Natural Intelligence Farming

17/05/2026

What if flavour was more than just taste?

Polyphenols are natural compounds produced by plants that play a key role in colour, aroma, bitterness, complexity and flavour. They’re also widely studied for their antioxidant and anti-inflammatory activity, as well as their relationship with gut health and overall human wellbeing.

But here’s where it gets interesting…

Plants don’t produce these compounds by accident.

Polyphenols are part of a plant’s natural defence system. When a plant experiences stress, such as insect feeding, UV exposure, disease pressure or environmental challenge, it can respond by producing protective compounds.

In other words, some of the flavour and function we value in food is created through biology doing what biology does best: adapting.

And in healthy soils, plants are not acting alone.

Through living microbial communities and mycorrhizal fungal networks, plants can exchange signals, nutrients and information below ground. When one plant is under attack, nearby plants may begin activating their own defence pathways before they are directly affected.

That means the health of the soil can influence the chemistry, resilience and flavour of the food grown above it.

When farming systems aim to remove all biological interaction and create overly sterile environments, we may also reduce some of the natural triggers that encourage plants to produce these protective compounds.

Food can look perfect… but still lack depth, flavour and complexity.

Maybe flavour is one of nature’s signals.

A signal that the soil is alive.
The plant is functioning.
And the food is carrying more than just calories.

Healthy soil doesn’t just grow crops.
It grows better food.

13/05/2026

Western Australia is home to some of the oldest soils on Earth.
Not rich in nutrients… but rich in intelligence.

For hundreds of millions of years, these landscapes evolved without glaciers or major geological reset. Which meant life had to adapt rather than restart.

So plants partnered with fungi.
Fungi partnered with microbes.
And together they built underground communication and nutrient-sharing networks sophisticated enough to keep life thriving in some of the harshest conditions on Earth.

Modern science is only just beginning to understand how these relationships work.

Healthy soil microbiomes can help plants access minerals, exchange nutrients, improve resilience to stress and influence the nutrient density and flavour of the food we eat. The flavour of nature is deeply connected to the biology beneath our feet.

Which made the timing pretty perfect when found himself at Miller + Baker with a coffee in hand just as the Matters of Taste food tour arrived.

An impromptu conversation about Natural Intelligence Farming quickly turned into something bigger:
A reminder that some of the most powerful innovations for our future may not be inventions at all… but ancient systems we’ve forgotten how to listen to.

Food for thought:
If flavour, resilience and nutrient density all begin in the soil… should we be paying more attention to how our food is grown?

12/05/2026

For decades, farmers have been told to “produce more for less.”
But what if the future of farming wasn’t decided only on the farm… but also at the checkout counter?

Every time we buy food, we cast a vote for the kind of agricultural system we want to exist.

A vote for food grown with care for soil health.
A vote for nutrient density and flavour.
A vote for landscapes with more biodiversity, more resilience and healthier ecosystems.
And ultimately, a vote for human health too.

The reality is that industries follow demand.
When consumers begin actively seeking out higher quality food, asking questions about how it was grown, and supporting farmers and brands doing things differently, the market responds. Farmers respond. Supply chains respond.

We’re already seeing it happen across the world.
From regenerative grains entering some of the world’s largest brewing companies, to chefs, bakers and consumers placing greater value on quality, transparency and farming practices that work in unison with nature.

The exciting part is that people living in cities are not disconnected from this change. In many ways, they are one of the most powerful drivers of it.

You don’t need to own land to help regenerate it.
You simply need to support the people who are trying to farm in a way that leaves both the land and the food better than they found it.

Change rarely happens overnight.
But collective demand has always shaped the future of industries.

And perhaps one of the most hopeful things about that… is that every meal becomes an opportunity to help create a better food system.

11/05/2026

05/05/2026

Nature already solved the problem…
we just forgot to listen.

Beneath our feet is a living network. Fungi, bacteria and plants all working together in constant conversation.

Mycorrhizal fungi connect plants, extending their reach and moving nutrients, water and carbon through the soil.
Microbes fix nitrogen from the air, unlock phosphorus from the soil, and release potassium from minerals.

Nothing is missing.
It’s just waiting to be cycled.

Plants lead the process, sending signals through their roots, calling in the exact microbes they need. In return, those microbes deliver nutrients in a form the plant can actually use.

It’s not a system of inputs…
it’s a system of relationships.

When we nurture these relationships, soil begins to function as it was designed to. Self-regulating, resilient, and productive without reliance on synthetic NPK.

When we disrupt them… we replace them.

Natural Intelligence Farming is about restoring that connection.
Working with nature… not against it.

29/04/2026

Beer wasn’t meant to be disconnected.

At this year’s Grounded Festival, Matt Haggerty spoke about how beer began as a true farm product. Brewed by farmers’ wives, shaped by the seasons, and once even safer to drink than water.

Fast forward to today… and that connection has been lost.

