Frequently Asked Questions
How It Works

What Is Rhizosphere?

(The rhizosphere is a biological bazaar (market place) where microbes and plants trade nutrients, metabolites, and exudates)

Rhizosphere refers to the area of soil that is directly affected by a plant’s root system, associated root secretions, and microorganisms.

The rhizosphere region around a plant’s roots contains an abundance of bacteria and microorganisms that depend on the plant’s sloughed off cells, sugars, and proteins as a primary food source. In exchange, the bacteria and microorganisms help create a nutrient-rich, aerated place for the plant’s roots.

Within the rhizosphere, the coexistence of bacteria, plants, and micro-organisms create a key symbiotic relationship. The rhizosphere is where a plant’s mycorrhizal fungi are present

What Is Fertiliser?

The fertiliser provides the nutrients to grow and nourish pastures and crops.

Plants require 17 essential nutrients to thrive. Fertiliser supports plant growth and replenishes nutrients after each harvest.

Nitrogen, phosphate, potassium and sulphur are the four most important nutrients for crop yields and sustainable food production:

Nitrogen (N) makes up about 78 percent of the air we breathe. It is inert and insoluble in this form.

To manufacture nitrogen fertiliser, it must be removed from the air and combined with hydrogen to make ammonia, which is then converted to urea. This is applied directly to crops as a nitrogen fertiliser or used as a building block to make other nitrogen fertiliser products.       Phosphorus (P) is present in all living cells and is essential to all forms of life. Found throughout our bodies, it is concentrated in our teeth and bones. The source of phosphorus in fertiliser is phosphate rock, which is typically mined from the earth’s crust then reacted with acid to produce different phosphate products.

Potassium (K) is also found throughout nature and is found in our bodies in muscles, skin and the digestive tract. Good health requires a sufficient intake of potassium. Plants use potassium for functions like photosynthesis and protein formation. Potassium, or potash, is mined from naturally occurring ore bodies that were formed as seawater evaporated. The deposits are a mixture of crystals of potassium chloride and sodium chloride. Sodium chloride is also known as table salt. After it is mined, the potassium chloride is purified into granular fertiliser.

Sulphur (S) is essential to produce amino acids, which are the building blocks of proteins found in all living things. Sulphur also helps give crops like onion, mustard and radish their characteristic flavour. While it can be found naturally in the soil, it is not always in a form plants can use.

Download Trial Results

FishIT Heracium Control Greenhouse Trial Results

Northern Southland Trial Results

Greenhouse & Field Data