How to Create Living Soil for Your Garden

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What’s living soil? It is a living environment for your plants that provides the nutrients they need to grow. Living soil can be created in any type of container, but it does take some work and time on behalf of the gardener. We will discuss how living soil is made, what living soils offer to plants, and why you might want to try making one for your garden!

 Living Soil – the Basics

If you’re thinking about making the move to living soil, you’ve undoubtedly got a few concerns. If you’re switching from hydro, it’ll be a lot different than what you’re used to. It will still be distinct enough that you should educate yourself so that your efforts are rewarded with optimal outcomes if you’re accustomed to buying dirt or traditional compost from the garden centre.

When utilizing living soil, we must focus on developing the soil and nourishing the microorganisms, insects, worms, and other creatures present therein. When using living soil, think of it as if you’re feeding the dirt rather than the plant.

No more commercial nutrients. You’ll be feeding the soil, not adding things like those from a bottle. You’ll focus on feeding the soil and ensuring that all nutrients are bio-available to your plant when it needs them.

Can’t I Just Water Only In Living Soil?

Yes, this is accurate and doable. However, you will not achieve the optimum outcomes by doing so. You won’t be able to grow your live soil as a no-till living soil if you water it only once. If you want to grow one crop and then throw away your soil, all you have to do is water your living soil.

To me, this is a huge waste of good living soil. The objective is to improve the quality and water retention capacity of your dirt over time in order to achieve these results.

This isn’t possible with a single watering. This is all completed after numerous cycles of nurturing an ideal soil. It’s true that it’s simpler said than done, but it’s not difficult at all. That’s why water-only living soil makes no sense.

Where Do I Begin When Using Living Soil?

The most important thing to start with is a quality living soil. We’ll look at creating that in a moment.

Another thing to consider is your containers. Are you going with pots or soil beds? You certainly wouldn’t use a soil bed with hydro, and the pots you choose would be so tiny that they would struggle to grow plants in them.

When it comes to gardening with living soil, experts recommend using fabric pots and grow beds. Other containers may be used; however, utilizing living soil pots and grow beds is the ideal technique. You’ll want to fill your pots or beds with dirt once you’ve gathered the soil and your supplies.

If you plan on keeping these containers for years, the level of the dirt in them will decline year after year. Some people using this system have pots that have dropped 3 inches in a few years.

As a result, I advise that you fill your pots or beds approximately one to two inches from the top. Make sure it’s firmly packed down since it will settle as soon as you’ve finished setting it up.

Watering pots with living soil in them

It’s also critical to water your new containers correctly to get the best start for your garden. You’ll notice that you can’t just throw water on it and have it soak up when you’re watering our soil vs. a commercial brand of normal dirt.

Hydrophobic peat is at the foundation of this kind of soil. Peat is hydrophobic, which means it avoids water. When it absorbs water, though, it keeps it very well.

The greatest approach to start your pots is to do two or three modest waterings each day, several days in a row. Mulch will assist to slow the water, allowing it time to absorb.

There’s no need to pH your water when you use living soil. You don’t want to put an RO filter on your water, whether it’s tap or well water. Experts recommend using a sediment and carbon filter on your drinking water, regardless of whether you’re using city water or well water. Chlorine in straight city water can slowly due to the presence of chlorine.

We’ve discovered that when you eliminate all minerals from RO water, you will gradually start to see yellowing plants. As a result, we recommend a simple sand filter and a carbon filter. If your water contains chloromine, ensure your carbon filter can remove it.

Soil Science – How to Understand Living Soil

Soil science concerns itself with the study of soil’s formation, categorization, and ecology. It teaches us that dirt is composed of the following elements:

• Mineral Content – The mineral content comprises of the inorganic portion: sand, silt, and clay. Sand particles are far larger than silts, which are in turn much bigger than the tiny clay grains. These particle determine its structure and texture. It affects how well it drains and how nutrients are made available to the plants depending on its structure.
• Organic matter – Dead plant material, in various stages of decomposition, is known as organic matter.
• Organisms – Animals and insects, bacteria, and fungi that consume organic waste and recycle nutrients back into a useable form for other plants.
• Nutrients – Plants require approximately 20 elements in order to thrive. Plants utilize these chemicals to carry out all of the essential functions in their life cycle, from establishing roots to producing seeds at the end of the season. The soil is where most of them reside.
• Macronutrients – These are required in significant amounts and include hydrogen, oxygen, nitrogen, phosphorus, potassium, carbon, calcium, magnesium, and sulfur.
• Micronutrients – These are required in lesser amounts: boron, chlorine, manganese, iron, zinc, copper, molybdenum, nickel, sodium, cobalt and silicon.

The macronutrients nitrogen (N), phosphorus (P), and potassium (K) are the N-P-K that you see on a fertilizer bag and are required in high quantities after hydrogen and oxygen, which come from air and water.

Step 1: Testing

Tests aid in determining what’s going on beneath the ground. A test may tell you about your soil’s type and structure, nutrient analysis, pH level, and amount of organic matter.

A Quick DIY Test

Examine the texture of the soil to determine its type. A simple experiment anyone may do with a clear glass jar, a few tablespoons of samples from throughout the garden, and water is to examine it for dirt types.

