How to Thrive in the Next Economy

1. Shift from minimizing ecological damage to actively regenerating living systems

The one kind of growth that makes sense, in this new story, is the regeneration of life on Earth.

Restorative paradigm shift. The traditional sustainability model focuses on doing "less harm," which merely slows down destruction without stopping it. True ecological survival requires a transition to a regenerative economy that actively leaves the biosphere in a better state than we found it. This means moving away from the illusion of infinite GDP growth on a finite planet.

The energy-money trap. Our current economic system is locked in a destructive feedback loop where money creation requires constant growth, which in turn demands ever-increasing flows of cheap energy. As high-quality fossil fuels decline, the system faces an exergy crisis that cannot be solved by green technology alone.

• Exponential growth of physical resource use is mathematically impossible in a finite universe.
• The declining Energy Return on Energy Invested (EROEI) of modern energy sources.
• A financial system that treats debt as newly created money, forcing a relentless drive for compound growth.

A grassroots movement. Below the radar of mainstream media, a massive global movement of over a million active groups is quietly building a replacement economy from the ground up. These communities are driven by necessity rather than lifestyle choices, organizing under frameworks like Transition Towns, peer-to-peer networks, and the solidarity economy.

2. Restore soil health by mimicking natural forest and grassland ecosystems

In order for new soil to form, it must be living...

Underground biological networks. Healthy soil is a complex, living neurological network of plants, microbes, and mycorrhizal fungi that communicate and share nutrients. Industrial agriculture has severely damaged these delicate subterranean webs through intensive tillage, heavy machinery, and synthetic chemicals, leading to massive topsoil erosion worldwide.

Mimicking natural processes. Soil restoration can be dramatically accelerated by adopting holistic management practices that align with natural cycles. For instance, managed rotational grazing mimics the behavior of wild herbivore herds, using concentrated animal impact to fertilize and aerate parched grasslands.

• Maintaining continuous living groundcover and high root biomass.
• Using green manure and cover crops to build topsoil rapidly.
• Applying intermittent, controlled animal disturbance to stimulate biological decay.

Long-term forest thinking. True land stewardship requires thinking in generational timeframes rather than short-term market cycles. Practices like "enrichment forestry" prioritize the long-term health of the forest ecosystem over immediate timber yields, demonstrating that selective harvesting and leaving dead wood to decompose actually increases overall biological wealth.

3. Manage water locally by treating watersheds as living social-ecological systems

The new paradigm in water management – so-called Water Sensitive Urban Design – features a return to the hydrology of a city as it was before the concrete conveyor system was built.

Water-sensitive urban design. For centuries, cities have relied on hard-engineered, high-entropy infrastructures like concrete sewers and dams to rapidly divert water away. The emerging paradigm shifts the focus to softer, decentralized ecological systems that capture, filter, and store rainwater precisely where it falls.

Community-led waterkeeping. Grassroots organizations are proving that urban watersheds can be restored house by house and street by street. By implementing low-tech rainwater harvesting and greywater recycling, communities reduce their dependence on energy-intensive centralized water grids.

• Rain gardens and bioswales that absorb storm-water runoff.
• Phytoremediation using native plants to clean polluted waterways.
• Participatory groundwater management systems run by local farmers.

Coupled social-ecological systems. Managing water effectively requires deep cultural coordination and shared responsibility rather than top-down bureaucratic control. Ancient systems, such as the Balinese subak water temples, illustrate how ritual and community governance can successfully allocate scarce water resources across entire watersheds for centuries.

4. Reclaim urban spaces by depaving concrete and creating ecological corridors

The world is overbuilt.

Depaving the concrete jungle. Modern cities are choked by impervious surfaces like roads and parking lots that prevent rainwater from recharging aquifers and cause toxic runoff. A growing "depave" movement is reclaiming these paved spaces, transforming redundant parking lots and vacant land into fertile community gardens and pocket parks.

Creating ecological corridors. Rewilding cities does not require massive, continuous open spaces; instead, it relies on a mosaic of small, connected habitat patches. By planting native vegetation along roadsides, rooftops, and backyards, urban areas can establish vital pathways for pollinators and wildlife.

• Mitigating the urban heat island effect through tree canopy shade.
• Enhancing local biodiversity by providing habitats for birds and insects.
• Improving human well-being and reducing community stress through contact with nature.

Adaptive reuse of infrastructure. Rather than constructing new buildings, the next economy focuses on the deconstruction, refurbishment, and adaptive reuse of existing structures. Reclaiming materials from disused buildings preserves their embodied energy and prevents valuable resources from ending up in landfills.

5. Reorganize food systems around regional commons and collaborative distribution

The Food Commons is conceived as a kind of connective tissue that links together food-producing land, ideally held in common by community trusts; support infrastructure – such as distribution and retail centres; and support services, whether legal, financial, communications, or organizational.

The industrial food crisis. The globalized food system is highly fragile, consuming ten times more energy in processing, refrigeration, and transport than it delivers as actual nutrition. To build resilience, we must transition to localized "foodsheds" that prioritize regional self-reliance and short supply chains.

Collaborative distribution networks. New digital platforms are bridging the gap between small-scale farmers and urban consumers without relying on corporate intermediaries. These networks combine online coordination with physical, face-to-face community gatherings to make local food distribution efficient and socially rewarding.

• Community Land Trusts that preserve agricultural land for local food production.
• Collaborative platforms like "The Food Assembly" that connect growers directly with buyers.
• Decentralized grain and beer networks that utilize regional mills and craft breweries.

Social and care farming. Agriculture is evolving from a purely extractive industry into a social practice that fosters community health and education. Care farms integrate agricultural work with therapeutic care for vulnerable populations, while learning farms preserve traditional rural skills for urban citizens.

