Happy Soils

Capturing, converting

and restoring

A Revolution in Soil science

Healthy Soil biota is Mother Nature’s way to balance and serve humanity.

By restoring soil with Happy Soils we are able to unlock important communication pathways and usher in an era of regeneration, restoration, food security and abundance for all.

UNLOCK THE POWER OF

EXTENDED MICROBIAL LIFE Happy Soils is a game-changer for your soil’s microbial ecosystem. It extends the lifespan of beneficial bacteria to an impressive 72 days, covering an entire crop cycle. Without this innovative technology, these microorganisms typically survive for a mere 96 hours.

ENHANCED COMMUNICATION Our Happy Soils formulation doesn’t just stop at longevity – it revolutionizes the way plants communicate with the soil. By influencing vital communication pathways and collaborating with the plant’s natural immune system, we amplify the overall activity within the soil structure.

IMMUNITY BOOST With Happy Soils, your plants can now engage in genuine communication within their biota. This newfound dialogue empowers them to build a natural immunity against pathogenic activity and fungal diseases, previously thought uncontrollable.

PRECISION MICROBIAL MIMICRY Unlike traditional approaches, where microbes often act independently and unpredictably, Happy Soils takes a different path. Our technology understands and regulates microbial behaviour, ensuring that they mimic only the positive dominant species. Say goodbye to unpredictable and passive results.

Microbes don’t behave, they do what they want, whenever they please; Happy Soils has been developed to understand and regulate this activity.

THE PLANET

AND HAPPY SOILS

Happy Soils stands at the forefront of soil science innovation, presenting a breakthrough technology that addresses a global concern – the capture and conversion of N2O, a silent but potent threat to all life on Earth, including humans.

While we are aware of the environmental impacts of carbon dioxide, N2O’s comparative effect on climate events is far more profound. It significantly contributes to wildfires, storms, floods, and extreme weather patterns while depleting our oxygen levels and contaminating our rainfall.

During rainfall cycles, N2O descends from the stratosphere and settles on our soils. Here’s where Happy Soils’ biofilm production technology plays a vital role. Think of it as a protective “cling wrap” for the soil, trapping N2O within. Once captured, the process of conversion begins within the soil’s biota, transforming N2O into plant-available nutrients.

Just as carbon sequestration enhances the relationship between gas conversion and soil biology, it leads to a significant increase in plant exudates, thereby bolstering our ecosystems and promoting the release of clean oxygen.

LIBERATE YOUR MIND TO THE WONDERS OF SOIL

Below our feet, in the soil, lies a universe of life.

In the quest to unlock the wonders of soil, we must liberate our minds and embrace the Soil Food Web – a diverse community of microorganisms essential for life on Earth. This intricate web of communication, known as the soil’s biota, plays a pivotal role in maintaining balance. Without this balance, life on earth would simply seize to exist.

Chemical and synthetic inputs disrupt these crucial communication pathways, hampering nature’s delicate equilibrium.

SOIL BIOLOGY AND
COMMUNICATION PATHWAYS

Just like humans have DNA, so does soil.

The interplay of dominant, positive, and negative genes profoundly affects nutrient uptake. The Soil Food Web communication pathways drive this process. The disruption of this natural DNA sequence through chemical inputs can hinder the plant’s growth and health. Soil balance and biology are not just vital for plants but also impact human health and the planet’s wellbeing.

THE SCIENCE OF

RHIZOSPHERE COMMUNICATION PATHWAYS

Happy Soils can be described as a Rhizospheric Communications Pathway, facilitating Mobile Genetic Elements Transfer (MGET) biometrics within the soil. This empowers the symbiosis between bacteria, fungi, and plant roots, allowing for the exchange of essential genetic messages.

Bacteria and fungi have a remarkable ability to share genes, adapting to environmental changes. The process of Genetic Element Transfer is dynamic and relies on form and modulation formation.

Understanding Bacterium Genes

Happy Soils has identified key elements influencing this phenomenon, particularly the domineering factor vital for survival. Linked to the Ribosome cell of certain bacterium species, this characteristic plays a crucial role in reproduction. Happy Soils has harnessed this function to ensure positive outcomes in bacterium reproduction.

CURIOUS TO KNOW MORE ABOUT HOW HAPPY SOILS CAN TRANSFORM YOUR FARMING PRACTICES?

Reach out to our experts, and we’ll be delighted to provide further insights.

Healthy soil is Nature’s way to balance and serve humanity. By restoring soil, we are able to reactivate the operating system and usher in an era of regeneration, restoration, food security, and abundance for all.