Real Results, Real Farms, Real Performance
Improving grass quality leads to healthier animals and greater production.
Better performing soils will be reflected in pasture uptake of nutrients & minerals which are beneficial to animal health and production . For example these 2 tests show an increase in Magnesium , Zinc , Copper and Selenium levels .
Also improved Dietary Cation Anion Difference (DCAD) balance which can be beneficial for production.
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DCT products are designed to improve soil performance, allowing pasture to more effectively access and utilise existing nutrients rather than relying solely on higher inputs.
Our formulations work by:
Chelating and mobilising key minerals such as Magnesium, Zinc, Copper and Selenium, helping keep them in plant-available forms instead of becoming tied up in the soil.
Supporting soil biology and root function, which improves nutrient cycling and mineral uptake by pasture.
Improving nutrient balance and retention, helping soils hold and exchange positively charged nutrients more effectively.
As soil function improves, these changes are reflected in pasture mineral content and balance. Over time, this can lead to a more favourable Dietary Cation Anion Difference (DCAD) profile in forage, which is beneficial for animal health and production.
The soil and forage tests shown above demonstrate how improving soil function can translate into measurable changes in pasture quality when DCT products are used as part of a well-managed system.
If you’re looking to improve pasture quality and mineral balance by getting more out of your existing soils, DCT products are designed to support that process.
Improved Clover
The Average percentage of clover over 10 paddocks was 10% (Range 5%-15%)
After one year the Average percentage of clover over the same paddocks had increased to 17% (Range 8-25%)
This increase in clover is the equivalent of approximately 49 units of extra N per hectare or 106 kg of Urea.
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Improved soil structure and root-zone conditions, allowing clover to compete more effectively with grass
Increase availability of nutrients critical to clover growth and nitrogen fixation
Support soil biology involved in nodulation and biological nitrogen fixation
As clover content increases, so does the pasture’s ability to fix atmospheric nitrogen naturally.
The measured increase is equivalent to approximately 49 kg of nitrogen per hectare, or 106 kg of urea per hectare, supplied through biological fixation rather than applied fertiliser.Results will vary depending on soil type, climate, pasture management and existing clover content.
Improved Soil Structure
•The improved soil structure lets air into the soils where bacteria on clover roots plus other bacteria can fix nitrogen which can then be made plant available by soil biology.
• The open structure can help drainage and support microbial life to build a working soil which helps to support root growth and quality plant growth.
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Improved soil structure increases air-filled pore space, which is essential for healthy soil biology.
Better aeration supports:
Nitrogen-fixing bacteria on clover roots, along with other beneficial soil microbes
Microbial processes that convert biologically fixed nitrogen into plant-available forms
An open, well-aggregated soil structure also:
Improves drainage, reducing waterlogging and compaction stress
Supports a more active and resilient microbial population
Encourages deeper, healthier root growth, leading to stronger pasture establishment and improved plant performance
By improving soil structure, DCT products help create the conditions needed for soils to function as a biologically active, nutrient-cycling system, rather than just a growing medium.
Free Nitrogen
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When DCT products are applied to pasture, they support a sequence of soil processes that enable effective biological nitrogen fixation.
Soil aggregation improves
The components in DCT products help bind soil particles into stable aggregates. This creates pore spaces that allow oxygen and moisture to move through the soil profile.Root-zone conditions improve
Better aeration and moisture balance support healthier clover roots and nodulation, where nitrogen-fixing bacteria live.Microbial activity increases
Improved habitat and carbon availability support soil organisms that drive nutrient cycling.Nitrogen is fixed and processed
Nitrogen fixed by clover-associated bacteria is released through normal plant and microbial processes and converted into plant-available forms.Nitrogen becomes available to the pasture system
Grasses and clover are able to utilise this nitrogen, reducing reliance on applied fertiliser inputs.
By supporting each step in this biological process, DCT products help soils function as a working nitrogen system, rather than relying solely on external nitrogen applications.
