Newsletter #1: Nature is Infrastructure

Welcome to Pantheon’s inaugural newsletter!

Each edition, we’ll share a piece that reflects our worldview—intended to catalyze conversation and connection. In our first edition, Pantheon CEO Tripp Wall makes the case for ecological restoration as the infrastructure investment of the next century.

But first, some team and company updates!

Our team continues to grow. We’re proud to welcome two exceptional additions to the Pantheon team:

Steve Apfelbaum joins as Chief Restoration Ecologist. Steve is the founder of Applied Ecological Services and brings over 40 years of field experience and more than 25,000 restoration projects to his work with Pantheon.

Jason Carlson joins as Director of Ecological Consulting. Jason brings strong technical fluency and broad expertise in ecological systems and will play a central role in how Pantheon delivers on its project and consulting work.

We’ve launched Pantheon Advisory. With Steve and Jason now on the team, we’re well-positioned to help landowners, institutions, and conservation organizations identify restoration potential, assess potential ecosystem service value, and unlock commercial pathways — from site feasibility through environmental market participation.

We’ve also acquired Stratifyx, a proprietary soil data and geospatial intelligence platform that powers our advisory work and helps landowners and institutions understand the full ecological and economic potential of their land.

We truly value having you as part of the Pantheon ecosystem. If you know a landowner, institution, or organization with land that could benefit from restoration, we’d love an introduction. And if it’s been a while, please say hi — reply to this email and we’ll make sure it gets to the right person.

With gratitude,
The Pantheon team

Nature is Infrastructure

By Tripp Wall, CEO

The structural truth we’ve ignored

The economy depends on ecological systems the same way it depends on energy grids, ports, and telecom. We’ve just never treated or financed them that way. The world is beginning to understand that the economy is a wholly owned subsidiary of nature. Nature-based Solutions (NbS) allow us to treat ecosystems not as externalities but as imperative infrastructure worthy of investment, protection, and long-term management.

The polycrisis is a systems failure

What many once thought was a climate crisis is actually a complex, systems-level polycrisis: a cluster of interconnected environmental, social, and economic failures that amplify each other in unpredictable ways. Climate change accelerates biodiversity loss, destabilizing ecosystems, degrading soil and water systems, and threatening food security—impacts that disrupt supply chains, increase costs, and undermine economic stability. These environmental stresses exacerbate human health crises and political instability, which in turn weaken the cooperation needed to address the underlying crisis. The systems that sustain human civilization—ecological, economic, geopolitical—are converging into a single complex emergency.

The economic reckoning is already here

The environmental polycrisis is a fundamentally economic issue. The World Economic Forum regularly ranks environmental degradation, extreme weather, biodiversity loss, and water insecurity among the top global risks for businesses and financial systems.1 Insurers are already withdrawing from high-risk regions due to climate-driven losses.2 Supply chains are regularly disrupted by resource volatility and extreme events.3 Agricultural productivity is declining in many regions due to soil infertility, erosion, desertification, and shifting rainfall patterns.4

Ecological collapse is a business problem. It has created out-of-control environmental inflation that directly affects income statements and balance sheets. It increases costs, creates delays and waste, reduces growth potential, increases operational risk, and undermines the natural capital upon which industries depend.

Nature as infrastructure

A crucial conceptual shift is underway: nature is being recognized not merely as something to protect, but as critical infrastructure, a form of public utility capable of delivering essential services.

Wetlands, coral reefs, and seagrasses often outperform concrete levees at absorbing wave energy and coastal flooding. Mangroves can cut hurricane damages dramatically by buffering waves and storm surge, shielding communities from billions in losses. Healthy peatlands are among the most carbon-dense ecosystems on Earth, preventing massive emissions, reducing catastrophic fire risk, and strengthening local biodiversity.

Forests regulate regional rainfall, cool landscapes, and protect agriculture and infrastructure from drought and landslides. Healthy soils act as natural reservoirs, storing water during heavy rains and releasing it during dry periods, reducing irrigation costs and buffering crop losses. Regenerative agriculture can lower input costs, increase farmer profitability, improve yield stability under climate stress, and enhance nutrient density.

Natural systems have been performing these functions for millennia and do it better and more cost-effectively than almost any engineered alternative. When degraded, the costs shift to taxpayers, insurers, utilities, and supply chains. Investing in ecosystem restoration provides resilience and additional ecosystem services as a form of preventative economic risk management at landscape scale.

Why traditional funding sources are insufficient

There is a long tradition of conservation funding through philanthropy, governments, and NGOs. These efforts have protected vital ecosystems, preserved biodiversity, and supported vulnerable communities. But philanthropic and public funding, while essential, have hard limits and are not investable, leaving institutional investors and public markets precluded from participation. Estimates suggest that closing the nature financing gap requires approximately $700 billion annually.5 Current funding covers but a fraction of that.

Commercial NbS: the missing financial mechanism

Commercialization does not replace academic, public, and philanthropic action; it acts as a massive multiplier. The scale of the polycrisis demands the mobilization of public and private capital, not as charity but as investment.

Moreover, commercial NbS offer something philanthropy cannot: long-term and recurring sources of funding. A restoration project that generates revenue — through carbon credits, biodiversity credits, water credits, regenerative polycultures, wildlife management, or eco-tourism — can maintain operations far beyond the lifespan of a grant. Commercial frameworks create incentives for ongoing stewardship instead of one-time interventions.

When nature becomes recognized as a core infrastructure asset class — generating returns through ecosystem income streams, avoided losses, premium products, or regulated markets — capital can flow in volumes previously reserved for stocks, bonds, real assets, technology, or real estate.

The opportunity

Infrastructure is valued for being predictable, essential, and tangible. It is foundational to our lives in both the short- and long-term. For too long, nature has been seen as too nebulous to quantify and finance. We are now living through a convergence of science, AI-enabled ecological understanding, and new monitoring technologies that mitigate that concern — allowing for greater precision, reduced uncertainty, and improved margins, and making nature-based projects financeable at scale.

A shift is underway in boardrooms and financial markets as ecological degradation moves from abstract risk to operational reality: strained water basins, declining land productivity, and climate volatility that squeezes margins and disrupts supply chains. What once felt distant is now local. Demand for water, food security, and resilient supply chains is rising just as the natural systems providing those services are under unprecedented stress.

History shows that new systems emerge when the old ones reach their limits. This is how infrastructure has always been built; on the conviction that societal progress hinges on investing in the systems that enable it. The prosperity of the last century was built on large-scale investment in energy, transportation, supply chains, and telecommunications. Prosperity in the century ahead will depend on investing in nature as the infrastructure that sustains them all. We know how to restore ecosystems. The question is whether we can build financial systems capable of funding them at planetary scale.

1 World Economic Forum – Global Risks Report (2025)

2 Yale Law Journal – The Uninsurable Future (2025)

3 Yale Environment 360 – How Climate Change Is Disrupting the Global Supply Chain (2022)

4 FAO – State of Food and Agriculture 2025 (2025)

5 UNEP Finance Initiative – Governments Adopt First Global Strategy to Finance Biodiversity (2025)