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Growing vegetables and raising fish at home in a sustainable aquaponic system.

Making the standpipe which controls the water level in Fill the growbed with media the growbed Drill 6mm holes in the standpipe and the irrigation grid pipes You can attach a hose to the 50mm fitting in the base of your growbed so that the dirty water is run off into a garden, or alternatively you can just open the tap in the bottom of your fish tank and let the water run away. Hose down the media in your growbed for about minutes, until the water starts to run fairly clear.

Once the water is running clear you can stop washing the clay and fill up your fish tank. Now we just need to install the pump and pipe work then the system is done. Or alternatively you can use a timer on the pump to make your flood and drain as often as you like. The standpipe is made from a reducing coupling with some 32mm pipe and a couple of 6mm holes drilled near the bottom. The 6mm holes allow the bed to drain if you set it up as flood and drain, they also allow the water to drain out of the bed if you have it set up as a constant flood system and the power goes out.

We start by sitting the allows any solids to be distributed around the beds. So we pump on the ground next to the system, this allows us to have 4 pieces of pipe cut to size to fit around the bed, along measure the length of flexible hose we will need to reach up with a T piece and barbed fitting that will fit the anti kink hose. Be sure to allow a little extra length in the The pipe work around the top edge of the growbed has 6mm pipe so that you can access it and move it around with ease.

Your pump media if you can help it, this will grow algae over the surface size may vary depending on what you have available locally or of the media. You can run this either as a constantly get a slightly larger pump now rather than having to replace flooded system, or you can put a timer on the pump and run it it down the track. The pump we are using in this system is as a flood and drain system. He uses a Solids Lift Overflow to draw water from the bottom of the tank out into the first level of growbeds; this helps get the solid waste out of the fish tank and into the beds where it gets broken down.

Water comes from the fish tank into these three growbeds, it then drains from those three beds into the three lower half IBC bases, the second row of growbeds. From this set of three beds it then drains into an IBC sump, water is then pumped from the IBC sump up to the fish tank to complete the water cycle. Steve has used a rock media in the bottom section of the growbeds with expanded clay on top of the rock to make it easier when planting seedlings.

After some early problems with leaks out of the base of the top halves of the IBC growbeds, Steve managed to fix this problem and now the system is starting to take off. Seeds have been planted and they are sprouting. Plans are already underway for the next system and a second IBC sump has already been dug into the ground; the plan is to use some other containers including blue barrels for the next system.

DIY: Everything You Need to Know to Build a Simple Backyard Aquaponics System

Come and see us online, give us a call or pop in and see our shop and display centre for the largest range of aquaponic products available. Water is pumped from the sump tank up into the IBC fish tank. From here it flows out into the growbeds, before draining back into the sump tank. The buried IBC that acts as a sump tank has had insulation put around it to help keep the temperature constant, this sump IBC has a large section cut out of the top for access into the tank, however fishfodder has also installed a wooden cover over the top of the IBC for safety.

Cheap & Easy $40 AQUAPONICS / LARGE SCALE DIY How-To Barrelponics Aquaponic Set Up

For the outlet coming out of the fish tank to the growbeds, Fishfodder has used a black bulkhead fitting. These bulkhead fittings are great when plumbing into thin plastic like you find in an IBC. The growbeds have auto siphons in them to control the flooding and draining of the beds. The timber has two purposes, it makes the system more attractive and also protects the IBC from degradation due to UV light. The system also has an insulated roof added to the fish tank to try and maintain a more constant temperature.

More constant temperatures maintains better fish health. As a later addition to the system Fishfodder added a couple of yabby tanks and small growbeds that sit on top of the sump tank.

Patio Aquaponics

He has a small pump in the sump tank, that pumps water from the sump to these extra yabby tanks and grow beds, a nice little extension added to the system to increase productivity. Fishfodder has created a very attractive and highly productive system using 2 IBCs and green growbeds. Aquamad is a teacher in far north Queensland who has been very passionate about aquaponics since he first heard about it and joined the BYAP forum. The great thing is that his enthusiasm for aquaponics has flowed to his students and a special area was set up at the school for both Aquamad and his students to set up all sorts of different aquaponic systems.

