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Food for Health — Why This Matters

I have recently published a short article in the Gbiota Club area on closed Gbiota beds. It is available free to anyone who joins the Gbiota Club, and that raises a fair question. Why publish some material inside a community rather than simply placing it openly on the web? The answer goes well beyond marketing or exclusivity and cuts to the heart of how technology, society, and health interact.

Technology is one of the defining forces of modern society. It can bring enormous benefits, but it can also cause serious harm if left unchecked. I know this from direct experience. I was an early pioneer in the computer revolution, founding a company in my spare bedroom that went on to become a significant international business and Australia’s leading exporter of technical software. I have seen firsthand how quickly technology can reshape industries and lives.

After that chapter, I moved on to other technologies, including intelligent irrigation scheduling systems based on what is now called artificial intelligence. In reality, this is self-learning software that can analyse and adapt to vast amounts of information well beyond human capacity. Even for someone deeply committed to technology, this capability is confronting. It is powerful, effective, and potentially destabilising.

The Double Edge of Technology

Left unchecked, modern technology can threaten social stability. It can displace millions of people from meaningful work and funnel wealth toward a very small number of individuals, while lowering the living standards of many. At the same time, technology also has the capacity to dramatically improve quality of life. The key question is not whether technology is good or bad, but how its benefits are distributed.

If technological progress enriches a few while degrading the lives of the many, the outcome is social dissatisfaction, division, and instability. We see the results every day when we turn on the news. As technology developers, we have a responsibility to consider the social consequences of what we create, not just its technical success.

Today, my focus is food production, and this may be the most important technological challenge of all. People are becoming sick and dying prematurely from food that is fundamentally inappropriate for human biology. This is not an abstract problem; it is playing out globally in the form of obesity, diabetes, cardiovascular disease, and other chronic conditions.

Food, Profit, and Chronic Disease

The reasons are not hard to identify. Trillions of dollars circulate through financial institutions seeking the highest possible returns, often with little regard for social consequences. Chemical industrial agriculture has been extremely profitable for a small group, but it is harming people on a massive scale. The food system prioritises shelf life, processing efficiency, and profit over nutrient density and biological integrity.

As a result, people across the world are getting fat and sick, and the connection to food quality is direct. My interest is in reversing this trend by making genuinely healthy food readily and economically available. This is what I mean by “health from food”.

From a technical standpoint, I am confident. Our understanding of soil biology, nutrient availability, water storage, and resilience to extreme weather has advanced dramatically. We now understand how biologically active soils not only produce more nutritious food but also store carbon and water, improving both human health and environmental stability.

Gbiota Beds and Gut Biology

Within the relatively niche area of Gbiota beds, we have developed systems capable of growing produce rich in nutrients and living biology. These are the components required to support gut biota, the intelligent control system that largely determines what we eat and how much we eat. There is no longer any serious doubt that how our food is grown profoundly affects human health.

Technologically, the problem is largely solved. We know how to grow food that supports health. Yet this is where we encounter a major roadblock.

I live in a major horticultural region and regularly speak with young, idealistic growers who want to improve their soils and grow food that genuinely benefits human health. They tell me they wish the community would support them by buying their produce. At the same time, I speak with consumers who want to eat healthier food but find it difficult or prohibitively expensive to access.

Both sides want the same thing, yet the system fails to connect them. This disconnect is exactly what the Food for Health project aims to address.

Trust: The Missing Link

From a mechanical perspective, connecting growers and consumers is not difficult. Websites such as pickandeat.shop can link producers directly with buyers. The real challenge is trust. Consumers must trust that food is grown the way it claims to be grown, and growers must trust that they will be paid fairly and reliably.

Trust cannot be manufactured by technology alone. It requires social structures. The key is creating local groups with local coordinators who can bring growers and consumers together. This human layer is currently missing, and without it, even the best technology will fail.

This is an appeal to people who feel they may be able to take on this socially important role. By helping coordinate local food-for-health groups, you become part of reversing the chronic disease epidemic by giving people the most powerful preventative tool available: real food.

How to Participate

If you prefer a passive role, there are still simple ways to help. The pickandeat.shop website will be launching shortly. You can register as a prospective consumer and encourage friends to do the same. All information remains confidential.

Many readers simply want to grow some of their own food, which is excellent. Others may wish to explore small-scale local food businesses, and commercial growers are also welcome, whether or not they use the Gbiota system specifically. Regenerative approaches of all kinds belong within the food-for-health ecosystem.

