Beyond the Amazon’s lush green canopies and buzzing wildlife lie unique montane forest ecosystems in the Andes Mountains that play an active role in the health of the watersheds of the Amazon basin. The water originating from these mountains is a key water source that feeds a series of major rivers that eventually flow into the Amazon River basin. By recognizing the importance of these ecological connections between regions, we are prioritizing the conservation of these larger landscapes to protect carbon stores and biodiversity as well as improve resilience to climate change for both the ecosystems and local people who depend on these natural resources for agriculture, water, and economic services.
Since 2022, our sister organization, Conservación Amazónica-ACCA in Peru, has been working with several rural communities in Challabamba, Peru, as part of a reforestation project to restore degraded ecosystems historically affected by fires, overgrazing, and livestock farming. These communities depend heavily on the land for small-scale farming and agriculture to support their livelihoods. Restoring native plants to these degraded areas helps improve soil health and water flow systems that support sustainable agricultural development in the Andes while actively protecting major watersheds in the lower Amazon basin.

Conservación Amazónica-ACCA reported that over 350,000 native plants had been planted as of May 2024, along with 115,000 native trees planted as of January 2025. to support the restoration of these montane ecosystems. In January 2025, a study published in People and Nature–in which Conservación Amazónica-ACCA participated as a non-governmental organization stakeholder–analyzed the motivations, models, and perceived success of reforestation efforts of Andean forests in Peru and the impact their success has on local ecosystems and communities, offering new insight into what drives the success of reforestation projects in rural communities.
According to the study, the primary motivation for all stakeholders interviewed to restore Andean forests is to maintain and improve water resources for agriculture. At the same time, local community members cited secondary motivations that included improving livelihoods for future generations and the well-being of their community.
In discussing their motivations for engaging in forest restoration, many local stakeholders described the relationship between local and regional water benefits or services with the concept of “sowing and harvesting water,” which the article describes as combining “a variety of activities that intercept and retain water in a landscape, including activities that are thought to improve water recharge in the subsoil and aquifers and increase humidity through fog collection by trees and in situ water recharge (e.g., wetland and grassland conservation and restoration and reforestation with native water-conserving species).” The study’s findings also demonstrate how local farmers understand the direct correlation between healthy forests and forest restoration efforts in improving water availability, including capturing and storing water for their agricultural livelihoods in preparation for dry seasons.
Highlighting the importance of including native species in restoration efforts, community members indicated how, in their experience, Andean forests and reforestation contributed to improved overall water quality and quantity by contributing to aquifer recharge and water retention. Native plants and tree species, such as Polylepis (Queñua) and mosses, capture humidity from fog and retain water like sponges, helping to regulate water flow into the soil and “recharge” groundwater stores ahead of the dry season.
The study also noted that in Peru, the role of certain socio-economic factors–including land ownership, environmental and conservation education, and community organization–can help enable the success of restoration projects. On the other hand, the researchers mentioned that at the regional level in other South American countries, similar social and institutional factors have ultimately limited restoration efforts, such as a high economic dependence on natural resources, conflict over land tenure and access, and divergence in perceptions and values between social actors, in particular a disconnection between “bottom-up” and “top-down” monitoring approaches.
The conclusions of this new study strongly align with our nature-based solutions to climate change through community-based forest restoration efforts, an understanding of the interconnectedness of ecosystems across the region, and a focus on large landscape-scale connectivity to protect the core of the Amazon.
We are incredibly proud of the hard work of Conservación Amazónica-ACCA and the collaboration and support from like-minded NGOs actively contributing to this essential reforestation.