Aquamads enthusiasm for aquaponics really sparked the interests of many of the school students and the allotted aquaponics area began filling with a range of aquaponics bits and pieces, almost all of it recycled materials. However, Aquamad has taken numerous pictures of their different systems over time. Ian has further instructions and information about his system on the Backyard Aquaponics forum; there was also an article in edition ten of the Backyard Aquaponics Magazine.

After doing his homework each evening on the forum he was able to formulate a simple and effective aquaponic system without breaking the bank. Andy decided that he would dig the IBC far enough into the ground so that the bed would drain back into the fish tank. The growbed is about a metre away from the fish tank ensuring that there is lots of room around the bed for easy maintenance. The growbed receives 6 hours a day of full sun followed by dappled shade throughout the afternoon. Gravel media provides good support for a range of lettuces and herbs planted in the bed. A nice simple system utilizing an IBC as a fish tank.

Helping people get started in aquaponics for over six years. They have used the frames in an ingenious way for supporting the growbeds. Most people normally cut their frames horizontally if you were looking at the IBC standing normally, however Tristrin has cut hers vertically. This vertical cutting of the IBC frame has allowed for the construction of a far better growbed support, large enough for three growbeds. This growbed frame sits on the bottom half of an IBC that is acting as a sump at one end, while the other end is attached to the frame of the IBC that is the fish tank.

As with all CHIFT PIST systems, the water is pumped from the sump tank up into the fish tank, from here it overflows into the growbeds before draining into the sump tank. Tristrin and her husband have used flanged tank fittings for all protrusions into the main fish tank, a great added safety measure. This particular system also has two feeds from the fish tank out to the growbeds.

Using the same style of growbed frame structure, this time they made it big enough for four growbeds. These sumps are all joined together by pipe work, with the pump being in one of the sumps. Originally the pipe work between the sumps was 25mm but when two siphons from different beds emptied at the same time it caused a sump to overflow. The interconnectors between the sumps were changed to 50mm to increase the flow between the tanks and vent mesh cowls are placed on the end of the pipe to stop things getting into the pipes and blocking the flow. This next system was going to be a combination the beds drain slowly.

This is an unusual style that it can have some major expansion in the future by adding of system with the two large fish tanks being lower than the more growbeds to it. All these tanks are joined together with up with smooth river pebbles. This system is running shared their trials and tribulations with everyone on the forum. Subscribe today! The system had to pass scrutiny of the wife and had to fit into the yard and match in without seeming out of place. The plan was to put the IBC fish tanks into the garden shed, this would work well in keeping the sunlight off the tanks to stop degradation of the IBC and stop algal growth, as well as keeping the fish happy in darkness rather than out in the sunlight.

Also the whole interior of the shed would be lined and insulated to control the temperature a little better. Temperature fluctuations in a metal shed can be quite extreme. There was a garden bed along the back fence that just happened to be the perfect width for the growbeds, the stand were a little tall but that was fine, they could be sunk into the ground to a more accessible height. The plan then evolved to not only have a L main Although he had power in the shed for running the system, sump at the end of the row of beds, but also to have a L why not put some solar panels on the shed roof and run the sump under each individual grow bed, then link all of them system off the grid.

With a couple of solar panels on the together, almost doubling the sump volume. Here begins the warming. When setting up solar systems The pipe work then comes outside through the shed and along yourself you must be very careful. The drains of the on fire! The growbeds got quite hot during the day over the Apart from this unfortunate accident the aquaponic summer so Lungy set up a simple shade cloth cover to keep system was a great success, and the destroyed shed was soon things a little cooler.

These beds have been set up beautifully, they have been cut in half, however the top section of the frame has been set on the ground, with the bottom section of the inner plastic liner placed in here on the ground. Then the frame base mounts perfectly on top of this. Then the normally poorly supported top liner section goes upside down into the frame base which contains a solid support.

There are taps at each growbed to control the water distribution on all the beds. The water then drains into the half IBC sump tanks beneath the growbeds. These are plumbed together externally and flow into the drain tank. You might have noticed that Arkantex is also building a greenhouse around the system to help keep the temperatures more stable.