With open soils the bacteria on the clover roots are able to fix nitrogen from the air which can then be converted by soil organisms to be utilized by plant.
Improvement in Root Depth
Early assessment in found poor root structure with compacted soils and roots growing sideways creating thatch, Average root depth over 10 paddocks was approx 62mm.
One year later we see the roots growing downward. the average root depth has increased to 105mm, (an increase of 43mm)
Average root depth increased by over 51%
With a better root structure the plant can source more nutrients and replace soil carbon which in turn feed the microbes which convert minerals to be used by the plant.
Carbon helps with water retention in dry periods.
The larger root structure can capture leaching nutrients like nitrate.
This increase in root depth means that the plant has a lot more access to nutrient.
Roots are central to soil health
they release sugars, organic acids and other compounds into the soil during the exudation process. These organic compounds can promote beneficial soil microbes, such as bacteria and fungi, and inhibit plant pathogens.
The soil around the roots is a special place called the rhizosphere, Beneficial soil microbes increase carbon and nutrient cycling in the soil, ultimately benefiting plants.
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After one year of using DCT products, pasture root systems showed noticeably deeper and more extensive growth. Deeper roots allow plants to access water and nutrients from a larger soil volume, supporting stronger, more resilient pasture.
How DCT products support root development:
Improved soil structure creates open channels for roots to penetrate more easily
Enhanced microbial activity supports nutrient cycling and availability, stimulating root growth
Better nutrient uptake ensures roots receive the minerals and trace elements needed for healthy development
Stronger plant vigour results in persistent pasture and improved clover establishment
Deeper roots not only support pasture growth during dry periods, but also improve soil carbon storage and overall soil health, creating a more productive system over time.
Better utilisation = more income per hectare
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Improved soil, pasture, and clover performance can lead to more efficient use of available feed.
In monitored paddocks, cows were able to produce 312 milk solids per season, compared with 297 milk solids the previous season, using the same amount of grass.
How DCT products help achieve this:
Healthier pasture with higher nutrient and mineral content provides more digestible feed
Improved clover content and biological nitrogen fixation increases pasture protein and energy value
Stronger root systems and healthier soils maintain consistent pasture growth, reducing feed gaps
Balanced pasture minerals, including improved DCAD, support cow health and metabolic efficiency
The result is more milk solids per hectare from the same pasture, effectively increasing feed efficiency and supporting farm profitability.
Summary Results across 3 farms
•Soil structure scores lifted from an average of 10 up to 24
•Root depth and density improved. Some depths to over 250mm
•Grass utilization improved by approximately 5%, meaning that the grass eaten by the cows was converted into energy 5% better.
•If growing 16,000 kg Dry Matter per hectare * 5% increase in utilization = approximately $800 extra income from extra milk solids or reduced purchase of feed inputs.
•Nitrogen input reduced by approximately 100 units per hectare.
Reduction in Grass grub
Before application there were large numbers of grass grub
Over the course of treatment we found that the population of grass grub reduced until all that was left were dead calcified grubs.
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Enhanced soil biology: Healthy soils foster populations of beneficial microbes and predatory organisms that naturally suppress pest populations.
Improved soil structure: Aerated and well-aggregated soils make it harder for pests like grass grub to survive and thrive.
Stronger, deeper root systems: Healthier pasture roots are more resilient and less susceptible to damage by soil-dwelling pests.
Balanced soil nutrients: Optimal mineral and nutrient availability supports plant health, making pasture less attractive to pests.
By improving soil function, DCT products create conditions where pests struggle to survive, supporting a naturally healthier pasture ecosystem without relying solely on chemical control.
Onion Trial
Result's from our onion trial showed the size of the bulb to be the same, showing that the farm didn't need as much, if any ferterliser for this crop.
Onion Skin was firmer and of better quality than previous crops grown in the same paddock
better root growth growing downwards and more nutrients going into the bulb rather than into the stem.