Beer, at its core, is agricultural. Yet most of it is now far removed from the soil, the farmer, and the story of how the grain is grown.

But the soil still matters! More than ever!

Barley grown in living, microbially diverse soils carries a different mineral profile, enzyme activity and protein structure… directly influencing how it malts, ferments and ultimately tastes in your glass.

And things are starting to shift.

Global brewers like Guinness, Carlsberg and Lion are investing in regenerative grain. Recognising that better farming creates better beer.

At Natural Intelligence Farming, we’ve seen it firsthand.

In collaboration with Lion, Little Creatures has brewed beer using 100% NIF malt barley

Reconnecting soil to sip.

Because the future of beer isn’t just about flavour…

It’s about where it begins 🌾🍺

25/04/2026

At the going down of the sun and in the morning,
We will remember them.

Lest We Forget ❤️

21/04/2026

The current instability in the Middle East is once again putting global fertiliser supply under pressure. Highlighting just how exposed food systems like Australia’s can be when they rely heavily on imported inputs.

This isn’t about criticising fertiliser use. For many farmers, it has been an essential tool. But moments like this invite a bigger question: what if there are other ways to build resilience into our farming systems?

In this clip, Dianne Haggerty shares how, through Natural Intelligence Farming, cereal crops are being grown without the addition of synthetic NPK (nitrogen, phosphorus, potassium). Not by removing nutrients from the equation, but by changing how they are cycled.

In a biologically active soil, nutrients aren’t simply “added”. They are continuously transformed, mobilised and regenerated.

Nitrogen, for example, can be fixed from the atmosphere by free-living and symbiotic microbes, then stabilised in organic forms within the soil. Phosphorus and potassium, often abundant but locked in unavailable forms, are solubilised by bacteria and fungi that release organic acids and enzymes, making them accessible to plants when needed.

At the centre of this system are mycorrhizal fungal networks, extending the effective root system of plants and facilitating the exchange of nutrients in return for carbon. Alongside them, a vast microbial community decomposes organic matter, recycles nutrients, and rebuilds soil reserves over time.

At the same time, this biology rebuilds soil structure, creating a sponge that holds more water, buffers dry periods, and improves plant resilience. Moist, well-structured soils can also moderate temperature swings, helping reduce frost impact.

The result is a system where crops are not mining the soil, but participating in a living cycle! One that can maintain and even increase nutrient availability while producing food.

Resilience in agriculture may not come from adding more inputs, but from rebuilding the natural intelligence of the soil itself.

08/04/2026

The GROUNDED programme has just been announced… and it’s shaping up to be something special

I can honestly say this is Australia’s most useful, enjoyable and thought-provoking food and farming festival — I’ve been to the first two, and each one leaves you seeing food, farming and the world a little differently.

In 2026, I’ll be joining 70+ incredible speakers from across Australia and around the world — all coming together to explore what a more resilient, sustainable future can look like.

Whether you’re a grower, an eater, or somewhere in between… this is for you.

Because in times like these, conversations around food systems, soil health and resilience aren’t just interesting — they’re essential.

Hope to see you there.

🎟️ Check the link in bio for tickets

02/04/2026

The future of beer is returning to its roots… and it’s never looked more exciting.

At the Festival, Matt Haggerty shared a powerful shift underway within the global brewing industry, one that’s reconnecting beer to the land it comes from.

Major brewers like Carlsberg are actively investing in regenerative agriculture programs, working directly with farmers across Europe to transition barley production toward practices that rebuild soil health, increase biodiversity, and reduce emissions across their supply chain. Their ambition isn’t small, it’s a long-term commitment to sourcing more of their raw ingredients from systems that restore, rather than deplete.

Similarly, Guinness (under Diageo) has been advancing regenerative pilot programs and sustainable sourcing initiatives, aiming to support growers in improving soil function, resilience, and productivity, while lowering the environmental footprint of every pint poured.

This isn’t just a trend. It’s a transformation.

Because when barley is grown in living, biologically active soils, it doesn’t just benefit the landscape—it elevates the quality of the grain itself. Flavour deepens. Nutritional integrity improves. The story of the land begins to show up in the glass.

And in that, beer becomes more than a beverage.
It becomes a bridge.

A bridge between farmer and brewer.
Between soil and society.
Between what we grow and how we live.

For too long, those connections have been lost to scale and separation. But now, we’re seeing a return! Where brewers once again know their growers, and farmers are valued not just for yield, but for how they care for the land.

This is the opportunity ahead:
To craft beer that not only tastes better, but does better.

To support farmers working in unison with nature.
To rebuild our soils, one crop at a time.
And to raise a glass to a system that gives back more than it takes.

TICKETS FOR are available.
Matt Haggerty will be there both days on 22nd and 23rd of April down at .yan.gurt.west.farm in Victoria so head to the Grounded Australia website for more info and tickets!