The available space is 4 metres x 3 metres wide narrowing down to about 1 metre. He ended up using poly irrigation piping which is more expensive than pvc, but easy to use. It screws together and you can snip the pipe easily with secateurs. After getting about half a metre down, the dirt turned to rocks and then to super thick clay which was impossible to dig. At present the scoria filled growbeds, are at a height of 1.

I saw pictures of drain and overflow by a pipe and tap. Anyway the of the non pump tank and runs via connection to the pump water is pumping through, now with beds filling in 3 minutes tank. As the water drains from the pump tank it gravity and draining in about The pump runs once per hour, 15 feeds from the other.

The idea is the water is gravity forced minutes on, 45 minutes off, which has been pretty good. It from the bottom of the non-pump tank helping cycle the is great going out and hearing the timer kick on, on queue. It is actually a pretty slow feed but seems to keep up.

He added a tap just in case there Seedlings were planted in the media filled growbeds and was the need to isolate the tank later. The pump tank will a little seasol was added to give them a boost. Trout were drain around litres per cycle. If the system is to be then introduced and grown to plate size before they were expanded later he can see there may be the need to add harvested and served to some special guests. That but it will be fine initially. The pump in the fish tank comes with a also suspicious on mass produced cow and chicken etc. I got float switch which has been secured at a height maintaining her to try some trout - promised it was super fresh and pretty a minimum water level of 50cm, another form of backup in much organic.

Great to see kids try new food. Bonsaibelly like produce can be grown easily including fruiting crops such as many others does not want to come home to a dry tank and tomatoes, broccoli and peas. Leafy greens also do very well dead fish. The watt submersible pump has more than including English spinach, silverbeet and lettuces. The barrels were cut in half lengthways and set up in a neat looking greenhouse. He really likes the idea of using top hat grommets as they are very cheap and ideal for use in the barrels, they provide a seal around take-off adaptors and poly fitting when connecting in to PVC.

This pump is on a timer which allows it to pump k keeps ou t the sunlight and Hay surrounding fish tan water every second hour for 15 minutes. The water is pumped acts as insulatio n up to the growbeds which then drain back to the first fish tank, SLO to the second fish tank and SLO to the sump tank, which is the third full sized IBC. Chainsaw occasionally adds seasol, a seaweed concentrate, to the system as it is safe for the fish and gives the plants a range of nutrients and trace elements. It is always a good idea to ensure that anything being added to an aquaponic system is safe for fish.

After losing all his silver perch, Chainsaw has some Jade perch coming along nicely. We look forward to seeing them reach harvest size. IBC fish tank with pump and float switch. He has created a very neat looking system at an affordable price. The main fish tank is a complete IBC , this will hold around litres of water which will be maintained at this height. Extra external filters have been added to the system over He has cut out the top of the IBC, allowing easy access to the time fish, the sump tank is a second IBC positioned next to the main fish tank in which another species of fish could be kept, or ideal for use as a fingerling tank.

The submersible lph pump sits in the sump tank and pumps constantly to the main fish tank, then overflows to the three growbeds which are operated by auto siphons. The standpipes are made using a mm reducing coupling which sits snugly in the existing drain of the bath tubs. Hillsy used the standard bath tub fitting before connecting in to a threaded adaptor and 40mm plumbing pipe commonly known as DWV.

A swirl filter has also been added to the system as an additional solids filter. The bathtubs have been installed on limestone blocks System all laid out and ready for plumbing which make for an ideal height for planting and harvesting the vegetables. He planted up the beds and planted some tomatoes, garlic chives, capsicum and tomatoes which before long began to show some good results.

Here we can see the bubbles from the venturi sucking air into the water stream. This aids the filtration of the system greatly. However it quickly became evident that the L growbed and filter was not adequate for the amount of fish Freoboy wanted to grow. Freoboy has since removed the 35L filter, and added an additional L fiberglass pond as a growbed. Then an old L fiberglass live bait tank was added as a sump tank, and later filled with hydroton to act as a constant flood growbed for water loving plants mint, watercress, celery etc.

There have been a few more filter arrangements added to the system signs of an active student mind. Freoboy now manages to raise 30 fish at a time, plus plenty of fresh vegetables for him and his family.

