- 2.5 Acres · 400 Perches · ~10,100 m²
A–G Areas
The land is structured as a simple, integrated system based on permaculture principles.
Each area serves a specific function, from private living spaces to water, food, and natural regeneration, while remaining connected as part of a larger ecological whole.
The intention is not complexity, but balance: a layout where essential needs are met through the land itself, with minimal dependency and optional shared use. This layout is not final, it is a working concept, intended to illustrate how such a system could function if developed.
A
Entrance & Parking
- Simple gated entry
- Parking for 4–6 vehicles
- Visitor area
~ 200 m² (8 Perches)
B
Private Plots – 8 Units
- 40–50 Perches each (1,000–1,250 m²)
- House, garden, fruit trees
- Rainwater tank, compost, solar-ready
Total: ~ 3,200–3,600 m²
C
Shared Growing Area
- Herbs, vegetables, seedlings
- Greenhouse & small nursery
- Optional collective growing
~ 800 m² (32 Perches)
D
Water System
- Pond for rainwater harvesting
- Aquatic plants, fish, ducks
- Swales guide water through the land
~ 1,000 m² (40 Perches)
E
Energy & Resource Zone
- Solar array with battery storage
- Tool shed & maintenance
- Composting, greywater reuse
~ 400 m² (16 Perches)
F
Forest Buffer
- Native trees, biodiversity
- Privacy, shade, cooling
- Minimal maintenance
~ 3,000 m² (120 Perches)
G
Open / Quiet Space
- Meadow, walking path, seating
- Meditation, reading, stargazing
- Community gathering (optional)
~ 1,900 m² (76 Perches)
A
Entrance & Parking
- Simple gated entry
- Parking for 4–6 vehicles
- Visitor area
~ 200 m² (8 Perches)
B
Private Plots – 8 Units
- 40–50 Perches each (1,000–1,250 m²)
- House, garden, fruit trees
- Rainwater tank, compost, solar-ready
Total: ~ 3,200–3,600 m²
C
Shared Growing Area
- Herbs, vegetables, seedlings
- Greenhouse & small nursery
- Optional collective growing
~ 800 m² (32 Perches)
D
Water System
- Pond for rainwater harvesting
- Aquatic plants, fish, ducks
- Swales guide water through the land
~ 1,000 m² (40 Perches)
E
Energy & Resource Zone
- Solar array with battery storage
- Tool shed & maintenance
- Composting, greywater reuse
~ 400 m² (16 Perches)
F
Forest Buffer
- Native trees, biodiversity
- Privacy, shade, cooling
- Minimal maintenance
~ 3,000 m² (120 Perches)
G
Open / Quiet Space
- Meadow, walking path, seating
- Meditation, reading, stargazing
- Community gathering (optional)
~ 1,900 m² (76 Perches)
Why This Exists
After years of building, working, and chasing growth, many of us are starting to ask a different question:
Is there a better way to live?
- Growing your own food
- Generating your own energy
- Living with less dependence on external systems
- While still being part of a small, like-minded network
A–G Land System
Seven integrated zones, each designed with purpose and care.
A
Entrance & Parking
Simple gated entry with visitor area and parking for 4–6 vehicles.
B
Private Plots
6–8 independent plots, each with space for a home, garden, and food forest.
C
Shared Growing
Optional communal herbs, vegetables, greenhouse, and small nursery.
D
Water System
Rainwater pond, swales, aquatic plants — water guided through the land.
E
Energy & Resources
Solar array, battery storage, tool shed, composting, and greywater reuse.
F
Forest Buffer
Native trees for privacy, shade, cooling, and biodiversity.
G
Quiet / Open Space
Meadow, walking paths, seating — for meditation, reading, or gathering.
How One Plot Works
Each individual plot is designed for independence.
Space for a small home
Personal food growing area
Rainwater harvesting
Solar-ready setup
Permaculture Principles
Work with nature
Not against it.
Catch & store
Water and energy.
Produce no waste
Everything cycles back.
Self-sustaining
Systems that maintain themselves.
My Bio
I turn 40 this year(2026), and after years of working in business and marketing, I’ve started to question the kind of life I want to build going forward.
Good Earth comes from that shift, an interest in simpler, more independent living, and a curiosity about whether a small, permaculture-based model could be made real.
I’ve already started exploring this on a small scale by developing a Miyawaki-style food forest in my garden space in Pannipitiya, Sri Lanka.
This is not something I have done before. It’s something I want to explore, carefully, and with the right people.