327. Food, Limits, and the Shape of Tomorrow’s Economy – Part Two

As seen from the bottom up

A shrinking economy, seen from the ground, does not begin with policy or national plans. It begins in small changes in daily life, in the cost of food, in the availability of work, and in what people notice they can no longer rely on. The food system then adjusts from the bottom up, because it has to.

From a grassroots perspective, the first shift is often in household behaviour. People begin to grow more of their own food not out of ideology but out of practicality. Gardens, allotments and any available patches of land become more important. The same applies to community spaces where informal growing develops alongside older traditions of local food knowledge.

In this setting, the ideas associated with Professor Tim Benton can be understood in a very direct way. The structure of food is not an abstract system but something experienced through rising prices, fewer imported goods, and a gradual narrowing of choice. As imports become less reliable, diets adjust. People do not plan this in advance, they respond to what is available.

Animal farming also changes from the ground upwards. Intensive systems based on imported feed become harder to sustain, while grazing animals and mixed small holdings become more practical. This shift is not driven by policy first, but by cost and availability. Farmers and smallholders adapt by simplifying their systems and relying more on local inputs.

Labour follows a similar path. As formal employment contracts and discretionary work weaken, people move into whatever local work exists. Food growing, small scale processing, repair work and distribution begin to absorb labour that would otherwise be unused. This is not always a smooth transition. It is often uneven and informal, but it gradually becomes the real economy that people depend on.

Processing becomes something visible again. Instead of being hidden in large industrial facilities, it appears in villages, farms, community buildings and domestic settings. People milling grain, preserving vegetables, baking bread, making cheese or preparing meat are not specialists in the modern sense but participants in a shared necessity. Labour intensity rises because scale falls. More hands are needed for smaller, more frequent tasks.

Training also shifts in character. Instead of formal institutions defining entry routes, knowledge spreads through practice. People who already garden become informal teachers. Skills are passed on in allotments, community gardens and smallholdings. Learning becomes local, direct and repetitive, rather than abstract or credential based.

Diet changes in a similarly grounded way. Less meat is eaten not through instruction but because feed and imported inputs become expensive. Where animals are kept, they tend to be part of mixed local systems rather than intensive units. This shift has knock-on effects for health. As diets simplify and processed food becomes less dominant, there is often a reduction in obesity and long term conditions associated with diet, which in turn reduces pressure on local health services.

Allotments and smallholdings become central rather than marginal. They are no longer seen as leisure spaces but as part of household security. Within them, informal specialisation develops. Some focus on vegetables, others on fruit trees, seed saving, poultry or composting systems. Orchards in particular become valuable again because they provide long term food with relatively low ongoing input once established.

Biofuels appear in small and practical forms rather than large industrial schemes. They are used where necessary for local transport or essential machinery, but they remain constrained by land availability. In most cases they sit alongside food production rather than replacing it.

Alongside this, a wood based economy begins to reappear in everyday life. Coppicing, local timber use and small scale forestry become important for fuel, building and tools. This is not a new invention but a reactivation of older practices adapted to present constraints.

Trade also becomes more local in character. Where cash is limited or unreliable, informal exchange develops. Local currencies or simple barter systems emerge to keep basic goods moving between people. These systems are not uniform but reflect the needs of particular places.

Other forms of production re-emerge in small but significant ways. Hops grown locally support small breweries that serve nearby communities. Herbs and medicinal plants become more widely cultivated and used, with herbalists and growers responding to demand that is both practical and cultural. Hand tools, repair skills and small scale manufacture gain importance as imported goods become harder to obtain or maintain.

From this perspective, the shrinking economy is not experienced as a single transition but as a series of adjustments made by households, growers, workers and small communities. The overall effect is a gradual rebuilding of food, energy and labour systems from the ground up, shaped less by design and more by necessity.

324. Rebuilding a 1600 Local Process Today – The Watermill as a Model for Modern Localism

If we take one of the most complete “understood processes” from around 1600 in England, the watermill stands out because it links land, energy, food, and daily life in a single local system. It also shows clearly what can still be reconstructed today in a locality, without needing industrial scale.