Patio Aquaponics System

The plan for this initial system was well thought out. The growbeds are L blue barrels cut in half around their middle. The growbeds are sitting on bricks, with a main 90mm drain line running down the centre that each growbed drains into. Each growbed has a standpipe and a outer standpipe surround to keep the media away from the standpipe, the system works with the beds being constantly flooded with water to the height of the standpipe.

All the main 25mm irrigation pipelines in the system are joined together, and both pumps are actually hooked into the same system, This means that should there ever be a pump failure then the system will keep going, just at lower flow levels to each bed.

Not only was this dirt going to act as a cover for the pipe work, but also it would act as an insulator from the harsh extremes of heat often experienced in Kalgoorlie. After some time, a problem with the system became quite apparent, the IBC buried fish tanks were starting to collapse. They had been buried without their steel cages, and without any additional support and the external pressure from the ground especially after rains, was too much and they all began collapsing. Time for another plan. These were welded into place before a rubber pond liner was installed. A second expansion of growbeds was under way.

This adds a huge amount of biofiltration to the system and another 4sqm of growing area. These beds remain constantly flooded just below the surface of the media, they are filled with blue metal with a layer of expanded clay on top to make it easier to work. As you can see from all the photos of plant growth and fish harvests, this system has been very productive over the past Mounding soil around the barrels couple of years in its various forms. Using 2 IBCs, a couple of heavy duty beams, a pallet and some large bricks or cinder blocks.

The fish tank IBC has just had the very top cut off the thin inner plastic container, leaving maximum depth for lots of water, and the cage surrounding it was left intact. The growbeds were another IBC that was cut in half and then trimmed down to be about 35cm each in height for the two growbeds. A small cinderblock wall was then created just over 1 metre away from the fish tank, this was to act as growbed support, while at the other end, the fish tank frame would act as the support.

Struisje has built a nice little greenhouse to cover both of the growbeds, very handy thing to have in the cold weather as it helps to extent the growing season of many plants. Backyard Farming Bringing food production home Ph: www. The IBC acts as a fish tank with only a very small hole cut in the top of it for access to the fish. Out from the side of the fish tank a 50mm main pipe line runs off to the growbeds, Mark has combined a couple of different aquaponic methods here, firstly he has 4 half barrels filled with media, then a floating raft tank amongst the barrels.

The main 50mm irrigation line coming from the fish tank runs at the back of the growbeds, each growbed has an outlet with a tap from the main line to provide water. There is also an overflow from the fish tank back into the sump barrel in case of any problems with the water levels Download 3D in the tank. One interesting feature that Markcaso has obviously thought about with this system is a pump out point.

This means that he can attach a hose and open the valve, pumping water out of the system into the garden if required. After designing a custom fish tank that he built himself from bricks and mortar, he used cut down IBCs as growbeds to provide a shelter over the rectangle shaped brick fish tank. The growbeds provide some protection for the fish as well as proving shelter for rabbit pens he planned on adding later. Water is pumped IBC growbed from the litre brick fish tank up to the three growbeds, water returning from each of these provides aeration to the fish tank below.

Initially a wine barrel was designed to hold water or for a future deep gravel growbed, however this failed to hold water and was later replaced by a litre blue barrel. The design is styled on the flood and drain media based system which operates using a stand pipe.

Operating on a timed cycle, water is pumped up to the growbeds allowing the water level to rise to about two cms below the surface of the media, flooding for a short while, before draining back to the fish tank below. Boris has been an active contributor to the Backyard Aquaponics forum and hosted a get together to showcase his system with other likeminded individuals. Water is pumped up the black growbed positioned above, returns to the blue barrel as shown here and overflows to the main fish tank. So she began collecting IBCs as well as blue barrels and she began designing two systems, one at her dads place and one at her own house.

Snakes got the blue barrels from her work and found the IBCs available for free, they had been previously been used for fertiliser and just needed a good clean. The first growbeds were made from a blue barrel cut in half lengthways as well as the top of an IBC which was cut and supported with extra bracing underneath.

Snakes used the remainder of the base of the first IBC to Rockmelon set up a sump tank. She estimates this will hold around litres of water. The system is set up on a flood and drain cycle using standpipes. Framework for the barrels under construction Tomatoes are fruiting a bit early!

