The New Low-Risk Economy: Investing in Natural Capital

Investing in ecosystems is the new low-risk economy. A decade ago, talking about investing in nature sounded like brand-driven philanthropy. Today, as environmental, climate, and hydrological risk reports are read in boardrooms before financial statements, the question is no longer whether it makes sense, but how much is lost by failing to do so.

The lack of investment in sustainability and exposure to climate risks is already generating significant economic losses for industries worldwide. A report by the World Economic Forum estimates that climate-related risks could lead to between US$560 billion and US$610 billion in annual losses of fixed assets for publicly listed companies by 2035, translating into an average decline of 6.6% to 7.3% in profits, and in sectors such as telecommunications, utilities, and tourism, losses of more than 20% of profitability if timely action is not taken.

Additional reports indicate that companies that fail to adapt to these risks could see between 5% and 25% of their projected EBITDA at risk by 2050, depending on the sector and geographic location. This underscores that inaction in the face of climate change has not only environmental consequences but also a clear and direct financial impact on industry.

Ecosystems, from the watershed that supplies an industrial facility to the mangrove that buffers a port, are part of the landscape, but they are also critical infrastructure: assets that produce water, carbon storage, food, and financial stability for society as a whole. The logic is straightforward: without water, there is no operation; without fertile soil, there is no supply chain; and without climate resilience, there is no insurance that can compensate for the loss of social license to operate. As a result, more and more companies are shifting from isolated, reactive offsetting toward nature-positive strategies as a long-term approach. They are designing portfolios of projects that replenish aquifers, reduce emissions, regenerate soils, and generate local employment. The objective is not to “compensate” for damage, but to prevent it, and in doing so, create value.

At Pronatura, together with a consortium composed of industry partners and local communities, we implemented a series of infiltration works, revegetation efforts, and constructed wetlands. These interventions are recharging thousands of cubic meters of water per year, while also reducing erosion that, if left unaddressed, would eventually affect reservoirs and increase water treatment costs. By sharing costs, risks, and benefits, the initiative has generated positive, continuous, and long-term impacts for both ecosystems and local communities.

From the practice of environmental project development, it is increasingly evident that the early integration of sustainability criteria and climate risk management delivers clear operational and financial advantages for industry. When these factors are considered during the planning stage, companies can reduce pressure on critical inputs, strengthen operational continuity, and optimize investment and insurance decisions. Phenomena such as hydrological variability and extreme climate events are already influencing project implementation, particularly in resource-intensive sectors, making preventive approaches and nature-based solutions essential. When key actions, objectives, and priority projects are defined strategically, the results extend well beyond operations, delivering long-term benefits for ecosystems and improving the quality of life for thousands of people.

The key is not only scale, but consistency. Companies that understand this are shifting their focus, moving away from measuring footprint alone to assessing their impact on business continuity. They are beginning to calculate the value of ecosystem services that do not appear on balance sheets: crop pollination, aquifer recharge that prevents flooding at industrial sites, or blue carbon ecosystems that buffer hurricanes, and they choose to protect them as they would any financial asset. Because nature, in one way or another, already generates costs and benefits: every degraded hectare that is not restored represents a future cost that someone will pay, whether the company, the municipality, or the shareholder.

Investing in conservation, therefore, is not an altruistic act; it is a hedging mechanism against climate risk. Returns must also be measured in secured water volumes, avoided tons of CO₂, uninterrupted days of operation during droughts or landslides, and, above all, in the competitive advantage of being ahead of regulatory or market demands that increasingly require ecosystems to be recognized alongside plants and inventories. The future has already arrived: those participating today in impact projects that implement green infrastructure, watersheds, mangroves, forests, and soils will secure tomorrow’s right to operate. The rest will pay the cost of having failed to invest in the most valuable asset of all: natural capital.