Considerable lesser amount of weed killer required to control the weeds.
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Improving soil structure
Compounds in DCT Products help bind soil particles into aggregates, creating an open, well-aerated soil. This allows onion roots to penetrate deeper and access more nutrients and moisture.Enhancing nutrient availability
Key minerals are chelated and made more plant-available. This allows the plant to absorb what it needs efficiently, reducing the reliance on added fertiliser.Supporting soil biology
Healthy microbial populations cycle nutrients effectively and compete with weed seeds, helping reduce weed pressure naturally.Optimising root and bulb growth
With nutrients and water more readily available and less stress from compaction or weeds, roots grow downwards, feeding the bulb rather than the stem. This supports firmer skin and better overall quality.Translating soil improvements into crop outcomes
The combination of better structure, nutrient cycling, and root development results in onions that:Maintain or increase bulb size without extra fertiliser
Develop firmer skin and better quality
Require less herbicide to manage weeds
Hops
Good lateral growth on the vines which is needed for tying them up.
Good flower buds and leaf coverage.
Lush green colour and coverage overall.
Bigger yield and better quality crop compared to parallel crop grown using competitors product.
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Improved soil structure and root environment
Creates better aeration and drainage, allowing hop roots to grow deeper and more extensively.Enhanced nutrient availability and uptake
Compounds in DCT products chelate key minerals, making them accessible for leaf, bud, and vine development.Support for soil biology
Active microbial populations improve nutrient cycling, helping hops access nitrogen, phosphorus, potassium, and trace elements efficiently.Stronger plant vigour
With deeper roots and balanced nutrients, hops develop lateral growth, canopy density, and bud formation, translating into higher yields and better crop quality.
Berries
Stronger cane,
especially those that are growing now for next years berries.
The increase in cane strength meant less damage to vines during harvesting.
Yield increased from 3 ton to 6 ton and still growing into February when growth would normally stop around early January.
Increased soil health.
Increased plant health.
Increase in yield.
Improved drainage
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Enhanced soil structure
Creates aerated, well-drained soils that support root growth and reduce waterlogging, helping canes develop strength.Improved nutrient availability
DCT products increase the accessibility of key minerals and trace elements, supporting cane growth, leaf development, and fruit set.Support for soil biology
Beneficial microbes help cycle nutrients efficiently and maintain a healthy root zone, contributing to sustained growth later in the season.Stronger plant and fruit development
Healthier roots and nutrient access translate into more robust canes, improved berry quality, and higher yield.
Organic Matter
Over 6 months
with treatment of our unique product we saw an increase in organic matter in the soil
From 3.2 to 7.8
an increase of 143.75%
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Stimulate soil biology
Compounds in DCT products provide energy and substrates for beneficial microbes, helping them break down residues and incorporate them into stable organic matter.Enhance nutrient cycling
Improved microbial activity converts plant and organic residues into forms that enrich the soil, boosting overall fertility.Improve soil structure
Aggregated soils retain organic matter more effectively, reducing erosion and loss of carbon from the soil surface.Support root growth
Healthier, deeper roots contribute organic matter through root exudates and decaying root material, further increasing soil carbon content.
The result is a more biologically active, nutrient-rich soil capable of supporting healthier pasture, crops, and long-term productivity.
Save on Fertiliser
After using our product, our market gardening client commented that they could
“halve their fertiliser and still achieve the same results, if not better.”
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Improved nutrient availability
Compounds in DCT products chelate minerals, keeping them in forms plants can readily use, so less fertiliser is needed.Enhanced soil biology
Active microbes cycle nutrients efficiently, releasing nitrogen, phosphorus, and trace elements as plants need them.Better root growth and soil structure
Stronger roots and improved soil aggregation allow plants to access nutrients more effectively.
By improving soil function, DCT products help growers get more from what’s already in the soil, reducing reliance on external fertiliser while maintaining or improving crop performance.
Tristans Testimonal
Leigh’s Testimonal
