Skip to main content
  1. Home
  2. Inspiration
  3. Evergreens

How to build an aquaponics system perfect for a thriving garden

Add as a preferred source on Google

Most gardeners have heard of hydroponics, but probably not as many have heard of aquaponics. There’s always a search to find something more sustainable in the gardening world. Anytime you can take two jobs and turn them into one, gardeners and homesteaders get excited. Aquaponics is kind of like raising fish and growing lettuce and mashing them into an even more sustainable and efficient system.

What is aquaponics?

Aquaponics is a type of closed food production system that marries raising aquatic animals with hydroponics. There is a tank for fish where a pipe and pump move the water from the fish tank to a solid waste filter. The water is transported to the growing container from the filter, where a medium like clay pebbles is used to grow plants. Once the plant container has used the water, it flows back down into the fish tank. 

Recommended Videos

There are endless ways this simple system can be changed and modified. A few minutes on YouTube will showcase just how creative people have gotten with aquaponics systems. 

aquaponics fish

What are the benefits of aquaponics?

A few of the major advantages are that growers use 1/6th of the water that traditional gardens use, the fertilizer from the fish is all natural, it’s a highly productive way to grow, and you’re growing both plant food and protein. Also, both the fish and the plants are free of harsh chemicals such as pesticides, herbicides, hormones, and antibiotics. Aquaponics requires less time than conventional fishkeeping because the plants do some of the cleaning work for you, and the fish clean and fertilize the plants. 

These systems are healthier ways to grow food sources, but they are also better for the environment. You are using less water, fewer chemicals, and less space than other fish or plant systems. When you eliminate the use of soil, you don’t have to worry about soil-borne illnesses killing or stunting the plants. 

Three types of aquaponic setups

As we said before, growers have been creative in designing and building unique and exciting ways to craft aquaponic systems. By reusing old materials, upcycling fish tanks, and getting innovative with PVC pipes, gardeners across the U.S. have  used one of the three main types of aquaponic systems to inspire their fun designs. 

Deep water culture 

Also known as raft-based growing, deep water culture might be the simplest of the three types. Here growers use materials like foam to float the plant on top of the channel the water will be flowing through. The roots hang down to reach the water that has been pumped from the fish tank. This is also the most popular solution for commercial setups. 

Nutrient film 

To save on space, growers can use the nutrient film setup, which utilizes PVC pipes drilled with holes where the roots of the plants will dangle into the water. The water is pumped from the fish tank and flows through this pipe. These pipes can be constructed vertically up walls or hung from the ceiling. However, plants that need support won’t do well with this setup — so it’s best used for plants such as lettuce or herbs.

Media bed 

Like a hydroponic system, a media bed setup uses media such as clay pebbles to grow the roots of the plants. The water is pumped from the fish tank and flows through the media bed. The roots then grow and reach for the nutrients within the water, which is then flushed back into the fish tank. This method is the most common among hobby growers. 

aquaponic plants

The best plants for aquaponics

For first-time aquaponic growers, it’s best to go with an easy group of plants. For example, basil, kale, lettuce, mint, and watercress are all good options. Even for a basic and first-time setup, you’re likely to see success with these plants. 

Once your system is established, and you have a better idea of how everything works, it might be time to graduate to other plants that grow well in an aquaponic system. These plants also do better in a more populated system. Plants like beans, cabbage, cauliflower, cucumbers, squash, tomatoes, peas, peppers, and strawberries can grow fantastic fruit within an aquaponic system. 

The best fish for aquaponics

In addition to plants, you’ll need a supply of fish to complete the aquaponics setup. Although it would work with almost any fish, the most popular fish used in aquaponic systems are tilapia, goldfish, Koi, and Pacu. You could also use carp, silver perch, catfish, or barramundi. 

Aquaponics can be an intimidating new gardening adventure, but don’t let the new vocabulary and unfamiliar technique scare you away from giving it a try. With items that you might have around your house, you could set up a mini aquaponics system to grow herbs and lettuce all year-round while also growing fish to put protein on your plate. 

How to store fertilizer safely and effectively
Why fertilizer storage is important
Seedling surrounded by fertilizer

Gardening can be a fun way to unwind and enjoy delicious homegrown fruits and veggies. Some plants are more stubborn than others, but luckily, there are plenty of tools and products available to help with everything from getting rid of a plant to making it grow larger. Fertilizer is one such tool, perfect for houseplants, gardens with poor soil, and encouraging the biggest and best fruits and flowers. If you’ve found yourself with more fertilizer than you can use right away, you may wonder how to store fertilizer. In this guide, we’ll walk you through everything you need to know to store it safely and effectively.
How to store fertilizer

If the fertilizer is unopened or came in a resealable container, such as a bottle with a lid, then you should store it in the original container. The storage place should be somewhere with ventilation, as well as a mild or cool, dry, clean, and shady environment. A garage or basement is usually the best place for this, but inspect the area to make sure it is safe. Avoid storing your fertilizer in places that are stuffy or quickly become hot, such as a shed, closet, or attic.

Read more
How to use coconut coir in your garden for better plant growth
Different ways coconut coir can upgrade your gardening routine
Coconut at the beach

Coconut coir has been used in gardens for a long time, but what is it, and what is it used for? Also known as coco coir or coconut fiber, it comes from the husk of the coconut fruit. It's used in everything from home decor to construction, and can provide several benefits to your plants. Coconut coir can provide soil structure, drainage, and aeration to keep plants healthy in container gardens and traditional gardens. As it is a more environmentally friendly material than peat moss, many consider it a green add-in to soil. Want to try using it in your garden? Here's what to know about how to use coconut coir in gardening.

Read more
The top gardening trends to watch in 2025
Keep an eye out for these gardening trends this year
A garden of flowers and trees

Spring is here, and with it comes a wave of new and exciting gardening trends. Some are old trends seeing a resurgence and others will be coming into popularity for the first time. When planning your next garden, knowing the trends can offer inspiration and guidance. If you want to stay ahead of the curve, you’ll need to know what trends to expect. Luckily, Axiom releases market research each year in which it examines trends in gardening and horticulture spaces. To help you understand this year’s findings, we’ve put together this guide to 2025’s expected spring gardening trends
Victory gardens

When Axiom surveyed gardeners about their gardening goals for 2025, many of the top responses involved planting or expanding an edible garden. Many gardeners said they wanted to grow vegetables, plant fruit trees, and increase the variety of fruits and vegetables they were growing. Gardeners also reported concerns over budgeting. All this, combined with the rising grocery store prices means we’re in the perfect place for a resurgence of victory gardens.

Read more