The original 1600 pattern

In a typical English locality around 1600, the process looked like this:

  • Grain grown within a few miles
  • Harvested and stored locally
  • Taken by cart or foot to a nearby mill
  • Water power turned a wheel
  • Millstones ground grain into flour
  • Flour returned to households
  • Bread baked locally, usually weekly or more often

This was not a “sector”. It was a complete local loop.

The mill itself was the only “machine”, and even that was simple in concept: flowing water turning a wheel which turns two stones.


What survives today (surprisingly more than people expect)

Even in a modern UK locality, parts of the system still exist:

1. The knowledge of food production

  • Small farms still grow wheat in some areas
  • Milling grain is still understood technically (even if centralised)
  • Baking bread has become popular again at household level

2. Physical remnants

  • Many old mill buildings still exist
  • Some watercourses still have weirs and mill leats
  • Old mill ponds and channels remain in the landscape

3. Basic engineering understanding

  • The principle of water turning a wheel is unchanged
  • Small-scale hydroelectric systems already exist in the UK
  • Carpentry and metal fabrication skills still exist locally, though less common

What would need rebuilding for a local system today

To recreate a 1600-style local milling process, the missing parts are not conceptual, but practical and social.

1. Local grain production

This is the foundation.

It would require:

  • Small fields or shared land within walking or short transport distance
  • Suitable wheat or heritage grain varieties
  • Local storage (barns or dry sheds)

Without this, milling has nothing to work on.


2. A working water source

A modern locality would need:

  • A reliable stream or river flow
  • Rights of access or community agreement
  • Basic water control structures (weirs, channels)

In many places this already exists but is unused.


3. A rebuilt small mill system

This does not need to be a historic replica. It could be:

  • Restored traditional watermill
  • Modern small hydro-powered grinding system
  • Electrically assisted mill powered by local hydro or wind

The key requirement is not authenticity, but local controllability.


4. Milling knowledge and operation

In 1600 this was a craft role. Today it would require:

  • A trained operator (or small group)
  • Knowledge of grain types and grind settings
  • Maintenance of stones or rollers
  • Basic mechanical repair skills

This is a skill gap rather than a technology gap.


5. Local distribution

Instead of manorial obligation, today it would be:

  • Small local bakeries
  • Household baking
  • Farmers’ markets or direct distribution
  • Possibly cooperative ownership

The key difference is choice rather than compulsion.


What changes in the modern version

If rebuilt today, the system would not be identical to 1600. It would shift in three important ways:

1. Energy flexibility

Instead of only water power:

  • Micro-hydro
  • Solar-assisted milling
  • Backup electric systems

The principle remains local energy conversion.


2. Ownership structure

Instead of manor or miller monopoly:

  • Cooperative ownership
  • Small private enterprise
  • Community trust models

This affects fairness and access, not the process itself.


3. Hygiene and regulation

Modern systems would add:

  • Food safety standards
  • Clean storage requirements
  • Traceability

These do not alter the core process, only formalise it.


What this tells us about localism

The important lesson is not nostalgia, but structure.

A watermill system shows that:

A complete economic cycle can exist entirely within a locality when energy, food production, and processing are physically connected.

In 1600 this was normal because it was the only practical option.

Today it is still technically possible, but has been replaced by long-distance systems that are efficient at scale but fragile at disruption.


The underlying principle

If you strip it to its essence, the model is:

  • Local energy source (water)
  • Local raw material (grain)
  • Local transformation (milling)
  • Local consumption (bread)

That four-step loop is the core pattern.


179. Food, Water, and Health in the Wood Economy

Food, water, and health are inseparable. In the fossil-fuel age they were divided — food came from industrial farms, water from distant reservoirs, and health from impersonal institutions. In a wood economy, they reunite. Nourishment, cleanliness, and care all arise from the same woodland systems that supply fuel and shelter.

Woodland Food

The coppice feeds more than fires. Hedgerows yield nuts, berries, and herbs. Woodland edges offer mushrooms, garlic, and greens. Pigs forage under the trees for acorns and beech mast, while bees find nectar in bramble and hawthorn.