Fermented foods, sourdough bread, and other traditional practices that support gut health are also an important part of this movement. Anyone interested can contact me directly by email.

Food for Health — Making It Happen

Technically, we know how to grow food that improves health and helps reverse chronic disease. However, new technologies always require social adaptation. This section explores how society must change to take advantage of healthier food systems.

Food for Health — Overview

This overview explains how food influences health by shaping gut biology, which in turn controls appetite, cravings, and long-term wellbeing.

Food for Health — Quick and Easy

In this video, I demonstrate how a healthy meal can be prepared in just five minutes, directly from garden to plate.

Food for Health — Food Shopping

This segment follows children shopping with their grandparents, revealing what influences food choices at a young age.

Food for Health — Cooking for Taste

Here, practical tips are shared on how to cook healthy food so that it tastes good, even after a long working day.

Food for Health — Gut Biology

While we have made great progress against infectious diseases, chronic diseases now dominate. Damage to gut biology disrupts appetite control and metabolism. This cannot be fixed by fad diets, but by rebuilding gut ecology through appropriate food.

The Role of Community Power

Across the globe, poor-quality food is destroying health while soil and water systems are degraded to satisfy short-term profit. This does not have to be the future. We already have the technology needed to grow healthy food sustainably. What we need now is cooperation.

Mega-corporations wield immense advertising power, but coordinated community action has repeatedly proven stronger. People power can reshape food systems, just as it has reshaped other industries.

The Gbiota Club was formed to develop and share the technology required to grow food for health. That goal has been achieved. The next step is distribution, coordination, and scale.

Gbiota Beds: The Technology Foundation

Over twenty years ago, we developed and promoted the concept of the wicking bed, using a subsurface water reservoir to dramatically improve water efficiency. This evolved into the Gbiota bed, where biologically rich compost teas are pulsed through a flood-and-drain cycle.

The aim is not only nutrient-rich plants but also the stimulation of gut biology through living food. One key application is growing baby greens that act as sugar blockers in the fight against diabetes and obesity.

A Short Story with a Serious Message

To explain these ideas, I sometimes use storytelling. The story of Sir Phytonutrients and his battle against “Dr Big Food” may seem whimsical, but it reflects a real struggle. Hundreds of millions suffer from diabetes worldwide, with devastating consequences. The solution is not more pills, but better food grown in healthy soil.

Stories travel where technical papers do not. Twenty years ago, wicking beds spread because people shared them with friends. The same approach can work again.

The Next Chapter

I am now waiting to see how this story continues. People can dismiss it, debate it, or join it. Those who choose to help can become growers, coordinators, educators, or simply advocates for better food.

This is not about perfection. It is about direction. Everyone deserves access to food that supports health, produced in a way that restores soil, water, and community.

Together, we can make this happen.

Colin Austin 

Modern food is abundant, but it often pushes us toward excess sugar and fats while quietly leaving out minerals, vitamins, and the living biology that supports gut health. The coming food revolution is simple: make fresh, growing plants practical for everyday people. Wicking baskets can bring living food to doorsteps, so people can “graze” leaves as needed instead of buying harvested, declining produce. This is healthier, cheaper, and powered by local growers and people-to-people sharing.

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Synopsis

The modern factory farming and processed food system is helping to drive chronic disease by making it easy to overeat fats and sugars while making it hard to access mineral-rich, biologically active plant food. Most medical and dietary professionals agree on one broad direction: eat more fresh fruit and vegetables grown in nutritious soil.

Gardeners can do this by growing their own, but most people do not have the time, space, or skills to reliably grow a steady supply of fresh food. The aim here is to solve that problem by separating growing into two roles: a skilled grower raises living plants in a portable wicking basket, and the customer simply keeps it watered and picks leaves as needed.

This is not about building a large central corporation. It is about a network of independent local growers supplying people in their area. A grower could be a grandmother with time to grow for her busy family, a small local producer at a farmers market, or a specialist growing rare plants that are hard to buy but may have health value.

An internet service can help connect growers and consumers, allowing growers to explain how they grow and what is available, and allowing consumers to find growers in their local area. The core idea is practical: make healthy food easy and normal, not a niche hobby for the privileged.

Abstract

Poor diet is now one of the most serious global problems. A practical technology, the wicking basket, can bring fresh, living produce to people who cannot grow their own. The major challenge is not technical, but social: how to establish a new habit against the scale and budgets of the processed food industry.

