The Amazon, the world’s most biodiverse biome, faces growing threats from deforestation, illegal mining, agricultural expansion, and extreme climate events that exceed local capacities to respond effectively. Addressing these challenges requires a clear understanding of how institutions—government agencies, local organizations, universities, research centers, NGOs, and technological networks—interact and cooperate to manage environmental governance across the region.
In the Colombian and Peruvian Amazon, a complex institutional network exists to support environmental governance. A recent study, Institutional network relationships and environmental governance in the Colombian and Peruvian Amazon, mapped 392 actors and 793 cooperation links between 2021 and 2023. Researchers analyzed information exchange, collaboration, and decision-making processes through interviews with 131 experts from 60 organizations, supplemented by data from 928 official websites. The study focused on technological use, knowledge transfer, and cooperation within and across national borders.
The analysis identified central actors that structure the network, including SERVIR Amazonía-International, the Alliance of Bioversity International and CIAT, and the Amazon Scientific Panel–Network. These organizations link local, national, and international stakeholders, facilitating the flow of information, methodologies, and technologies. Technological platforms such as MapBiomas, Geobosques, and SMByC function as collaboration hubs, accounting for nearly 44% of network interactions and acting as bridges between diverse actors.
National networks show differing levels of cohesion. Peru’s environmental agencies, research institutes, and regional governments exhibit strong internal connectivity, whereas Colombia’s network relies on a few key hubs such as Corpo Amazonía and IDEAM. Cross-border connections between Colombia and Peru remain limited despite shared biomes, languages, and environmental challenges.
Simulation models assessing network vulnerability revealed that removing the 30 most central nodes reduces the network’s capacity to transmit information and resources by up to 38%. Technological nodes are critical; if they fail, dozens of organizations could become isolated. International actors contribute 37% of links, adding resources but creating asymmetries where key decisions may occur outside the biome, sometimes sidelining local and Indigenous priorities. Overall, the network functions but depends heavily on a few actors and specific technologies, making it fragile to sudden changes.
To strengthen environmental governance in the Amazon, three priorities emerge: developing or integrating digital platforms to monitor cooperation, technologies, and network gaps; enhancing Colombia–Peru cross-border collaboration through joint projects and shared resources; and optimizing local efforts by connecting actors with international partners, adopting appropriate technologies, and reinforcing Indigenous and local organizations through training, financing, and tailored technological solutions.
The study underscores that the Colombian and Peruvian Amazon benefits from a broad institutional framework, yet vulnerabilities remain due to unequal connections and reliance on a few central actors. Strengthening local and cross-border ties, and using technological platforms strategically, can transform a fragile network into a resilient governance system. In a biome as critical as the Amazon, these institutional arrangements are as crucial as technical conservation decisions in safeguarding its future.