1. Fill the jar halfway with dirt and then fill it with water.
2. Cover the jar securely and shake it hard.
3. Allow to rest for a few days.

The sand, silt, and clay in your sample will separate into layers, making it easy to view the profile of the soil. At the bottom is sand, then silt in the middle, and finally clay on top. You’ve got your gold standard if each section has an identical size.

It’s a good idea to perform an analysis test every few years to evaluate your pH, fertility, and health.

Step 2: Understand The Nutrient Cycle

Healthy soil may appear to be nothing more than old dirt, but it is actually full of life and diverse.

Soil life is teeming with life, all of it actively recycling dead garden waste back into nutrients. It requires protection and regular replenishment. It also necessitates organic matter and organisms to break down the organic waste.

It is an ecosystem consisting of:

• The structure is formed from inorganic components.
• Various stages of decomposition in organic matter
• Organic material is broken down by insects, centipedes, worms, nematodes, microorganisms, fungi, and bacteria.

Organisms use nutrients in a form that plants can access to return them to the soil. Nutrient cycling is the term used to describe this process. The dirt is able to continue to sustain life by following these nutrient cycles.

It Can Be Depleted of Its Nutrients

When people break the nutrient cycle, soil can become depleted. Take this all too common example:

A home gardener grows flowers and vegetables in his or her garden. The plant removes nutrients from the soil. At the conclusion of the season, dead plants are removed from the garden to make it tidy and keep it clean as a garden “clean up.” The deceased garden plant is thrown out, and the ground is raked clean and smooth. There is now a lower nutrient value to the soil that at the start of the year.

Repeat this for a few seasons, and your soil will be no longer healthy. And it’s apparent: root development is limited, growth stumbles, and vitality is lost. Insect and disease issues emerge as a result of the unhealthiness of the soil.

However, there is a more natural approach to increasing your soil’s productivity. We can create soil!

Step 3: Protect and Improve What You Already Have

Let’s start with what you already have in your garden before we get into our recipe.

Maintaining or preserving your filth is just as essential as creating it. To keep your garden in excellent form, consider the following:

To begin, don’t do any harm. Avoid compacting the dirt by not driving over it with heavy equipment, walking on it, or working when it’s wet.

Feed the bugs, mushrooms, and bacteria. Allow organic waste – also known as dead plants, leaves, stems, and roots – to decompose in the garden. (“Decompose” refers to something being eaten.)

Remember to put things back where you got them. Compost your dead plants and break down their components with a compost pile or bin. You may then reintroduce the compost into your garden’s dirt.

Plant cover crops. Cover crops, also known as green manure, are grown to be incorporated into the soil at the end of their growing season. Plants like annual ryegrass, winter wheat, and clover help replenish both macro-and micronutrients while converting nitrogen in the air into a plant-usable form (fixing nitrogen is the name for it). Plus the crops can stop soil erosion and let air and water mix through the soil.

Step 4: Living Soil Recipe

We can produce our own garden combination that is high in organic matter and provides food for the worms, fungi, and bacteria that restore nutrients to your plants over a long period of time.

The Base Mix

• ⅓ part sphagnum peat moss
• ⅓ part perlite or pumice for aeration – as a result, air and moisture can flow through the soil, as well as space for root systems to develop.
• ⅓ part high-quality compost and/or worm castings (aka/ worm poop)

Amendments

You may also include any of the following amendments, depending on your garden’s demands.

• Ash from hardwood trees – rich in potassium, phosphorus, calcium, zinc, manganese, and iron. It’s great for reducing acidity; a little bit goes a long way.
• Kelp meal – dried seaweed is a good source of nutrients including nitrogen, potassium, and phosphorus (N-P-K), as well as trace amounts of microvitamins – especially calcium, zinc, manganese, iron, sulfur, copper, and magnesium.
• Crustacean meal – Another gift from the sea is crustacean meal, which gives nitrogen and phosphorus.
• Cover crops, such as clover, alfalfa and vetch, that aid in the fixing of nitrogen.

Mix Your Ingredients

Simply put, two or three batches of living soil at a time is all you need. Mix the ingredients gently and allow your living soil to rest for at least two weeks, if not longer. This allows the microorganisms to break down the organic materials and their colonies to grow.

It’s important to note that kelp meal and crustacean meal have very powerful smells. Raccoons and other garden marauders may be attracted to the subtle fishy scent since it is faint to humans. It might not seem like much, but it is significant to them. Keep these goods where animals cannot get them until they are completely covered.

Use this dirt mix in trough planters, pots, raised beds, and as a top dressing for your flowerbeds and vegetable gardens.

Keep your dirt in tip top form by making more compost.

Step 5: Make Your Own Compost

You don’t need to be an expert gardener to create your own compost. Making compost is the most basic approach to improve soil quality.

There are many articles on the subject of brown to green balance and how often to turn it, but composting has been going on since plants first took root. 

Start with living soil

Living soil is a living, breathing entity that can dramatically improve your garden’s health. Learning this recipe for making living soil can help improve your garden, grow better crops or flowers and help the local environment conditions all in one go.