The approach proposed here is a “kickstart” operation: people try a wicking basket without obligation, experience the benefits directly, and then spread the word through personal networks. This is deliberately simple: people power versus corporate might. If you act on these ideas, the creative commons section matters, because fairness and acknowledgement are part of the philosophy.

How Revolutions Happen

Many revolutions are obvious in hindsight but unclear when you are standing in the middle of them. Cheap and reliable cars changed where people lived, how suburbs formed, and how we worked and travelled. Computers changed engineering and business. Smartphones and the internet changed how we communicate and purchase. At the beginning, the full impact is rarely clear.

Food is now ripe for a revolution, not because we lack food, but because our food environment is shaping our health in ways we can no longer ignore.

Why Food Is Ready for the Revolution

Daily news is full of tragedies, and many people feel powerless to act. But there is a quieter crisis that is far larger: diet-driven illness. Poor diet is harming and killing people on a scale that dwarfs most headline events. It is maiming millions and affecting billions, and it is one of the greatest modern threats to health and quality of life.

For some people, this is deeply personal. When poor diet leads to serious disease in a family, it stops being an abstract argument and becomes a practical problem that demands a practical solution.

The claim here is direct: a healthy diet does not need to cost more. With the right systems, it can cost less and reduce medical costs and suffering. That is the motivation behind this food revolution.

Variety Is Not Real Choice

Supermarkets can give the appearance of choice while delivering the same underlying product. In the breakfast cereal aisle you can see many brands, colours, and promises, but much of it is controlled by a small number of companies and built on the same base ingredients, tuned with sugars and salt to taste good and encourage repeat eating. The variety is often packaging and marketing, not genuine nutritional diversity.

Then you walk to the “fresh produce” section and it looks better, but there is a catch: the produce is harvested, meaning it is no longer growing. It is slowly declining. Modern supply chains have become very good at selecting and handling varieties for shelf life and transport toughness. Nutrition and health are often secondary to storage life and appearance.

The range is also narrow compared with what is possible. Humanity eats a tiny fraction of the edible plant diversity available in nature. That alone suggests there is room for change.

What Doctors Broadly Agree On

Diet debates can be noisy, with countless opinions and branded approaches. But if you step back and ask for one broad point of agreement, a common message emerges: most professionals agree we eat too much fat and sugar and we should eat more plant-based food grown in nutritious soil. That plant food should contain vitamins, minerals, trace elements, and fibre.

There is also a practical point hidden inside that advice. Sugars and fats can act as appetite enhancers. They make food easy to overconsume. If the diet is also short of minerals and trace elements, appetite signals can become distorted and people may feel hungry more often. In contrast, fibre tends to support fullness, reduce the urge to keep eating, and help the body clear unwanted compounds.

In simple terms: many of the most expensive “health” products try to sell a solution that ordinary, fresh, well-grown plants can provide naturally, if people can access them easily.

Why “Organic” Alone Does Not Solve the Problem

Organic produce is valuable, and avoiding harmful chemicals matters. However, organic food can be priced out of reach for many households. Healthy food should not be a luxury product that only some people can afford.

There is another issue that is less discussed: even organic produce is usually harvested produce. Once picked, it is no longer alive and it begins to decline. Some nutrients degrade over time, and flavour changes quickly. Taste is not a perfect scientific measure, but it is often a useful indicator of freshness and nutrient presence.

This leads to a bigger shift in thinking: instead of buying plants after harvest, make it normal to access plants while they are still growing.

Living or Dead: The Grazing Revolution

When you buy a lettuce, you buy one plant, and over the next few days you eat one plant. That is the harvest model. The grazing model is different: you take part of the plant, such as outer leaves, and the plant regenerates. Plants evolved alongside grazing animals. Regrowth is normal.

Many highly nutritious plants regenerate well when grazed. Examples include watercress, kang kong, kale, and silverbeet. In a living system you do not just get a single meal. You get ongoing produce from the same living plant, provided the soil stays fertile and biologically active.

To maintain nutrient quality you do need to support the soil. But the ongoing costs can be small, especially if kitchen scraps are recycled through composting or worm systems. The practical claim is simple: living plants can be healthier and more economical than repeatedly buying harvested produce.

Home-Grown Food in the Internet Age

Growing food at home has clear benefits beyond nutrition: exercise, relaxation, and a sense of control. But growing a reliable, diverse, continuous food supply is not easy in modern life. Work, travel, children, and changing schedules make consistency difficult. Germination and growth are unreliable, and home growers often experience surplus and shortages. Many people also do not have the knowledge to grow the wide range of plants needed for a balanced diet.

