We knew why páramos needed protection. Now, we are building the how.
A pioneering carbon methodology developed by TECC and COLCX opens new opportunities to finance the conservation and restoration of Andean páramos and their high-mountain peatlands.
For decades, science has demonstrated the importance of Andean páramos for water regulation, carbon storage, biodiversity conservation, and climate resilience.
We know that their peatlands can accumulate carbon over thousands of years. We understand the importance of their soils and wetlands in regulating water. We also know that degradation can compromise these functions and release carbon that has remained stored for centuries or even millennia.
Yet recognizing their importance has not been enough to guarantee their long-term conservation. Restoration requires resources. Scientific monitoring requires resources. And the communities who live in and protect these landscapes need economic opportunities that make conservation sustainable over time. ¿How can we transform the climate value of páramos into financial resources to protect them? This question became one of the driving forces behind a project that has now reached an important milestone.
1. The missing connection between carbon, water, and climate finance
When we think about carbon markets, we often think about forests, trees, and the removal of atmospheric CO₂. However, some of the world's most important carbon reservoirs are found beneath our feet.
In the tropical Andes, páramos contain soils rich in organic carbon, including peatlands where organic matter can accumulate over thousands of years under environmental conditions that limit decomposition. Water plays a fundamental role in this process in peatlands; sustained water saturation restricts oxygen availability and slows the decomposition of organic matter. When drainage or other disturbances alter these conditions, previously stored carbon can become more vulnerable to decomposition and release into the atmosphere. This means that protecting peatlands requires more than conserving their vegetation. It also requires maintaining the hydrological conditions that allow carbon to remain stored.
"In Andean peatlands, protecting water also means protecting carbon. This relationship is one of the scientific foundations of our new methodology".
By incorporating hydrological variables into carbon accounting, we aim to connect the conservation and restoration of water-dependent ecosystems with measurable climate mitigation outcomes. The result is an opportunity to develop carbon projects that recognize the ecological characteristics of páramos while supporting the protection of their hydrological functions.
2. What makes this methodology different?
Andean páramos are not forests, and their peatlands cannot simply be treated as conventional terrestrial carbon reservoirs. Their carbon dynamics depend on the interaction between vegetation, soil, water, climate, and ecological processes that vary across the landscape.
Developing credible carbon projects in these ecosystems requires methodologies capable of accounting for these characteristics. Our methodology introduces a dedicated framework for Andean Páramo Ecosystems, integrating different carbon reservoirs, GHG emission sources, and ecological and hydrological processes.
Rather than treating the ecological complexity of páramos as an obstacle, the methodology seeks to incorporate that complexity into a specific carbon accounting framework. This is an important step toward making carbon finance more accessible to conservation and restoration initiatives in high-mountain ecosystems.
3. From field research to a new climate finance instrument
This methodology did not emerge from a theoretical exercise alone. Its development is connected to years of scientific research, field monitoring, and practical experience in the high-mountain ecosystems of Colombia.
Through our work at TECC, we have been studying carbon reservoirs, hydrological dynamics, and the ecological processes that influence the conservation and degradation of páramos and their peatlands. Our restoration and monitoring activities in Páramo Almorzadero, together with our experience in other Colombian high-mountain ecosystems, have reinforced an important lesson:
Understanding how an ecosystem works is essential. But protecting it at scale also requires building the mechanisms that make conservation financially sustainable.
Our collaboration with COLCX allowed us to take this idea further by developing a methodology that connects scientific knowledge with the requirements of voluntary carbon markets. The objective is to provide a technical pathway through which eligible conservation and restoration projects can quantify their climate mitigation outcomes and potentially access carbon finance.
For TECC, this represents an important evolution of our work: moving from understanding and restoring individual ecosystems toward developing tools that could support conservation efforts across the Andes.
4. What could this unlock for Colombia and Latin America?
The publication of this methodology does not mean that every páramo or peatland can automatically generate carbon credits. Each project must demonstrate eligibility, additionality, measurable climate benefits, compliance with applicable regulations, and the requirements established by the methodology and the carbon standard.
However, developing a dedicated framework for these ecosystems creates new possibilities for projects that have historically faced methodological and financial barriers. Its potential extends beyond carbon credit generation.
The opportunity is to build projects where climate mitigation can also support water regulation, ecosystem restoration, scientific research, and the well-being of the people who live in these landscapes. This is particularly relevant in the context of climate change and climate variability, including El Niño events, which can intensify water-related pressures in vulnerable territories.
By supporting the conservation and restoration of high-mountain ecosystems, carbon finance could contribute to maintaining the ecological functions that underpin water security and climate resilience.
5. A methodology built through collaboration
Developing this methodology required bringing together scientific knowledge, technical expertise, field experience, and an understanding of carbon market requirements. We would like to recognize COLCX for its collaboration throughout this process and for helping translate the ecological characteristics of Andean páramos into a framework for carbon project development.
We also acknowledge the researchers, environmental professionals, and technical experts whose contributions helped strengthen the methodology during its development. Our work has also been shaped by the organizations, partners, and communities that have supported our conservation and restoration initiatives over the years. Their contributions have reinforced our conviction that scientific knowledge must be connected with practical solutions capable of generating lasting benefits for ecosystems and people.
"This methodology is an important milestone, but its greatest value will depend on what we can collectively build with it".
6. The next chapter for Andean páramos
For years, scientists, conservation organizations, and local communities have worked to demonstrate the importance of páramos and peatlands. We have studied their carbon reservoirs, monitored their hydrological functions, documented their degradation, and developed restoration initiatives.
Now, we are working to connect that knowledge with new opportunities for long-term financing. This methodology will not solve every challenge facing Andean páramos. Its effectiveness will depend on rigorous implementation, credible monitoring, environmental integrity, meaningful community participation, and the development of viable conservation and restoration projects. But it represents an important step toward building the instruments needed to support conservation at a greater scale.
At TECC, we believe that the future of ecosystem conservation requires more than understanding nature's value. It requires creating the conditions that allow that value to support the protection of ecosystems and the people who depend on them.
"We knew why páramos needed protection. Now, we are building the how. And we want that opportunity to reach the peatlands, mountains, and communities of the Andes".
Explore the methodology on: https://colcx.com/Queries
Comments