Regenerative Agriculture

Grow food that builds resilience, not dependence.

Regenerative agriculture reverses the fragility logic of industrial food: circular nutrient flows, regenerating soil, higher nutrition and lower external dependence. Focus on herbs, trees and animal systems — a few hens, low-water crops, and a deep pantry.

Defends against:Industrial food fragility · poor nutrition · input dependence

The core idea

Reverses the fragility logic of industrial agriculture.

Circular nutrient flows and soil regeneration.

Higher nutrition, lower external dependence.

Focus on herbs, trees and animal systems for resilience.

Why this matters

Industrial food is a just-in-time, input-hungry system: most cities hold only a few days of supply, much of it imported and nutritionally hollowed out. A disruption upstream — a closed border, a fuel shortage, a payment freeze — empties shelves fast.

Regenerative systems do the opposite. They cycle nutrients, rebuild soil, and lean on perennials and animals that produce more each year with fewer inputs. You don't need a farm: a few hens turn scraps into protein daily, drought-tolerant crops produce calories with little water, and a rotating pantry plus stored water carry you through any gap.

Your path: from start to sovereign

Climb at your own pace. Each rung is a real, finishable step.

Start today

Buffer first — storage beats production for week one.

1
Start a deep pantry
Two weeks of shelf-stable staples you actually eat: rice, lentils, oats, tinned fish, oil, salt. Rotate it.
2
Store water
Clean food-grade containers, ~4 L/person/day for two weeks. Rotate every 6 months.
3
Grow one thing
A pot of herbs or leafy greens teaches you more than any book.

Go deeper

Add daily protein and a real low-input garden.

1
Keep a few hens
3–4 hens give a household fresh eggs daily, turn scraps into food, and need little space.
2
Plant drought-tolerant crops
Beans, squash, amaranth, peppers and chard produce calories with minimal water. Mulch heavily.
3
Cycle nutrients
Compost scraps and catch rainwater to close the loop and cut inputs.

Sovereign

A low-input system that mostly runs itself.

1
Save your own seeds
Open-pollinated heirloom seeds let you replant every year without buying in.
2
Build soil & perennials
Perennial vegetables, fruit trees and deep mulch need far less work and water each year.
3
Preserve the harvest
Drying, fermenting and canning turn a glut into a year-round supply with no electricity.

Try it now

Food, Water & Flock Planner — runs right here, no signup.

Interactive

Adults

Children

Days of supply to hold14 daysEggs your household wants / week24

Buffer first. For the first weeks of any shock, stored food and water matter more than what you can grow. Build the pantry, then add production (hens, garden) on top.

Water to store

224 L

≈ 12 × 20L containers

For

4 people

14 days @ 4 L/day

Food energy

98k kcal

14-day pantry

Staples (rice/lentils eq.)

28 kg

dry shelf-stable

Backyard flock

5 hens

for ~24 eggs/week

Daily protein

3 eggs/day

from scraps + forage

Rules of thumb for planning a starter buffer: ~4 L water per person/day, ~2,000 kcal/adult and ~1,500 kcal/child per day, and ~5 eggs/hen/week in season. Adjust for climate, activity, medical needs and local guidance. Rotate stores and check local rules on keeping hens.