Community exchanges can help, with neighbours swapping plants or produce to smooth out supply gaps. The internet can amplify this by connecting people beyond a small circle and helping growers and consumers find each other efficiently.

The Privileged Gardeners

This is not an attack on gardening. It is a recognition of limits. Gardening as a major food supply is often a privilege. Many people live in apartments, rent without garden access, work long hours, travel, or simply lack the ability to manage a garden continuously.

Yet diet-driven disease is widespread. If the solution depends on everyone becoming a gardener, it will not scale. The question becomes: how can people get the benefits of living, home-grown food at their doorstep when they cannot grow it themselves?

The Solution: Split Growing into Two Stages

The technical solution is a portable version of a wicking bed: a wicking basket that can be exchanged. This creates two roles.

1. The grower: someone with time and skill grows plants in a wicking basket, using a high-quality, biologically active soil mix, and supplies the basket when it is ready.
2. The customer: the person who wants the food simply tops up water occasionally and picks leaves as needed.

For the customer, the habit becomes easy. Instead of opening the fridge for processed snacks, they can step outside and pick fresh leaves. The plant continues to grow. Food is available immediately, and it is genuinely fresh because it is still alive.

The grower does not have to be a large business. It could be a neighbour, a retired parent, a community group, a small local producer, or someone specialising in rare plants with particular health value. The internet becomes a connector between people who want healthier food and people who can grow it.

The Real Challenge: Changing Habits in a High-Budget Food World

The main competitor is not home gardening. It is the processed food industry and the supermarket system. These are powerful organisations with large budgets, deep psychological research, and expertise in producing foods engineered for desire and habit. The goal is profit, and health usually matters only when it affects sales.

In business terms, it is sensible to do a simple SWOT analysis. On paper it looks unbalanced: individuals and small growers versus multinational marketing. But history shows that a product that gives real, obvious benefits can spread by word of mouth, even without a marketing machine.

Why Word of Mouth Can Still Win

Advertising is now so common that people develop immunity. Slick messages blur together. But direct experience is different. When a person tries something and feels genuine benefits, they talk. Not everyone, not always, but enough to matter.

That is the theory behind “people power.” If people can experience living food at their doorstep, the story becomes real, not theoretical. This is how simple technologies can spread in an internet-connected world: through a chain of personal trust, social sharing, and practical demonstration.

Finding Early Adopters: Operation “Kickstart”

The first step is to reach “early adopters,” the people willing to try something new. The proposed kickstart operation is straightforward: produce a limited batch of wicking baskets, fill them with a high-performing soil mix (structure, chemistry, and biology), and include a selection of plants so users can experience grazing living produce immediately.

The plant selection can be grouped into overlapping categories:

• Plants known for high vitamin and mineral content (for example watercress, kale, spinach).
• High-fibre plants that support fullness and good digestion (for example kang kong, silverbeet, Chinese cabbages).
• Fast-growing, familiar plants that build confidence quickly (for example lettuce, radish, rocket, cress).
• Plants with reputed special health benefits that are often hard to buy (examples may include gota kola, brahmi, herb robert).

The intention is to include at least four different varieties per basket when possible and, where practical, adapt plant choices to customer preferences and availability.

The proposed trial is based on trust: people can try the system without upfront payment. If they see the value, they pay and tell others. If they are not convinced, they return the basket. The idea may sound unconventional, but the aim is not to optimise a business model. It is to start a movement that can improve health at scale.

The Next Stage: A Network of Local Growers

The long-term goal is not to ship soil and plants over distance. That is costly and inefficient. The goal is to develop a network of independent growers who produce soil and plants locally and supply customers nearby. Empty baskets are light and can be shipped in bulk, but the best system is local production and local exchange.

Some growers may do this simply to support family, friends, and community. Others may build small businesses. The key is that the system can operate without central control: local knowledge, local plants, local trust.

Creative Commons: Sharing Ideas with Fairness

There is a tension in how society handles ideas. One extreme treats intellectual property as a tool for monopoly power and maximum profit. The other extreme insists all ideas should be free with no recognition or return for the innovator. Both extremes create problems.

Diet, health, and sustainable food systems are too important to be trapped behind secrecy, but they also take real time and cost to develop. A balanced approach is needed so ideas can be shared for community benefit while still protecting fair recognition and enabling ethical commercial use.

