Financing the Living City. How Regenerative Finance can rewire our Urban Future

Our economic systems and particularly those shaping our cities have been designed to extract value, not to regenerate it.

After years working at the intersection of food systems, urban development, and planetary health, one truth has become unavoidable: without regenerative finance, regenerative cities are impossible.

Cities concentrate capital, data, talent, and consumption. They are also the places where inequality, ecological debt, and climate risk become most visible and most painful. The question, therefore, is no longer whether cities must transform, but how capital itself must evolve: from extractive finance to regenerative finance that restores ecosystems, strengthens communities, and builds long-term resilience.It is a systemic redesign of how we create value.

The Financial Paradox: Abundant Capital, Starved Regeneration

According to the World Economic Forum’s Global Risks Report, financial capital has expanded faster than ever before,and never has so little been aligned with life-supporting systems.

Global finance continues to reward short-term returns while externalizing ecological collapse, social fragmentation, and intergenerational risk. Urban development epitomizes this paradox: real estate values and physical infrastructure continue to grow, while soil health, ecosystems functions, and social cohesion deteriorate, and economic growth increasingly fails to translate into improved wellbeing.

Sustainable finance instruments, such as ESG metrics, green bonds and carbon offsets, have played an important role in helping identify environmental and social risks, but evidence shows they remain largely defensive but they remain largely defensive. They are designed to reduce harm, rather than to actively restore and regenerate. They aim to do less harm, not to actively heal. [4]

Regenerative finance goes further

It asks a different question: Do financial flows increase the capacity of human and ecological systems to thrive over time?

This shift is already underway. New coalitions from food system alliances prepared for COP30 to bioregional investment platforms such as BIOFi are reframing finance as a biophysical system, embedded in soils, watersheds, cultures, and technologies. Capital, in this view, is not neutral: it shapes the metabolism of cities.

For decades, mainstream economics has treated nature as an “externality” and time as a discounting problem rewarding activities that deplete ecosystems faster than they regenerate. Regenerative finance forces us to confront uncomfortable but necessary questions:

What is the economy for? Who decides what counts as value? And why do we accept financial returns that erode the material foundations of prosperity, community, health, food systems, ecological stability?

From Extractive Capital to Living Value

Regenerative finance is grounded in three core principles:

1. Place-based value creation Wealth is generated within bioregions, not abstract markets [5]
2. Long-term system health Returns are measured across decades and generations, not quarters.[6]
3. Multi-capital accounting Financial capital is inseparable from natural, social, cultural, and human capital.[4]

In practice, this means financing models that restore soils through urban food systems, regenerate watersheds through infrastructure, and rebuild trust through community ownership. It also means redefining risk: a city that destroys biodiversity or food security is not “bankable”,it is financially fragile.

A Regenerative Finance Key Focus Areas Cities:

To move beyond greenwashing and isolated pilots, regenerative finance must be structurally embedded into urban economies. This requires four fundamental transformations:

1. Bioregional Finance: Investing where life happens

Cities do not exist in isolation. They are nodes within bioregions defined by water, foodsheds, energy flows, and culture. Regenerative finance aligns investment with these realities.

Bioregional funds can channel capital into peri-urban agriculture, ecosystem restoration, local processing, and circular infrastructure — building resilience while reducing dependency on fragile global supply chains. This is the logic behind emerging initiatives linked to food and land-use transformation ahead of COP30: finance that follows ecology, not the other way around.

2. From SHARESholders to STAKEholders: Redesigning ownership.

Extractive urban finance concentrates ownership and displaces communities. Regenerative models redistribute agency through cooperatives, community land trusts, steward-ownership structures, and public–commons partnerships.

These models keep value circulating locally while aligning incentives with long-term care of place. Digital tools such as blockchain, tokenization, and smart contracts can support this shift when used wisely. Bio-credits and ecosystem-service tokens, for example, can reward citizens for restoring biodiversity, soils, and water cycles, transforming stewardship from unpaid labor into a viable economic role.

3. Measuring what actually matters

If we only measure financial return, we will always finance destruction more efficiently than regeneration. Regenerative finance integrates impact-weighted accounting, tracking indicators such as soil carbon, biodiversity, food access, community health, and resilience to climate shocks.

Today, AI and data infrastructure make this possible at urban scale. The convergence of artificial intelligence and regenerative economics allows cities to simulate long-term outcomes, stress-test policies, and allocate capital toward futures that are truly livable.

4. Public Finance as a Regenerative Catalyst

Public money sets the rules of the game. Cities that align procurement, taxation, and zoning with regenerative outcomes can crowd in private capital at scale. Imagine:

• Tax incentives for depaving and soil restoration
• Municipal bonds linked to biodiversity and food-security outcomes
• Public guarantees for regenerative SMEs and cooperatives

A city that invests in ecosystem health reduces future costs in healthcare, disaster recovery, and social welfare. Regeneration is a long term saving strategy.

Financing Cities as Living Systems: A call to Action

The age of incremental sustainability is over. We are entering an era in which cities will either regenerate life or accelerate collapse. According to the World Economic Forum and UNEP, climate risks, biodiversity loss, food insecurity, and social instability now rank among the top global threats to economic stability, with cities absorbing a disproportionate share of these impacts. Urban areas account for over 70% of global emissions, consume more than 75% of natural resources, [4] and concentrate both financial capital and vulnerability. In this context, cities will either become engines of regeneration or accelerators of systemic collapse.

This demands courage and clarity:

• Mandate bioregional investment strategies in urban development
• Align food, land, and finance policies around regenerative outcomes
• Empower communities as co-investors and co-owners, not mere beneficiaries
• Use AI and foresight to design long-term financial systems

In Pollica, Italy, I have witnessed how a territory can become a living laboratory — where food, culture, ecology, and economy regenerate together. The lesson is universal: when finance aligns with ecology and community, regeneration becomes inevitable.

Cities are living organisms. Cities are not balance sheets.

If financial systems are to remain viable in the decades ahead, they must be redesigned to operate within planetary limits and to actively support the regeneration of the social and ecological foundations on which urban prosperity depends.

Written by Sara Roversi, co-written by Alegria Serna and Alessandro Fusco.

References 1 Bacchoo, A. D., & Mishra, P. K. (2025). The rise of regenerative finance: Investing in solutions for environmental repair and social well-being. 2 Hackman, Y. (2024). Regenerative Finance. A new proposal to address sustainability. University of Applied Sciences, Theseus — Finnish University of Applied Sciences Repository. 3 World Economic Forum, 2024. The Global Risks Report

4 United Nations Environment Programme. (2025). Adaptation Gap Report 2025: Running on empty. UNEP.

5 Berg, A., & Schmitt, T. (2016). Bioregionalism and territorial development. Regional Studies.

6 Dasgupta, P. (2021). The economics of biodiversity: The Dasgupta Review. HM Treasury.