Buy Aquaponic Books – The Book you Should Read

 Introduction

For those who like reading aquaponic books and would like to learn more on the conceptual frameworks that make up for the ideal gardening strategy, then you should definitely consider aquaponics4u program.

When you get the program, you learn several things including how you get to produce organic plants that are certified by the United States Department of Agriculture (USDA) at lower energy costs and effort than conventional methods.

Using the step by step video instructions and eBook you`ll get to learn exactly how to properly place your plants on floats, which material is appropriate and how to plant the seedlings to realize maximum growth. Moreover the whole system can fit up to 10 times more plants in the same designated area as a traditional farm would. The plants are always submerged in nutrient potent water and there is no over congestion of plants in the same area.

How does the system work?

Over the last couple of years, University of the Virgin Islands researchers have engineered a tested strategy that can revolutionize the whole organic farming industry as we know it. This process implements aquaponic techniques which bears several benefits for a gardener or farmer. The main idea behind the strategy is rudimentary and automatic.

Aquaponics is typical is the umbrella term used to refer to hydroponics mixed with aquaculture.

Hydroponics is subgroup of hydro culture and is a technique for growing plants using mineral rich water and without the use of soil.

Aqua culture is the process of rearing fish in a tank. Its main drawback, is usually how to get rid of the byproducts released by the fish e.g. algae, ammonia and minerals which need regular filtering.

This is where aquaponic technology exploits. The major tenet here is that plants feed on algae, minerals and nitrates and can also filter the water thus establishing a mutual relationship. If you properly connect hydroponics system to a fish tank your plants are guaranteed generous amounts of food supply constantly.

Are you ready to learn more about Aquaponics? Click here to buy Aquaponics4You

What you will learn

The program is adorned full of knowledge on how to significantly improve the produce of farming and make also extend it to a source of income. Some of the possible knowledge you might learn include:

  1. Clear and concise instructions - the package comes with a eBook that is full of everything you need to know complete with diagrams and their accompanying instructions on how to engender your own Aquaponics system today. In addition you also get a list of the common mistakes and how to avoid or mitigate them effectively.
  2. How to make your farm use less water -the Aquaponics system uses maximum of 2% of the water that a normal garden would. Those who spend significant amounts of money on gardening water will know the benefit of this. The water that would otherwise be lost soil absorption is constantly re-circulated such that the plants are constantly submerged in nutrient rich water.
  3. The ease of transforming it into a source of income - the Aquaponics system can allow you to produce large amounts of plants which you can conveniently monetize into a lucrative food business. Your conventional farm expenses are cut down leading to better profits. What more remarkable is that the Aquaponics system can support both fish and plants
  4. Grow plants two times faster than conventional farming - the eBook underscores the main frameworks that help ensure that the plants roots are exposed to nutrient rich water from the designated aqua culture. Your plants get also receive nutritious algae from the fish making produce like never before.
  5. No more weeding or tiring farm work - admittedly the most demanding task for a farmer is active farm work that can encompass constant weeding and soil work. The Aquaponics program help you alleviate this issue in that the system is automated by a nutrient transport scheme.
  6. Cut down energy costs by more than half - evidently this automated system helps you save up resources that would have otherwise been have used by a traditional farming system.

Features and Benefits

Evidently, getting this program will definitely put you as step ahead of other farmers and gardeners. Some of its feature and benefits include

  • PDF
  • Step by step instructional video
  • 100% 60 day money back guarantee
  • Numerous positive testimonials
  • Convenient financing options
  • Reasonable and Affordable price
  • Certified, credible and accountable service providers

Added bonuses for shoppers

After you have legally purchased your original copy of the program, you will receive a pot of gold of bonuses in books that are worth over $300.they include:

  • Organic Gardening for beginners
  • Eating healthy
  • Guide to Organic Cooking
  • Flower Gardening Guide
  • Worm Farming-The world’s best compost
  • Herbs for healthy home

Conclusion

Whilst setting a rudimentary Aquaponics system might be a challenging task for some people, once you get the program you won’t have to worry about reading any more gardening books like before. This is most definitely a worthwhile purchase for any apprentice farmer or veteran looking to extend their farming repertoire. By buying this aquaponics book you will learn a lot more about aquaponics.

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how do you do aquaponics

 

 

 

Demistifying Floating Raft Aquaponics

Floating raft aquaponics is also referred as deep water culture (DWC) the system is mostly suitable to commercial based aquaponics operators to enable them produce certain vegetables called the lettuce. This is done by putting the lettuce seedlings on a floating raft through the holes. The raft is made of polystyrene sheets with holes cut out to allow the positioning of the lettuce.