The creative commons approach aims to do that. People can share and use the information freely for non-commercial purposes, provided they acknowledge the source. For commercial use, formal agreement is required, typically through a simple licensing arrangement. This creates a pathway for community action while keeping the work coherent, credited, and able to continue over time.

Next Steps and Contact

If you want to learn more, become an early adopter, or explore how the wicking basket system could work in your local area, contact Colin Austin: colinaustin@bigpond.com. The aim is to bring together growers and consumers through web-based connection and local relationships, so living food becomes normal, affordable, and practical.

Many modern chronic diseases share a common starting point: visceral “fat tummy” fat, often called metabolic syndrome. This condition can progress to type 2 diabetes, heart disease, stroke, and faster cancer growth. Conventional advice based on calories and low-fat diets has failed. This article explains why hormones and gut biology matter more than willpower, how modern food disrupts natural controls, and why a practical, ecology-based approach offers a more realistic path to long-term health.

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The Yunnan shock

A trip to Yunnan in south-west China forced me to rethink much of what I believed about diet and health. While there, I observed people eating what most would consider an ideal traditional diet. The soils were rich, the food was locally grown, chemical inputs were almost nonexistent, and meals were prepared in familiar ways that had changed little over generations. Yet I was confronted with something unexpected: fat tummies were appearing, even among children.

Not everyone was overweight. Many people were slim, active, and healthy looking. But enough were developing central fat to raise serious questions. What had changed? The answer was not opium or alcohol or anything exotic. It was refined sugar and refined flour, introduced through modern packaged foods, fizzy drinks, and frozen treats. These were not eaten occasionally as luxuries but increasingly as part of daily life.

Sugar in fruit and starch in whole grains are foods humans have managed for millennia. The problem arises when these are refined, concentrated, stripped of fibre, and absorbed rapidly. Concentration changes everything. Just as alcohol distilled from fruit behaves very differently to fermented fruit itself, refined sugar behaves like a drug rather than a food. Cravings develop, appetite control weakens, and fat accumulates where it does the most harm.

The global fat-tummy crisis

What doctors call metabolic syndrome is not simply about appearance. Visceral fat wrapped around organs interferes with insulin signalling, drives inflammation, and dramatically increases disease risk. Diabetes, heart attacks, strokes, and some cancers cluster around this condition. It is not a marginal issue affecting a few; it is the defining health problem of our age.

Globally, billions are now overweight or obese. The economic cost is measured in trillions, but the human cost is far greater: blindness, amputations, chronic pain, loss of independence, and shortened lives. Most health systems are structured to manage symptoms, not reverse underlying causes, and they are already overwhelmed.

Why this matters personally

This issue is not academic for me. My wife Xiulan was diagnosed with diabetes years ago. Acting on prevailing medical advice, I encouraged her to follow a low-fat diet. I now believe that advice did harm. She was constantly hungry, cravings intensified, carbohydrate intake increased, and her condition deteriorated. Her eyesight suffered. She fell and broke multiple bones. I have spent years trying to prevent the grim outcomes that too many diabetics face.

I have deep respect for medical science. Surgery and acute care are extraordinary achievements. But diet advice for chronic disease has repeatedly failed in practice. When outcomes keep getting worse, it is time to question the underlying assumptions.

Why classic diet theory failed

Much dietary advice rests on population statistics. Statistical significance, however, is not the same as practical usefulness. A car that starts 60 percent of the time might be statistically interesting but is useless in real life. Many dietary studies suffer the same flaw. They describe weak averages that do not reliably help individuals.

The real test of any theory is prediction. If a dietary model cannot reliably predict outcomes for individuals in the real world, it has failed, no matter how persuasive the graphs appear.

The calorie myth

The idea that weight is simply “calories in versus calories out” sounds scientific, but it ignores biology. Humans do not burn food in a laboratory calorimeter. We absorb, store, and excrete energy under hormonal control. The body decides whether energy becomes fat or waste, and that decision is not conscious.

This explains why people can eat similar calories and experience wildly different outcomes. Some remain lean with ease, while others gain fat despite careful restriction. Identical twins can diverge. Calories alone cannot explain this.

The hormonal control system

A more useful model is that the body operates a complex control system involving hormones, the nervous system, and the gut. Insulin plays a central role. When blood sugar rises, insulin moves sugar into cells, often storing it as fat. Elevated insulin also suppresses leptin, the hormone that signals fullness. The result is a cruel loop: fat storage increases hunger.

