are right in front of your eyes) to use plastic containers in an aquaponic system…

– WARNING: 3 things you should never do when it creating an aquaponic system…

– You’ll discover in just a few short minutes the all about the various aquaponic systems…

– How to choose and care for the plants in your aquaponic system…

– 6 time tested and proven strategies to keeping your aquaponic system in balance…

– 7 everyday but often overlooked tips and tricks for picking and caring for the fish in your aquaponic system…

– A pennies on the dollar approach to creating your own aquaponic system…

– How to care for your system on a daily basis…

- A troubleshooting guide in case you run into trouble with your Aquaponics System

- An FAQ chapter answering most common questions you may have about aquaponics…

– And much more…

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I have built and been running a homemade hydroponics system in my gagrage growing tomatos and have recently discovered aquaponics(using fish for the nutrient supply) does anyone have experince in this, how much is the starting investment?
any explaination as to what epoc is?
any explaination as to what epoc is?

Here are two links to websites that should answer all of your questions:

http://www.plantationproducts.com/

http://www.aquaponicsjournal.com/Catalog.htm

Good luck with your project.


aquaponics how toDetails on how to build an aquaponics set up

Duration : 0:6:22

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aquaponics how to
Product DescriptionA VERY COMPLEX ECOSYSTEM HOUSED IN A VERY SIMPLE DESIGN; FOR PHOTOS AND INFORMATION ABOUT THE BIODOME GARDEN PLEASE GO TO: www.biodomegreenhouse.com The modern day homesteaders guide to building a low energy, earth friendly, self contained, passive solar BIODOME GARDEN and aquaculture unit that extends the vegetable growing season by several months to year-around, depending on the area of the country. With over a hundred photographs as well as several diagrams, THE BIODOME GARDEN BOOK describes how to construct and maintain a unique passive solar greenhouse and aquaculture unit with a naturally humidified, wind-powered ventilation system that requires no electricity, though one electrical outlet is needed for the pump in fish tank. Unlike the usual flimsy greenhouse structure, the BIODOME GARDEN is a design of superior strength, engineered with a high degree of structural integrity–an organic system capable of supplying animal and vegetable protein and nutrients, while also absorbing, storing, and radiating heat for a moisture-retaining, weed-free, “potting soil” garden. For more information on the book, including numerous photographs, please visit the BIODOME GARDEN website above. B&W edition $9.95 (ISBN: 1463757360) Color edition $19.95 (ISBN: 1463757018) AUTHOR’S NOTE ABOUT THE FIBERGLASS DOME AND COMPONENTS: Because I have had so many inquiries about where to purchase a fiberglass dome, and finding none like mine on the internet, I am in the process of manufacturing domes and other Biodome Garden components, which will be offered as kits or individual components, which will include: * 16′ diameter fiberglass dome with two large side vents and a walk-through door * 800, 600 and 400 gallon fiberglass fish tanks with conical bottoms with 3″ center drain * 50-gallon Biofilter with bottom drain and perforated inset for holding oyster shells * 8″ wide Hydroponic Vegetable Ring that will sit on the outside perimeter of the fish Because ADDITIONAL NOTE: For gardeners who do not want to pursue gardening in a greenhouse, but still want to enjoy the benefits of weed-free, pesticide-free, organic gardening, please see the book, WAIST-LEVEL GARDENING, also available on Amazon.

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aquaponics how to
Product Description

Aquaponics is a revolutionary system for growing plants by fertilizing them with the waste water from fish in a sustainable closed system. A combination of aquaculture and hydroponics, aquaponic gardening is an amazingly productive way to grow organic vegetables, greens, herbs, and fruits, while providing the added benefits of fresh fish as a safe, healthy source of protein. On a larger scale, it is a key solution to mitigating food insecurity, climate change, groundwater pollution, and the impacts of overfishing on our oceans.

Aquaponic Gardening is the definitive do-it-yourself home manual, focused on giving you all the tools you need to create your own aquaponic system and enjoy healthy, safe, fresh, and delicious food all year round. Starting with an overview of the theory, benefits, and potential of aquaponics, the book goes on to explain:

–System location considerations and hardware components–The living elements—fish, plants, bacteria, and worms–Putting it all together—starting and maintaining a healthy system

Aquaponics Systems are completely organic. They are four to six times more productive and use ninety percent less water than conventional gardens. Other advantages include no weeds, fewer pests, and no watering, fertilizing, bending, digging, or heavy lifting—in fact, there really is no downside! Anyone interested in taking the next step towards self-sufficiency will be fascinated by this practical, accessible, and well-illustrated guide.

Sylvia Bernstein is the president and founder of The Aquaponic Source. An internationally recognized expert on aquaponic gardening, Sylvia speaks, writes, and blogs extensively about this revolutionary technique.

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