Environmental Economists (specializing in Payment for Ecosystem Services - PES).
Forestry Policy Analysts (familiar with Latin American land management frameworks).
Geospatial Data Scientists (experts in remote sensing and monitoring for conservation).
Abstract
This presentation outlines the evolution and operational framework of Mexico’s Payment for Ecosystem Services (PES) program, historically integrated within the ProÁrbol initiative. The program functions as an institutional mechanism to provide economic incentives to forest landowners who maintain their properties in a state of conservation, thereby securing essential environmental services such as hydrological regulation, carbon sequestration, and biodiversity protection. A core component of the program’s success is its reliance on Geographic Information Systems (GIS) and remote sensing technology to optimize site selection, prioritize funding, and conduct multi-scale verification. The report highlights institutional collaboration with the World Bank and the Global Environment Facility (GEF), reporting significant investment and surface area coverage between 2003 and 2011.
0:14 – 0:45 | Strategic Rationale: Forests are managed not only as timber sources but as infrastructure for climate change mitigation, soil erosion control, and hydrological stability. The Mexican government formalizes this through a legal and institutional framework designed to compensate landowners for conservation outcomes.
0:46 – 1:05 | Institutional Development: The program benefited from collaborative design and instrumentation with the World Bank and the Global Environment Facility (GEF), incorporating operational feedback to refine the incentive structure.
1:06 – 1:28 | Geospatial Precision: The use of Geographic Information Systems (GIS) and remote sensing is critical for the program’s efficacy. These tools enable precise spatial targeting of resources, defining eligibility zones and prioritization criteria to maximize environmental and social return.
1:29 – 1:53 | Monitoring and Verification: The program utilizes high- and medium-resolution satellite imagery to create an auditable monitoring system. This is supported by technical field visits to build institutional rapport with stakeholders and validate conservation reports on the ground.
Total Investment: 6,095 million pesos allocated to 4,079 conservation projects.
Scale: Operations spanned a total of 3,112,000 hectares.
2:16 – 2:30 | Social Impact: Between 2004 and 2009, an additional 85 million pesos supported 760 development projects. The initiative has provided direct economic benefits to over 5,800 ejidos (communal landholdings), agrarian communities, and private smallholders.