The floating raft aquaponics success is in the removal of the solids from the fish.

The floating raft aquaponics process

swirl filter and floating raft aquaponics

Swirl filter with a floating raft

This system aims at producing enough oxygen for the lettuce roots. The roots are immersed in water and dirt accumulation on the roots should be eliminated quickly to enhance oxygen absorption and other minerals, which are vital to the plants growth.

To minimize dirt accumulation the system requires a filtration process, after the fish solid leaves the big fish tank, the water is then pumped to pass through a swirl filter slowly, this allows the waste to settle on the bottom of the tank. The waste is pumped out and used as high fertilizer.

Are you ready to take on the challenge of aquaponics by yourself? It’s a good practice to educate yourself first with lessons and mistakes people already made before you. Go to this online training course to learn more. 

After the water passing through the swirl filter it passes to particulate filter where mineralization of the water takes place. Also when water is getting into the particulate filter it is screen off any waste, and is heavily oxygenated. At this stage the aeration is provided into the system, which facilitates bacteria action on the fish waste and converts them into the essential nutrients required by the plant.

The nutrients fully dissolve in water and are taken to the plants roots, the water is finally passed through a drop out zone to pacify water removing any waste and water is then pumped to the floating rafts.

The process uses air stones at planned intervals to oxygenate the lettuce plant roots. The water entering below the floating raft is completely clean to ensure the roots have maximum surface area exposed to allow absorption of oxygen and all essential nutrients, which the system seeks to provide.

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Flood And Drain Design for Aquaponics

The Flood and Drain Aquaponics design is the most used system in the world amongst all the Aquaponics systems. This system consists of the flood and drain grows beds, the fish tank and the pond pump that has a great role to it. The design gives you the detailed steps to follow to get an appropriate flood and drain design.

flood-and-drain-AquaponicsThe flood and drain grow beds are placed exactly to where it can directly drain water into the fish tank. The process of flooding and draining of water is being controlled by a certain timer. The pond pump that is placed in the fish tank carries the water into the grow beds. The pond pump will automatically stop carrying water into the grow beds if the certain pre- determined level of water has already been reached. And by then, the grow beds will drain back the water into the fish tank.

The flood and drain Aquaponics design is being used by many because of its simplicity and it is cost effective. These are the very reason why most people use it. There are also disadvantages of using it but most people ignore those disadvantages simply because they do see the benefits of using the flood and drain Aquaponics design.

Flood and Drain Aquaponics– Specific Details

In creating this flood and drain Aquaponics design, you have to dig a few centimeters of soil so that you can put your fish tanks right under your grow beds. In that way you can then do the cycle of flooding and draining. You should also put into consideration that the flooding and draining system will cause lack of water in your fish tanks for a couple of seconds. Putting up this flood and drain Aquaponics design is quite hard but of course if you will only follow the procedures well then perhaps you can do it properly.

Also make sure that you will plant your plants in clay pebbles because soil is not recommended. You do not want soil to be present in the fish tank. Soil can be easily washed away by water. That is purely the reason why you have to use clay pebbles. And you also have to make sure that you do place the tubing in the right position. That should be very well observed in putting up the flood and drain quaponics design. This is simply because your tubing is the one having the key role in making this flood and drain cycle to be a successful one. For when the tubing is not properly placed, there is a great possibility that the fish will die due to lack of water. These things should be put to mind so that your flood and drain Aquaponics will work just fine.

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Aquaponics plants that have been proven to be very successful

Aquaponics gardening is continuing to pick up speed all over the world. When it comes to organic gardening there is no better option to choose aside from this one. It is simple but not until you really understand what it is you are doing and the plants that you can grow in an aquaponics system. Basically, aquaponics is a combination of hydroponics plus aquaculture. In simpler terms you can harvest fish and grow plants in one system. It is the waste from the fish that provides the growing plants with a food source while they in turn act as a natural filter for the water the fish are living in. It is a symbiotic relationship; a win-win situation.

What plants can you grow? 

There are so many aquaponics plants that you might want to try out in your system. Initially it was thought that only water plants would work for the system. However, it was discovered after lots of research that terrestrial plants were a very effective way of purifying water for the aquaculture. The nutrients in the water were ideal for growing plants in the hydroponic system. So what are the plants that you can grow in your system?