From this perspective, people do not get fat because they overeat. They overeat because their bodies are driven to store energy as fat. Appetite is a consequence, not a cause.

The gut as a “third brain”

We can think of humans as having three interconnected brains: the brain in the skull, the nervous system of the gut, and the gut microbiome itself. The trillions of microbes in our intestines form an ecosystem that communicates chemically with our nervous system. These microbes influence digestion, immunity, inflammation, mood, and appetite.

Microbial communities evolve rapidly. When fed refined sugars and flours, microbes that thrive on these foods multiply. Over time, they dominate the ecosystem and signal for more of what they prefer. We experience those signals as cravings. This is why willpower is such a weak defence against modern food.

Why modern life disrupts gut biology

For most of human history, gut ecosystems were shaped by diverse, fibre-rich foods, soil contact, and fermented foods. In a very short time, we introduced antibiotics, antiseptics, ultra-processed foods, and sterile environments. Beneficial organisms were damaged, while opportunistic species flourished.

The result is not simply poor digestion but a distorted control system that drives overeating and fat storage. This is why the fat-tummy crisis cannot be solved by calorie counting alone.

Changing the ecosystem, not fighting it

If the problem is ecological, the solution must be ecological. The goal is not to sterilise the gut or eliminate all “bad” microbes. That is neither possible nor desirable. The goal is to create conditions where beneficial organisms outcompete harmful ones and keep them in balance.

This mirrors how healthy ecosystems function in soil, forests, and oceans. Diversity creates stability. Simplification leads to collapse.

Diet as ecosystem management

Pre-biotics aim to feed beneficial microbes already present. Fibre-rich plant foods play a critical role here. Pro-biotics attempt to introduce organisms directly, but commercial products contain only a tiny fraction of the species found in a healthy gut. The one method that clearly works is faecal transplant, but it is understandably unappealing and not a scalable solution for society.

A more practical approach is to rebuild the ecosystem gradually through food quality, diversity, and soil-based biology.

Why soil matters

Modern agriculture excels at producing bulk calories but often at the expense of minerals, phytonutrients, and soil biology. Crops can grow with minimal inputs, but humans cannot thrive on mineral-poor food. Trace elements such as chromium and vanadium are essential for glucose metabolism, yet they are increasingly absent from modern diets.

Growing food in biologically active, mineral-rich soil restores not only nutrient density but also microbial diversity. This was the original motivation behind sponge beds and wicking beds.

A practical soil-biology system

My approach is not a rigid recipe but a set of principles. Small inoculants of living soil from healthy ecosystems can rapidly multiply if given food. Compostable plant material provides that food. Diversity of plants supports diversity of microbes.

I avoid leaving soil bare. Living roots keep biology active. Organic matter is returned continuously. Chemicals are avoided. Over time, soil becomes a living sponge that supports resilient plant growth.

From soil to gut

The hardest question is transfer. How does beneficial biology move from soil to the human gut? We know this happened naturally for most of history, but modern hygiene has broken many of those pathways. Fresh, minimally processed vegetables may play a role. Fermented foods likely help. Direct evidence is still emerging, which is why practical experimentation matters.

Why crowd research matters

Formal medical research is slow, expensive, and often narrowly focused. Meanwhile, billions are affected now. A practical crowd-based approach allows individuals to test changes safely while tracking meaningful outcomes such as waist size, blood sugar, energy, and wellbeing.

This is not about rejecting medicine. It is about complementing it with a systems-based approach that addresses root causes rather than symptoms alone.

A realistic measurement plan

Participants can begin by recording baseline measurements: waist circumference, weight, blood sugar history, and general wellbeing. Changes are then introduced gradually: reducing refined sugar and flour, increasing fibre-rich plant foods, prioritising food grown in biologically active soil, and observing changes over time.

The aim is not perfection but direction. As gut biology stabilises, cravings often reduce, making healthier choices easier rather than harder.

Why this matters beyond the individual

The fat-tummy crisis is not just a personal problem. It threatens health systems, economies, and quality of life on a massive scale. Large-scale solutions will require policy changes, but individual action remains essential.

By rebuilding gut ecosystems through better food and soil practices, we may rediscover a level of health that once seemed normal. The challenge is enormous, but the alternative—continuing on the current path—is far worse.

Contact: Colin — colinaustin@bigpond.com