Monitoring multi-dimensional impacts of payment for ecosystem service projects
Monitoring multi-dimensional impacts of payment for ecosystem service projects
Our Objective
The ID PES project aims to develop a more comprehensive Monitoring, Reporting, and Verification (MRV) framework that will enable effective and meaningful tracking of Payment for Ecosystem Services (PES) and nature-based carbon projects. Moving beyond current approaches that primarily focus on environmental impact monitoring and carbon accounting, the project will include biodiversity and social impact dimensions, ensuring a multi-dimensional approach.
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The project was launched on October 2, 2023 and is currently in progress.
Summary
Payments for Ecosystem Services (PES) are designed to create incentives that benefit both nature and people. For example, upstream landowners may receive payments to preserve forests, which supports biodiversity while maintaining a clean water supply for downstream communities. Closely related are nature-based carbon credit projects, which use similar conservation mechanisms but are financed through the sale of carbon credits—each representing a verified emission reduction or avoidance that can be traded to offset emissions.
This project seeks to enhance the monitoring of such initiatives by building a multidimensional MRV framework. By incorporating environmental, biodiversity, and social indicators, the project ensures that PES and carbon projects are assessed not only for their climate benefits but also for their contributions to ecosystem health and community well-being. The goal is to support more transparent, equitable, and impactful conservation financing.
Project Connections
Part of the solutionscape
Enabling the co-existence of pastoralism and wildlife in semi-arid rangelands in an insecure climate
Timeline
A deep dive into the key objectives driving the PES project
Project Update June 2, 2025
Other Projects in this Solutionscape
Solutions for sustainable water resources and biodiversity conservation
Solutions for sustainable water resources and biodiversity conservationHealthy and functional semi-arid landscapes—Co-design knowledge and engagement
Healthy and functional semi-arid landscapes—Co-design knowledge and engagement