Leafy crops such a lettuce, chives and kales were the first considered for aquaponics. Nevertheless commercial growers have enjoyed great success with plants such as tomatoes, melons, flowers, cucumbers, basil, mint, broccoli, cabbage and so many more. The list is endless. Terms and conditions apply though. It depends on the method that you choose. There are people who choose the nutrient film technique (NFT) others work with clay pebbles etc. There are plants that grow best with one method and not with the other.

Are you ready to take on the challenge of aquaponics by yourself? It’s a good practice to educate yourself first with lessons and mistakes people already made before you.

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Plants with clay pebbles 

clay pebbles aquaponics

Clay pebbles

Clay pebbles in an aquaponics system are only used to grow plants that have a low nutrition demand. Some of the best examples of these plants include kales, mint, arugula, swiss chard and watercress. Most common house plants will do well in this system. A temperature in the bracket of 60-80°F will work perfectly for most of these plants. The only thing that you will need to ensure is that their need for air and pH of the water is kept at its optimum. In the case of lettuce, the leafy varieties are favored ove the iceberg lettuce.

Plants with nutrient film technique (NFT) 

nft aquaponics

NFT (Nutrient Film Technique)

NFT is an aquaponics method that is best for plants that require a lot of nutrient content. The plants are grown in long narrow channels and a thin film of water flows continuously down these channels. This system is best for plants that need lots of water such as the aforementioned leafy vegetables. With careful control of the amount of water it is possible to grow fruiting plants such as tomatoes, cucumbers, capsicum, broccoli, peas, peppers and peas. These ones however require lots of nutrients and will normally grow under temperatures in the neighborhood of 78°F. Spring and summer are the best times to grow these plants using the NFT method.

Bottom line 

In summary, there are just so many aquaponics plants that you can try out both in large scale and small scale. The only thing that you need to master is the control of water and the temperature of the water. Leafy vegetables such a lettuce and kales do not require high nutrient content like tomatoes, cucumbers and other fruiting plants.

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Pro’s and Con’s of Having a Murray Cod Aquaponics System

Having a Murray cod aquaponics system is a nice idea in generating good returns out of fish. It is a popular new practice and a highly profitable business for aquaculture. Several fish species can be used in the aquaponics system. Some inputs are required to keep the system performing like air pumps, and feed that is given to the aquatic animal. Murray cod is used in different aquaponic systems.

Pros of Murray cod in Aquaponics murray cod aquaponics

  • Water temperature: 8 celsius to 24 celsius.
  • Oxygen levels: 50 to 200ppm.
  • PH: 7.0 to 8.0
  • If the tank is the right size and water conditions are kept well Murray Cod can survive upto 50years.
  • Small Murray Cod can peacefully co-exist with other fish like Golden and Silver perch.
  • The water source for the operation does not require chemicals e.g pesticides.

Cons of Murray Cod in Aquaponics

  • At large sizes they are not compatible with other fish since they consume anything that fits in their mouth.
  • They grow very fast to large sizes so it is important to grow them in large tanks.
  • They tend to consume particular food, not just any food.
  • They are highly susceptible to fungal and bacterial infections at high stocking densities.
  • At small size, water consumption is less but when they grow big they require large amounts of water to sustain them.

Conclusion

Generally, Murray cod are fresh water species and will not tolerate high salinity level which the common mistake many people tend to make. Having a Murray Cod aquaponics system is a viable project, especially when people know how to maintain a murray cod aquaponics system.

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The Pros And Cons Of Having Tilapia In Your Aquaponics System

Aquaponics remains an upgraded hydroponic and aquaculture system that mutually benefits from both systems. Studies have shown that aquaponics does not need chemicals. It requires just ten percent of the water needed for field plant production and as well a fraction used to grow fish easily. Did you know that with tilapia aquaponics comes several benefits? Reading through the rest of this article will help you discover the pros and cons of having tilapia in your aquaponics system.

Pros Of Tilapia In Aquaponics 

  • Easy To Harvest – Tilapia is always easy to harvest tilapia for aquaponicswhen used in aquaponics. It is often a good idea to purge the fish during harvest time. For this process to be performed, it is expedient to put them in a separate tank. This will help tilapia digestive system to be properly clean. In most cases, you will find people withholding feed for 3-5 days when using tilapia for aquaponics before harvest time. Ensure water is often exchanged during the time of withholding feed from tilapia. This will help to reduce temperature and as well improve water quality. Putting all these together will help to easily harvest tilapia in an aquaponics system.
  • Good Development/Growth Rate – Tilapia aquaponics will always lead to a good development/growth rate for this type of fish. Studies have shown that a 2-4 ounce tilapia fingerling can attain about 0.75 lb by the end of the growing season. Experiencing a good development rate is highly important. This is because you will have the opportunity of producing the same amount of nutrients with a smaller numbers of fish for the plants.