Water drains through the growbeds and PVC pipe back to the sump tank. When the water level raises to a predetermined height the float switch kicks in and returns water from the sump tank, back to the main fish tank using a lph pump. The system has since had additional growbeds added, including a blue barrel cut crossways another IBC made into a growbed with the frame from the bottom acting as a stand, as well as more half blue barrels. The system was stocked with Barramundi and a couple of water heaters were added to keep the water temperature up.

Snakes reports that their growth so far has been fantastic. Picked my first beetroot yesterday My dad- in awe! Learnt a few lessons so far - gravel is really, really heavy, and the beds need a LOT of support! He returned home one afternoon with 4 IBCs loaded up and well strapped to the trailer. This system was designed to go in to a hot house so that he could gain some better growth during the cooler months of the year.

The original plan was to include a litre sump tank, dug in to the ground. However those plans changed when it was discovered that there was an easement in that location, and digging would be almost impossible. The water level of the fish tank sits around mm above the top of the growbeds. An opening was cut in to the top of the fish tank for feeding as well as allowing access when it comes to harvest time. He wanted the growbeds to all be the same height and he used two cypress posts to support them on the bases. The bottom sections were then linked together increasing the sump size to around litres of water volume.

Each of the growbeds has a ball valve inline which can be adjusted or even turned off if required. Matt is very happy with his system, it has produced an abundant variety of vegetables including beetroot, broccoli, cucumbers and lettuces. Matt has also grown silver perch as well as some Beetroot trout in the system.

The Permaculture Research Institute

He cut away the top part of the cage and created a standard mm deep growbed, to which he added some strapping underneath for extra support. This section was rotated 90 degrees and sits above the base which is the fish tank, trimmed to hold around litres and allowing access from the front through an opening in the framework. The cage bars pointing upwards were edged with timber to stop any injuries from the sharp metal. A litre per hour pump was placed at the back of the fish tank, and water is pumped up to the growbeds for 15 minutes each hour.

Some slight modifications were made to the system, the pump was moved to the front area of the fish tank. It will be much easier to access if there are any problems. Jade perch as well as goldfish live in the fish tank providing nutrients for plants growing in the growbed above. Shadecloth was wrapped around the fish tank to minimise sunlight causing algal growth. Vegetables grown in the growbed have included tomatoes, habanero chillies, coriander, lettuce, strawberries and basil.

He firstly cut it in to two fish tank to reduce the Shadecloth was wrapped around the sections, one that would hold around litres of light in the fish tank water and the remaining section would form the growbed of around litres. He began by cleaning the IBC with warm soapy water before letting it dry out in the sun.

He tested the tank to see if it was fish safe by adding a couple of goldfish that were easily available.

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Later silver perch and yabbies were added to the system. The water in the fish tank is pumped up to the growbed using a litre per hour pump and was initially running full time, maintaining a water level height just 2cm below the surface of the media. The fish tank water runs through 25mm pipe and elbows channel the flow directly over the surface of the Hydroton.

A ball valve and tee under the growbed divert some of the water flow back to the main fish tank providing aeration. Additional aeration is supplied by an airpump with 4 clear airlines attached to stones, these sit on the floor of the Growbeds must be well supported to save pain and fish tank and bubble up through the water. So hard Seeds and seedlings doing well to look at the fish and yabbies!!! Two bath tubs were used as sumps and a litre IBC as a fish tank.

The beds then drain through 19mm poly into the bathtub sumps which have been stocked with a few yabbies. Shade cloth has been used to cover the entire system, to minimise evaporation as well as to keep sunlight off the IBC and reduce the amount of algal growth. The IBC originally had citrus based environmentally friendly degreaser in it, but was thoroughly cleaned out for use.

There was a little algae growing in the fish tank which is a good sign that it can harbour beneficial organisms. PVC pipes were cut to lengths and placed in the sump bathtubs for yabbies to hide in. Blissy later managed to get hold of an old rainwater tank which held more than litres of water and this was eventually added to the system.

The materials were locally sourced and show how resourceful and cheap a backyard lph submersible pump aquaponic system can be. Fresh fish and vegetables can be easy to grow in your own backyard saving you the trouble of getting to the shops and then storing the produce for later use. They managed to get a couple of bathtubs and set about building a rack on top of the IBC to support them.