6. Transition to localized fibersheds that connect clothing production to soil health

Our priority is to integrate vertically... from soil to skin.

The cost of fast fashion. The global textile industry is incredibly resource-intensive, relying on toxic chemical dyes, massive water consumption, and exploitative labor in the Global South. A sustainable alternative requires a shift toward localized "fibersheds" that source, dye, and manufacture clothing within regional boundaries.

Soil-to-skin clothing. By connecting textile production directly to local agriculture, fibersheds encourage regenerative farming practices like organic cotton cultivation and rotational sheep grazing. This approach ensures that the raw materials for our clothes actually contribute to soil health rather than degrading it.

• Using natural, locally foraged plant dyes instead of synthetic chemicals.
• Developing regional fiber-processing facilities to support local ranchers.
• Promoting the "Craft of Use" to extend the lifespan of existing garments through repair.

Collaborative maker communities. Online and offline networks of knitters, weavers, and artisans are bypassing mass-production supply chains. These communities foster a culture of sharing, gifting, and micro-enterprise, transforming clothing from a disposable commodity into a meaningful, long-lasting relationship with the material world.

7. Replace heavy motorized transport with low-energy, two-wheeled cargo networks

Measured in terms of calories expended by the traveller, the conventional bicycle is by far the most efficient means of human locomotion.

Limits of motorized mobility. Modern transportation systems consume vast amounts of land, energy, and materials to move heavy vehicles over long distances. True mobility reform is not about making cars smarter or electric, but about reducing transport intensity by designing localized cities where daily needs are met within walking or cycling distance.

The cargo bike revolution. Electric-assist cargo bikes are emerging as a highly efficient, low-cost alternative to delivery vans in urban areas. These lightweight vehicles can handle a significant portion of city freight deliveries at a fraction of the energy and infrastructure costs of motorized transport.

• Drastically lower energy consumption and greenhouse gas emissions.
• Reduced traffic congestion and freed-up urban space.
• Lower capital and operating costs for small businesses and independent traders.

Cloud commuting and shared assets. Rather than owning private vehicles that sit idle most of the time, the future of mobility lies in shared, multi-use transport assets. "Cloud commuting" platforms allow users to access the precise vehicle they need on demand, fostering a culture of collaborative use over individual ownership.

8. Reframe healthcare by prioritizing community-based care over institutional cures

We cannot be healthy alone.

Limits of biomedicine. The modern medical-industrial complex is an energy-intensive, high-cost system focused almost entirely on treating the downstream symptoms of chronic illnesses. True health is determined primarily by social and environmental factors—such as food quality, housing, and community cohesion—rather than high-tech hospital interventions.

Flipping the healthcare pyramid. To build a resilient health system, resources must be redirected away from expensive acute care toward community-based prevention and mutual aid. This involves empowering local health workers, nurse practitioners, and peer-to-peer support networks to manage the vast majority of care needs outside of hospitals.

• Utilizing trained community health workers to provide localized primary care.
• Establishing care cooperatives that deliver democratic, affordable social services.
• Creating peer-to-peer platforms that connect families and neighbors around those in need.

The social care economy. Caring for an aging population, particularly those living with dementia, is fundamentally a time and relationship issue rather than a technological one. By valuing and supporting the unpaid, informal care economy, we can foster deep social solidarity and improve the quality of life for both patients and caregivers.

9. Protect and govern shared resources through the practice of commoning

The commons is an idea, and a practice, that generates meaning and hope.

The power of the commons. The commons refers to the shared natural and cultural resources—such as land, water, knowledge, and software—that we inherit and must steward for future generations. Commoning is the active social practice of self-organizing to manage these resources cooperatively, bypassing both the market and the state.

Principles of self-governance. Successful commons rely on clear, community-designed rules and mutual trust rather than top-down coercion. Nobel laureate Elinor Ostrom identified key design principles for sustainable commons, emphasizing that use-value must always trump exchange-value and that rules must be adapted to local conditions.

• Reciprocity: ensuring that those who benefit also contribute to the resource.
• Collaborative monitoring of the health and use of the shared asset.
• Graduated sanctions and accessible conflict-resolution mechanisms for members.

Earth Jurisprudence and Buen Vivir. Reclaiming the commons requires a fundamental shift in our legal and cultural frameworks. Movements like "Buen Vivir" in Latin America and the advocacy for "Earth Jurisprudence" seek to grant legal rights to nature, recognizing that ecosystems have an inherent right to exist, persist, and regenerate.

10. Reconnect with the Earth by shifting from abstract data to embodied knowing

The savage mind is our mind.

Overcoming the metabolic rift. Our highly digitized, urbanized society has distanced us from the physical reality of the living systems that sustain us. To heal this metabolic rift, we must move beyond abstract data and "smart city" metrics, cultivating instead an active, sensory, and emotional connection to our local environments.

Embodied and situated learning. True ecological wisdom cannot be learned solely from books or computer screens; it requires direct, physical engagement with the land. By participating in hands-on activities like soil-making, foraging, and community building, we develop a deep, place-based understanding of natural cycles.

• Engaging in "feral encounters" and outdoor, shoulder-to-shoulder learning.
• Valuing traditional, indigenous knowledge systems alongside modern science.
• Practicing deep observation and stillness within our local ecosystems.

The Great Turning. We are living through a profound shift in human consciousness—a transition from perceiving the Earth as a warehouse of inert resources to recognizing it as a vibrant, self-regulating living system. By aligning our economic activities with the regeneration of life, we can actively participate in this unfolding transformation.