Cons Of Tilapia In Aquaponics

  • High Temperature – When the temperature of the aquaponics medium is too high, the fish may die or not be highly productive. Even at extremely low temperature, tilapia may not be able to perform effectively in an aquaponics system.

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Conclusion

After all, you can always consider tilapia as a fish for your aquaponics system. Tilapia aquaponics can be practiced by anyone who has good knowledge about tilapia .

Using a Catfish aquaponics system. Any Good?

Aquaponics involves the growing of fish and plants together in an integrated system. Catfish aquaponics can be used with catfish since they adapt well to an aquaponic tank. In an aquaponic system, the fish waste acts as a source of food for the plants and the plants provide natural organics for the water the fish live in. The other organics include bacteria like microbes that thrive in the surrounding. They help in converting ammonia, the fish waste into nitrites, then nitrates. The solid waste is then converted to vermicompost that becomes the plant food.

A Catfish

A Catfish

In aquaponics, catfish are among one of the many types of fish one can grow. Since some fish are more durable than others, it is important to choose the type of fish that will adapt to your aquaponic system. There are several advantages to using catfish in aquaponics. The ideal temperature for catfish aquaponics is about 65F to 90F. Colder temperatures can slow down metabolism and food consumption. A warm surrounding improves the fish and plant growth. However, catfish can survive in most climates.

The recommended stocking density would be one fish per three to five gallons of water. This is to reduce stress and give them more oxygen. As the system ages and the water bacteria become stronger, the amount of water can be exceeded. Catfish grow faster in the first breeding years than as they mature. Most fish will take about two years to fully mature. The ideal oxygen levels for the catfish would be four to five ppm(parts per million). Dense tanks may need aeration at night since plants absorb oxygen at this time and may choke the fish. Extra aeration may also be required when temperatures go above 85F.

Catfish aquaponics is a great way to breed the catfish. This is because in the natural surroundings, they have to make their living under diverse environmental conditions.

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Having a Koi Aquaponics System

Koi fish, a Japanese carp used in large ornamental pounds and outdoor water gardens for its large size and attractive colors, is becoming a popular choice for koi aquaponics systems. They’re sought out for their durability as they can withstand year round temperatures and are highly resistant to common parasites. Whereas the most used aquaponics fish, the Tilapia, need temperatures above 75 degrees to thrive, Koi can function in temperatures ranging from 35 to 85 degrees. This means less energy is needed for heating the pound so energy costs are lower. They’re great algae eaters so typically subsist on existing growth within the aquaponics system in addition to greens such as peas, watermelon, and lettuce. During winter they require less frequent feeding (once a day) and produce less waste whereas in warmer temperatures it is recommended they are fed several small meals throughout the day and they subsequently produce more waste. As cold water holds more oxygen, it’s important to add oxygen in the warmer months to ensure the health and functioning of your Koi.

Koi in aquaponics

Koi in aquaponics

Koi are not considered a good fish for eating so for those looking to garner not only plants from their aquaponics system but also a protein source might be better off with a different fish such as Trout or Tilapia. However, Koi can reach lengths of up to two feet after four or five years if water quality and space in the tank are optimized, meaning their resale to hobbyists and pet stores may reap a profit. One of the challenges in this regard is that after a few generations, if selective breeding is not employed, the pretty sheen and color array will fade making the Koi look no better than common carp. Thus, the resale value will be diminished if their breeding is not managed properly. Another drawback is that when the Koi get larger they start to produce a lot of waste and can overload the system. The waste production must be monitored and a larger and more efficient filter may need to be installed.

As a final thought, Koi have been known to live up to thirty years and grow longer than two feet. As they grow larger more space will be required for them to thrive. Having several large Koi would require a tank ten feet in depth and over 1000 gallons of water. Considering this, it can be a great option for a koi aquaponics system for a few years as they grow from small fish to large and colorful ornamental fish, but when they get too big and start producing a lot of waste it may be time to swap the larger ones out for smaller ones.

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Pro’s and Con’s of Having an Aquaponics Shrimps/Prawns System

Having shrimp in your aquaponics is very popular as a form of highly profitable enterprise for aquaculture. Whether you move away other methods of fish farming, there is one beauty with shrimp farming just like any new enterprise. A quaponics system can be used to grow several fish species such as perch, tilapia, Oscars, catfish, Peruvian pacu, gold fish, some varieties of aquarium fish, fresh water prawns and koi. This system can harvest anywhere from one to thousands of pounds yearly depending on the size of the system.