The fish tank IBC has also been set up with plastic bread crates stacked on top of each other to make homes for the redclaw.

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Bricks have been placed above the bread crates to weigh them down and stop them from floating. A pond pump in the IBC pumps water straight up to the two bath tubs, where it is diverted at a tee piece and dumped directly on the surface of the gravel. Simple standpipes are used in each bed and the water is run on a timed cycle of 15 minutes every hour. Water then drains back via gravity from the beds to the redclaw tank below. The beds are in the blazing sun with limited shade and are producing sage, thyme, rosemary, welsh onions, fennel, tomatoes and Ceylon spinach which are all doing very well.

Bathtub growbeds filled with gravel The redclaw manage to keep out of sight and the tank is now home to 8 large rainbow fish and 2 juvenile tandanus catfish as well. Because of these contrasting conditions a great deal of thought would have to go into not only the system design but also how the system is housed.

As you will see from the following photos showing the construction of the system the solar passive greenhouse is quite a beautiful construction. Luckily for Zsazsa he was a member of a Hungarian folk dancing group and he invited friends from the group around to help with the foundation works. The Download 3D greenhouse is partially sunk into the ground; this aspect of Google Sketchup the design will help retain heat throughout the winter. The south facing window is a 10mm duty support is going to be required with the total weight of double layer polycarbonate and the rest of the structure is rock and water being supported.

Zsazsa wanted the benefits well insulated. The fish the system. By the time you are reading this, the system will tank will be stocked with Wells catfish, which should suit the probably have been running for a while, so click the button conditions in the greenhouse quite well. The rock media is very cheap to buy. Most of their system was going to be running by simply pumping up to the fruit and vegetables are trucked in from hundreds of miles beds and having the water flow back down into the fish tank.

What better idea than to set digger, then a crane was used to lower and position the fish up an aquaponic oasis in this mining town that only receives tank into the large hole. Once the tank was buried it was time to lay out the IBC Obo managed to source some 12,L fish tanks and a growbeds heading in duel lines out away from the fish tank. This would allow fish of up, yet one day in the future could provide a return on the different sizes or different species to be separated from the investment.

He managed to find some land for lease in Kalgoorlie Pumping to so many growbeds was going to create some which was going to suit the purpose of the large aquaponics issues with the water levels in the fish tank if all the beds system well, while also leaving some space for his other diesel were filled at once so a sequencing valve would be included, fitting business on the side.

Mixing the work that has to be this would allow water to be pumped to sets of growbeds done to pay the bills, with the setting up of the aquaponic one after the other, along with the extra IBC fish tanks. The dream systems. Substantial fittings and piping were required for off each large fish tank. Obo decided to leave these growbeds this project, each IBC has a large tank fitting installed near whole, so they are 1m deep, he had experimented with this the base for the drain these 50mm and then plumbed into a deep style of beds in his previous system and like the way they main mm drain.

Each time the pump is switched off, it swaps from one set of beds to the next, To date both 12,L fish tanks have been buried into then the next and so on. Phase 2 of the just going to require a whole lot more work to double the system is to expand by repeating the same setup of growbeds growing area. One IBC has had its top section cut out of it for the fishtank, another has also had its top cut out and it forms the sump of the system. This second IBC had to be dug into the ground, not such an easy task when your ground is very hard, but eventually a deep enough hole was dug to get almost the complete IBC into the ground low enough that the growbeds would be able to drain into it under gravity.

There are two growbeds on the system, these are made from half IBCs so they are a good deep growbed. Mantis has used two bottom halves of the metal outer part of the IBC. This is a great idea for growbeds because you have the additional support for the media filled growbeds.

All of the IBC components above ground have been painted green for the dual purpose of looking a little nicer as well as making the plastic more resistant to UV degradation. Mantis is adding to his system and modifying quite a bit, when we first started this manual he only had the one bed, now he has 3 growbeds. By the time you read this, who knows how many beds he will have. The growbed is 2. The bed fills in around 10 minutes and the water then drains out of the growbed in around 10 minutes, through small holes and back to the sump tank. A ball valve in the bottom of the growbed allows for adjustment in the system.