Small clearings become gardens. Cottagers grow vegetables, roots, and grains in sunny patches protected from wind and frost. Fruit trees line paths and lanes, forming a living store of sweetness and shade. Meals follow the rhythm of the year — fresh in summer, dried or smoked in winter — always local, always known.

Farming Within Limits

Fields still exist but serve nearby mouths. Horses and hand ploughs replace tractors. Compost and biochar renew the soil. Ash from stoves returns minerals to the land. No fossil fertilisers, no chemical sprays — only cycles of growth and return.

Each locality grows what it eats. Grain mills turn on waterwheels, ovens burn coppice wood, and markets are a short walk away. Food security comes not from scale but from nearness.

Preserving the Harvest

The wood economy restores forgotten food crafts:

  • Smoking meats and fish in timber smokehouses.
  • Drying fruits, herbs, and mushrooms over gentle charcoal heat.
  • Fermenting vegetables and dairy in wooden barrels and clay crocks.

These methods extend the harvest and foster skill, patience, and social connection.

Clean Water

Rivers, springs, and rainwater supply the needs of the locality. Wooden pipes and troughs distribute it; charcoal filters, layered with sand and gravel, clean it naturally. Shaded ponds hold reserves for summer, while reed beds purify waste water before it returns to the stream.

Fire and carbon work together — the same biochar that enriches soil also keeps water pure. In the wood economy, fire not only warms but cleanses.

Health in Daily Life

Health is not a service to buy but a condition created by balanced living.

  • Work is physical, keeping muscles strong and lungs clear.
  • Diet is fresh, unprocessed, and rich in minerals.
  • Air stays clean through the careful burning of seasoned wood.
  • Water is safe, filtered by charcoal and plants.

Steady work, clean air, and nutritious food form the foundation of health. Illness still appears, but much is prevented by the structure of life itself.

Natural Therapies and the Healing Landscape

When illness or injury does occur, people turn first to natural therapies — an approach rooted in long human experience. Herbs, heat, rest, and community care take the place once held by distant services.

Knowledge of medicinal plants is renewed and expanded. The herbalist gathers and cultivates:

  • Nettle and dandelion to restore energy.
  • Willow bark for pain.
  • Comfrey and plantain for wounds.
  • Valerian, lemon balm, and chamomile for calm and sleep.
  • Mint and yarrow for digestion and fevers.

Teas, tinctures, poultices, and salves are made in small workshops. Training is shared through a herbal guild, supported by the local coin. Natural medicine becomes a respected profession, bridging old knowledge and new observation.

Mind, Spirit, and Place

Mental health is strengthened by rhythm, purpose, and connection with nature. Modern therapies blend with older insights that see the mind as part of the landscape itself.

Healing spaces return to quiet places — groves, springs, and gardens where people can reflect, talk, and recover. Shared rituals mark the seasons, offering pause and renewal. Storytelling, song, and time outdoors are recognised as part of mental wellbeing, not leisure apart from it.

The aim is not to replace science with folklore, but to restore balance — to treat emotional and physical distress within a living community rather than in isolation.

Care for the Vulnerable

Some will always need extra help. The equal coin issue ensures no one goes cold or hungry. Those unable to work physically can teach, keep accounts, or care for children.

Communal bathhouses and bakehouses double as centres of wellbeing — warm, social spaces where people wash, talk, and rest. Waste water runs through reed beds and returns to the river clean. Elders pass on herbal and moral wisdom; younger people provide physical help. Care is not outsourced — it is built into the daily fabric of the locality.

A Whole System of Health

In the wood economy, health, food, and water form a single cycle. The coppice provides nutrition, medicine, and peace. Biochar cleans the soil and water that sustain them. The pace of work keeps the body strong; companionship keeps the spirit whole.

Industrial medicine treats the fragments of a disconnected life. The wood economy prevents much of that damage by keeping life connected — to food, to air, to water, and to one another. It offers a vision of health born not from machinery, but from balance.