Fruit Village: Designing Regenerative Futures: The Architecture of Autonomy, Geodesic Domes, and Living Systems (Paperback) (ISBN-13: 9798199574068)

FRUIT VILLAGE

Is a house the same as a life?

For generations, homes have been designed as places of consumption. Food comes from elsewhere. Water comes from elsewhere. Energy comes from elsewhere. Work happens elsewhere. Learning happens elsewhere. Modern life has become increasingly fragmented, dependent on systems that remain largely invisible to the people who rely on them every day.

Fruit Village explores a different possibility.

This book presents a complete regenerative living framework centered on geodesic dome architecture, integrated resource systems, and intentional design. Rather than treating housing, food, water, education, technology, and community as separate challenges, it examines how they can function together as a connected living ecosystem.

Inside, you will discover:

- Geodesic dome design principles and spatial organization strategies

- Water resilience systems, including rainwater harvesting and fog collection concepts

- Food production models, hydroponics, greenhouses, nurseries, and productive landscapes

- Ecological sanitation, composting, biofiltration, and circular resource management

- Regenerative kitchen design and wood-fired cooking systems

- Modular construction strategies, budgeting considerations, and implementation pathways

- Systems thinking approaches for creating adaptable and resilient environments

Created by architect, visualization strategist, and publisher Zara Diana Grey, Fruit Village combines architectural design, sustainability, education, and practical systems thinking into a vision for future living.

More than a construction project, Fruit Village is an exploration of how people can build environments that support creativity, learning, food production, ecological awareness, and long-term resilience.

Because the future may not be built through isolated solutions.

It may be shaped by the relationships that connect them.

Designing Regenerative Futures.