The system then had a greenhouse frame constructed with clear plastic to protect against pests and extreme weather conditions. Though Joey found that when a storm blew the roof off and the plants became exposed they started to grow much better. Where are people getting fingerlings from? They seem far too expensive here. They have a good selection there.. Never had Jade but they too sound fatty. A combination of Trout and Bara could be ideal but I sense that we are a bit warm for Trout and a bit cool for Bara. We have a long boundary with the upper Mary and it runs clear most of the year and the Catfish are excellent eating.

I wish there was an easy way to lower the water temps for raising cool water species. Why not incorporate a solar collector or composting pile as a free heat source for warmer species in your area? We would set up the veggie beds on the adjacent wall making it a vertical garden. Still in the design stages but nice to see some other fish to consider! Hi Alacoque, I have a small yard and would like to set up a pond with edible plants and fish. I have heard Zebra fish would work. Do you have a photo of your pond?

Thanks, Jenny. What kind of temperatures slow their growth? Reblogged this on DuRite Aquaponics. Catfish can also have chickens raised above and they will feed form the droppings. Still searching the estuaries down here. Besides goldfish, there are other things that also work well for aquaponics systems when there is no desire for consuming the fish. One that may not immediately come to mind is turtles.

So, consider a turtleponics system too. Invertebrates in general are more sensitive to poor water quality and this becomes one concern as coupled aquaponics systems can go out of balance. This would not affect hardy fish but crawfish especially in larger numbers might easily be affected. They will have unique requirements e.

There is an Australian book about small-scale blue crawfish aquaculture that would be excellent in designing a crawfish aquaponics system.

Location, Location, Location

Reblogged this on Sustainable Impact. Reblogged this on adapt flee or perish and commented: Aquaponics show great promise for a climate like Sacramento, where lack of summer rains makes urban gardening without an irrigation source a real challenge — most California farming is done with irrigation, so the closed loop, recirculating system like aquaponics means you save the water that you get in the winter for use year round. Great work love the site,Mangrove Jack have some potential for Aquaponics,they are aggressive fish but tolerate low oxygen and warmer temp,they convert to fresh water naturally.

Also Milk fish will handle temp,low Oxygen and convert to fresh water. Mullet are another species similar needs to the milk fish and provide food for the Mangrove jack. Some glass shrimp also would be a good inclusion,you could also use Genus Cucumerunio Australian river mussels to filter sediment,they are a Threatened Species. You need lots of aquatic vegetation to provide refuge for the Glass shrimp and Juvenile fish species,an addition of insect attracting light over the water will also provide some extra natural feed.

Hughey figures that other aquanauts will need to buy fingerlings from somewhere. This winter, he has begun construction on a pair of 1,square-foot aquaponics greenhouses to raise produce for the local natural foods market. Each one will take 80 barrel halves, 9 tons of gravel and a 3,gallon tilapia tank. Hughey already has the fuel sitting in the yard: 12, gallons of vegetable oil that passed its expiration date.

But with the way the economy is going, he said, it might not be a bad idea to have a backup plan to feed his family and neighbors. There is something about aquaponics that seems to inspire this quirky blend of entrepreneurialism, environmentalism and survivalism. Even a mainstream businesswoman like Ms. Jack Rowland can imagine a day when aquaponics set-ups could be built into new apartment complexes and be fed by municipal waste and geothermal power.

He houses the fish in black cattle troughs, which have proved to be sturdy and nontoxic. A stock tank heater keeps the water at a comfortable 75 degrees. Tilapia will tolerate crowding and will feast on your table scraps. Rowland said. But, being tropical by nature, they die in the cold. One of the pools is called the Dinner Tank. It is here that Mr. Rowland condemns his tilapia to a five-day fast before they make their way to the frying pan or the broiler.

This summer, he hopes to transfer his operation from a spot next to the washer and dryer to a foot-long hoop greenhouse. This attention to detail will most likely comfort Mr. Rowland, 57, is an outage planner for the Indian Point nuclear power plant. Though Mr. Rowland spends perhaps an hour a night in the basement, looking for floaters and new spawn, he knows that no system is fail-safe.

Pumps break, heaters go haywire. The art of aquaponics is one of trial and error. Tell us what you think. Please upgrade your browser.