The main inputs to the system are light, water, oxygen electricity that pumps filter and oxygenate the water and the feeds that is given to the aquatic animal. In terms of the output, the system can may yield edible species from an aquaculture and vegetable in hydroponics. The build ratios are 5:1 square foot of grow space for each single US gallon which is 3.8 litres of aquaculture water in the system. One gallon can support between 0.23 kg and 0.45 kg of fish stock depending on filtration and aeration. An ideal temperature is a variable that depends on the species of the fish.

Pros of shrimp in  aquaponics

  • The interpretation of fish and plant requires that no pesticides or other chemicals to be used. It forms a balanced, eloquent organic system.
  • Having shrimp in your aquaponics is one activity worth exploring. You enjoy the great taste and benefits of fresh fish that form natural and very healthy food. This will definitely lower the demand for scarce resources worldwide and regulate the rising cost of food.
  • It is an Eco- friendly method of producing sustainable fish for both domestic and commercial consumption. Aquaponics shrimp works very well especially for those with scarce space.
  • Solid wastes produced get broken down by bacteria worms. They can be used in decomposing since they are organic matter.
  • The system can be started locally therefore reducing long distances in search for food. The system also eradicates the need for tilling or weeding the soil.
  • The system enables the realization of faster growth and better yields with plants naturally fertilized.

Cons of shrimp in aquaponics

  • Due to wastes disposals the system will require periodic replacement of the system hence large amount of water is wasted.
  • There is risk of diseases and monoculture by having shrimp in your aquaponics. Disease risks are very high and may spoil the whole batch. Special measures have to be taken to deal with the issue.

Conclusion

Despite having setbacks in having shrimp in your aquaponics, the idea is more advantageous with overwhelming benefits which should be embraced to realize growth and development.

Watch this video if you are more interested in having shrimps/prawns in your aquaponics system.

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Why use Trout Aquaponics?

 

Aquaponics is basically the combination of aquaculture and hydroponics. It can be done even in your garage with the necessary environment and equipment. Trout is undoubtedly the most widely farmed fish in the world, majorly because it is a prized food fish and is comparatively easier to culture. Trout aquaponics can successfully grow trout fish right in your backyard or garage and isn’t it great to grow your own dinner?

Pro’s of trout in aquaponics: trout in aquaponics system

  • Healthy and tough fish – Low maintenance when it comes to keeping the fish healthy. They are the ones who can pretty much take care of themselves without added help.
  • Fast growing – They grow really fast. How fast? Marketable sized trout can be reached in about 9 months ( ~40 cms). The ‘pan-sized’ ones take about 12-13 months, which is pretty fast compared to other fish. Thus you can grow them fast and start the new cycle really soon as well.
  • Excellent food conversion ratios – Maximum weight of the fish can be safely consumed and is rather delicious. Also, since the diet of trout consists of molluscs, flies and crustaceans which are high in energy, lipids and fish oil (great for cholesterol), it all gets reflected in the nutritional value of the fish itself.
  • Great for cool temperatures – Living in cool temperatures? Don’t you worry,trout is here for you! They prefer water temperatures between 10 to 20 degree celsius.

Are you ready to take on the challenge of aquaponics by yourself? It’s a good practice to educate yourself first with lessons and mistakes people already made before you. Go to this online training course to learn more. 

Con’s of trout in aquaponics:

  • Large area required for their growth – Trout requires fast flow rates to be cultured at high densities and thus if you wish to grow trout, it is better to do so in large systems no more than 0.5kg per 100L of water.
  • High temperatures – Trout has the capacity to withstand temperatures between 0 and 22 degrees celsius. However, optimum growth occurs only between 12 and 16 degree celsius. Water temperatures above 22 degrees makes the digestive system of trout inefficient and most of the feed will end up as waste.
  • Low oxygen levels in the water – If the water has oxygen less than 5.5mg/L. So in case the fish stocking density is too high (usually it is not) then it will be difficult for the fish to thrive as they need high oxygen levels in the water to survive.

Conclusion Lake Trout. Salvelinus namaycush.

All in all it is a great fish to culture. Trout Aquaponics is done at many places all around the world, especially in the cold countries. It is low maintenance, the fish diet is easily available and they grow pretty fast, so not much waiting.

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